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HomeMy WebLinkAbout19-20976 CITY OF ZEPHYRHILLS 5335 - 8TH STREET 20976 (813) 780-0020 EMERGENCY GENERATOR PERMIT PERMIT INFORMATION LOCATION INFORMATION Permit Number: 20976 Address: 38130 PRETTY POND RD Permit Type: FIRE EMERG GENERATOR>301< ZEPHYRHILLS, FL. Class of Work: FIRE-EMERGENCY GENERATOR Township: Range: Book: Proposed Use: NOT APPLICABLE Lot(s): Block: Section: Square Feet: Subdivision: CITY OF ZEPHYRHILLS Est. Value: Parcel Number: 35-25-21-0010-07100-0000 Improv. Cost: 2,600.00 OWNER INFORMATION Date Issued: 3/19/2019 Name: AH ZEPHYRHILLS LLC Total Fees: 120.00 Address: 1 TOWNE SQ STE 1600 Amount Paid: 120.00 SOUTHFIELD, MI. 48076-3728 Date Paid: 5/10/2019 Phone: (813)779-4501 - Work Desc: INSTALL EME GENERATOR W/SLAB & INSTALL CARBON MONOIXDE DETECT CONTRACTORS APPLICATION FEES A&A ELE TRICA SERVICE ING FIRE PERMIT FEES 100.00 CONTRACTOR CHANGE 20.00 CRITICAL SYSTEMS SOLUTIONS INC Ins ections Required IRE INSTALLATION-Final ELECTRICAL FINAL FINAL UNDERGROUND ELECTRIC SLAB Chapter 633, Florida Statutes,authorizes the City to charge and collect user fees to pay for the costs of fire prevention and protection related activities such as inspections, plan review,administrative fees,and other costs related to the aforementioned. Complete Plans, Specifications and Fee Must Accompany Application. Commencement of work without written approval of the Fire Department's Fire Marshal or required permits or opening up for commercial activity without an approved final inspection shall be charged double permit fee per day of operation or a minimum of$100.00, whichever is greater. All work shall be performed in accordance with City Codes and Ordinances. "WARNING TO OWNER: YOUR FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR PAYING TWICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT WITH YOUR LENDER OR AN ATTORNEY BEFORE RECORDING YOUR NOTICE OF COMME ENT " CONTRACTOR SIGNATURE PERMIT OFFIC60 PERMIT EXPIRES IN 6 MONTHS WITHOUT APPROVED INSPECTION CALL FOR INSPECTION - 8 HOUR NOTICE REQUIRED ZEPHYRHILLS FIRE RESCUE - 813-780-0041 CITY OF ZEPHYRHILLS 5335 - 8TH STREET (813) 780-0020 20976 EMERGENCY GENERATOR PERMIT PERMIT INFORMATION LOCATION INFORMATION Permit Number: 20976 Address: 38130 PRETTY POND RD Permit Type: FIRE EMERG GENERATOR>30K ZEPHYRHILLS, FL. Class of Work: FIRE-EMERGENCY GENERATOR Township: Range: Book: Proposed Use: NOT APPLICABLE Lot(s): Block: Section: Square Feet: Subdivision: CITY OF ZEPHYRHILLS Est.-Value: Parcel Number: 35-25-21-0010-07100-0000 Improv. Cost: 2,600.00 OWNER INFORMATION Date Issued: 3/19/2019 Name: AH ZEPHYRHILLS LLC Total Fees: 100.00 Address: 1 TOWNE SQ STE 1600 Amount Paid: 100.00 SOUTHFIELD, MI. 48076-3728 Date Paid: 3/19/2019 Phone: (813)779-4501 Work Desc: INSTALL EMERGENCY GENERATOR CONTRACTORS APPLICATION FEES A&A ELE TRI A SERVICES INC FIRE PERMIT FEES 100.00 CRITICAL SYSTEMS SOLUTIONS INC FIRE INSTALLATION-Final Ins ections Required. ELECTRICAL FINAL FINAL UNDERGROUND ELECTRIC Chapter 633, Florida Statutes,authorizes the City to charge and collect user fees to pay for the costs of fire prevention and protection related activities such as inspections, plan review,administrative fees,and other costs related to the aforementioned. Complete Plans, Specifications and Fee Must Accompany Application. Commencement of work without written approval of the Fire Department's Fire Marshal or required permits or opening up for commercial activity without an approved final inspection shall be charged double permit fee per day of operation or a minimum of$100.00, whichever is greater. All work shall be performed in accordance with City Codes and Ordinances. "WARNING TO OWNER: YOUR FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR PAYING TWICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT WITH YOUR LENDER OR AN ATTORNEY BEFORE RECORDING YOUR NOTICE OF COMMENCEMENT." CONTRAtTOR SIGNATURE PERMIT OFFICER PERMIT EXPIRES IN 6 MONTHS WITHOUT APPROVED INSPECTION CALL FOR INSPECTION - 8 HOUR NOTICE REQUIRED ZEPHYRHILLS FIRE RESCUE- 813-780-0041 CITY OF ZEPHYRHILLS 5335 -8TH STREET (813) 780-0020 20976 EMERGENCY GENERATOR PERMIT `._, LOCATION INFORMATION PERMIT'INFORMATION Permit Number: 20976 Address: 38130 PRETTY POND RD Permit Type: FIRE EMERG GENERATOR>30 ZEPHYRHILLS, FL. Class of Work: FIRE-EMERGENCY GENERATOR Township: Range: Book: Proposed Use: NOT APPLICABLE Lot(s): Block: Section: Square Feet: Subdivision: CITY OF ZEPHYRHILLS Est. Value: Parcel Number: 35-25-21-0010-07100-0000 Improv. Cost: 2,600.00 OWNER INFORMATION,'-,-,. Date Issued: 3/19/2019 Name:' AH ZEPHYRHILLS LLC Total Fees: 100.00 Address: 1 TOWNE SID STE 1600 Amount Paid: 100.00 SOUTHFIELD, Mi. 48076-3728 Date Paid: 3/19/2019 Phone: 813)779-4501 Work Desc: INSTALL EMERGENCY GENERATOR CONTRACTOR_�S '.- APPLICATION FEES ,' A A ELECTRI A SERVICES� FIRE PERMIT FE S 100.00 Ins ections'Re uired FIRE INSTALLATION-Final ELECTRICAL FINAL FINAL Chapter 633, Florida Statutes,authorizes the City to charge and collect user fees to pay for the costs of fire prevention and protection related activities such as inspections,plan review,administrative fees,and other costs related to the aforementioned. Complete Plans, Specifications and Fee Must Accompany Application. Commencement of work without written approval of the Fire Department's Fire Marshal or required permits or opening up for commercial activity without an approved final inspection shall be charged double permit fee per day of operation or a minimum of$100.00, whichever is greater. All work shall be performed in accordance with City Codes and Ordinances. "WARNING TO OWNER: YOUR FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR PAYING TWICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT WITH YOUR LENDER OR AN ATTORNEY BEFORE RECORDING YOUR NOTICE OF COMMENCEMENT." ONTRA OR SIGNATURE PERMIT OFFICER PERMIT EXPIRES IN 6 MONTHS WITHOUT APPROVED INSPECTION CALL FOR INSPECTION -8 HOUR NOTICE REQUIRED ZEPHYRHILLS FIRE RESCUE- 813-780-0041 813-780-0020 City of Zephyrhills Fire x-B113-780-0021I Permit Application Date Received ....... _Ph...e or 4963 Owner'ii Name PUKEF-A-44-K tc-17Hf e-H ILLS L.L Owner's.0hone Number y7 Owner's Address 00 OUTH F1 12o) H 1 Fee Simple Titleholder Name Titleholder Phone Number Fee Simple Titleholder Address 48 1 30 Pretty Pond Road,Zephyrhills.FL 33540 Job Address, # Sub Division 35-26-21-0010-07100-0000 -'rY-T AK OTI W 0 Bio-Hazard Waste Storage-ANNUAL Fumigation Tent 0 d Comm Exhaust Kitchen Hood/Duct Hazardous Material(Tier 11 or RQ Facility)ANNUAL Controlled Bum Hood Installation c Generator<30 k r7 LP/Natural Gas-Installatior � Emergency General w LP/Natural Gas-ANNUAL SaW ire Protection Maintenance-.ANNUAL: Places of Assembly-ANNUAL t ['Semi�Im: M507 X Sprinkler 0 RecreationdBum Fire Alarm Sparklers Sprinkler Hood Cleaning System Installations Hood Suppression Q 0 rs Standpipes(Sprinkler Sys) Fire Alarm Installation Torch Rooflngfrar Kettle - I Fire�Pumps Waste_Tlreti6rage ANNUAL 17 Valuation of Project Flammable Application-ANNUAL Fuel Tanks F -A Other: Contractor Company, 777711; Signature Registered Fee Current 1—Y INA Address'! License# �N mpany ELECTRt Cc 'JA&KEI66tricservlces,Inc., Signature Registered f-IMN ry Fee Current !•:Y/N, , S S,� '09 IN ECOU 7S9, License#Address,, PLUMBER Company Current Signature ense Registered Lic #Adclrass� _ IMECRAMAL, Company Signature Registered Fee Current _ -N T'_e rre Address License# OTHER Company Signature Registered a Current Address?;l- License# Directions:, Fill out application completely: Owner&Contractor sign back of application,notarized(Or,copy'of signed contract with owner) If over$2500,a Notice of Commencement is required(Mechanical work over$5000: Supply two(2)sets of drawings with applicable documentation Allow 10-14 dais for review after submittal date; Parcel#-obtained from Property Tax Notice(hftp://appraiser.pascogoy.:,,com) , ., NOTICE OF DEED RESTRICTIONS: 1-he this permit "deed"ron���na � U which may be more restrictive than County regulations. 'ned assumes dead responsibility � K � UNLICENSED CONTRACTORS AND-.CONTRACTOR RESPONSIBILITIES: If the owner has hired a contractor or contractors'to undertake work;they'may be required to be licensed in accordancewith state and local regulations. Jf the contractor is not licensed as required by law, both the owner and contractor may be cited for a misdemeanor violation under state law. If the owner or intended contractor are uncertain as to what licensing requirements may apply'for the intended work,they are advised to contact the Pasco County Building Inspection Division—Licensing Section at 727'847' � ----. Furthermore, if the owner has_ hired - contractor_- or contractors,_ he is advised to have the cori__ac_`. s~ � portions of the "contractor Block" of this application for which they will be responsible. If you, as the owner sign as the � contractor, that may be an indication that heionot properly licensed and is not entitled to permitting privileges inPasco � County. CONSTRUCTION LIEN LAW(Chapter T13. Florida Statutes,asoffie'ndmd): |f valuation of work is$2.5OO.00or more, | ' certify that |, the appUoont, have been provided with a copy of the "Florida ConmbdoUmn Lien Law—Homeowner's, ' p,ro, teotio' Guide" prepared,by theFlorida Department of Agriculture and Consumer Afaine If-the applicant iasomeone. � other than obtained o copy of the above described document and pmomiseln good faith tm _ deliver ithr the^mwn r" hcommencement. ' CONTR&CT0R`S/OVVmER'SAFF|D#V1T: i certify that all the information in this application |a accurate and ` that all mmrt will be done in compliance with all applicable laws regulating uonatrudion, zoning and' land .� development. Application is hereby made to obtain a permit to do work and installation as indicated. |cortih/ �. that no work or installation has commenced prior bo issuance ofa permitand that all work will be performed hz meet standards of all laws regulating construction, County d City codes, zoning re�uladono. and land . | development regulations in the jurisdiction. certify'that|'o|oo | understand that the regulations of other � government agencies may apply to the intended work,and that it is my responsibility to identify what actions I | must take tmbeincompliance. |f| om the AGENT FOR THE OWNER, | promiseingoodfaithto|mfonnthemwnernfthnpanmittin0condkionnoetforth|n � this,affidavit prior to commencing constrUcbon i understand that a separate permit may bm required fure/odd | k � plumbing, signs, umna pools, air conditioning, gas, or other installations-not specifically mcmoeu in the a nmaoon x ) permit issued shall ueconstrued tobem license oo proceed with the work and not am authority to violate, cancel, a|0er,.or ./ oet.asideanyprov�bnoofiha1aohn|ca|oodeo.nnruhoUisouonceofapann|tproventtheBui|dingDfDcio|humthevnbftar' / requiring o correction nf errors in plans, construction orviu|a1ionaofanycodao. Every permit issued shall become invalid / unkesm/heworkoudhodzed�byuunhpenmb|xoommenoadwd1hinsixnnonthsofpnnnitissuanoo, orifworkauthodzedby � the permit is suspended or abandoned for-a period of six-(6)-months after the time the worki d An extension } may be noquoo8ed, in writing, from the Building Official har o period not to exceed nin will demonstrate iuotifiob|ecause for the extension. If work ceases for ninety(90)consecutive days,the job is considered abandoned. . WARN YOUR FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR | PAYINGTWICE FOR IMPROVEMENTS ��� CONSULT ' ~' " ! � ' ` OWNER Oft AGENT sol+ti CONTRACTOR -Notary Public 'Not*Public ------------------------- womom '-^ w���, - '---' --- � OFF , . ' ~ � . INSTRII 1UI?041314 BK 9871 pc; 3015 03/1212019 03:51pm Page I of I Rcpt: 2035914 Rao: 10-00 DS: 0.00 IT: 0.00 Paula S. O 'Neil , Ph.D. Pasco County Clerk & Comptroller 35-25-21-0010-07100-0000 Permit No.: Parcel 10 No... NOTICE OF COMMENCEMENT State of Florida County'of Pasco THE UNDERSIGNED hereby gives notice that Improvement will be made to certain real property,and In accordance with Chaplar713,Florida Statutes, the following Information is provided in this Notice of Commencement Description of Property:Parcel Identification No.. Zephyr Is Cakx y Pa I PG n PQRaf'rRs El f 7q Lying 10.00 R Th,e,wl Street Address: .;38130.PretLy_P.dfid'-.R6ad General Description of Ira provement'110 automaticAran r,swItch.' Owner Information or Lessee Information If the Lessee contracted for the Improvement: PIK, _� M1 :Address..:._ City__ -State Interest in Property: Y Name of Fee Simple,Tilleholder different from Owner listed above}- Add city Contrreaor. A&A Electric Services,Inc., _440q_N.;YhR8t,!h.r_A_venUe. Tampa FL Addres§­ "City, State Contractor's Telephone No,:, 813-872-8597 S.; Surety: Name Address city --stale— Amount of flilond:', Telephone Nei: 6., Lender, c 4,f xk,L `1R'AA'0A<,` N Atcr -7 Address ....... -city Lendees Telephone No,,. 7. Persons within the State of Florida designated by the owner upon whom notices or other documents may be served as provided by Sedlidn';7,13113(l),(a)(7 dr W tat" �r4D _PID .?.R 136 Prr -FL. Addrese. Telephone Number of Designated Person: a. In addition to himself,the owner designates A&A Electric Services,,1=,-4409 N'Thatchar Ave:Tampa,FL13�4,14. or to receive a copy of the Lienor's Notice as provided In Section 713,13(1)(h),Florida Statutas_t Telephone Number of Person or Entity Designated by Owner: 9. Expiration date of Notice of Commencement(the expiration date may not be before the completion of construction and final payment to the contractor,but will be one.year from the date of recording unless a different date Is specified):.,-- RNI, NMANKPAYMENTStMADE BY THE OWNER AFTER THE EXPIRATION OFTHE NOTICE OF COMMENCEMENT ARE, Sl EREO�j IMPROPER'PAYMENT8_�UNDER.CHAPTER2.1 3i,PARrik,SECTION 71 1A 3�'iFI1ORIDX,,%TAtUTES' AND`a 2 R S * 1,�� �n, R G PAYINGbWTHE-UOB';SITE BEFGRE�THE )--,i6,�,69TAINiFINANCINGICGNS.t;LTi ITH,YOUR1E R OF�AN ATTORNEY BEFORtCOMIVIENCIN6,WOWOR,� ;Ylnuk PTCH,qF-CqN 'JJiniii4,penalty ofperlury,I declare that I have read the foregoing notice of c encemenL and tha a facts stated therein are true to the best X !li!000g6!in let. A ROGER L.GOFF Sigrisfure-61 Owner or Lessee,or Owner s-or Lessee's Authorized. OfficerlDirector/Partner/Manager My COMMISSION#GG84067 el OFFLO EXPIRES:March 16,2021 Signatory's Title/Office The foregoing Instrument was acknowledi; d at V me this day of�8�.4620 a Be as- 0;�,4 • f o uthorltv. iyifili.�rust ov in fact) r.tVDB A rO. r.'t Z42AW6,66C(CA1�(-n-am-i-of party a alfo 5 h as axe d)., Personally Known)A_QR Produced Identification❑ Notary Signaturer- :_,_ Type of Identification Produced-- Name(Print)­ kvpdata/bcsinoticecommencemAnt_pcDS3048, AAA Electric Services, Inc. 4469 N:Thatcher Avenue,Tampa,Florida 33614 Phone: (813)872-8597 Fax:(813)872-8762 May 3,2019 City of Zephyrhills Building Department 5335 81h Street Zephyrhills,FL 33542 Ref.A&A Electric Services,Inc.-Add Subcontractor to Permit#20976. To Whom it May Concern: A&A Electric Services,Inc.:is formally requested to add Critical System Solutions,LLC as a subcontractor to'our Permit #20976. Critical System Solutions,LLC are a licensed fire alarm system provider and installer. Their license number is EF20000427. Please contact me if you should have any questions. Sincerely, Mike Springstead Project Manager (813)267-4963. mikes a aaelectricservices.com STATE OF FLORIDA COUNTY OF: Hi�)5bVri2 jA Sworn to(or affirmed)and subscribed before.me this .� day of I / 20��by M i Spfiy��,5 /' 57 Notary:Si re . PersonallyKnown OR Produced Identification ,, J. Patrick Sheffield _ _ -_'� =COMMISSION#Gt�652�38 Aaro Notary • EXPIRES:DCt.04;2022 r' OF..�����, Baldeli Ttw n Nota pND � AAA Electric Services, Inc. 4409 N.Thatcher Avenue,Tampa,Florida 33614 Phone: (813)872-8597 Fax: (813)872-8762 March 11, 2019 To Whom It May Concern: I Andrew DeLaParte (License # EC 0000793) authorize Mike Springstead to pull permits for A&A Electric Services, Inc. on my behalf. Respectfully submitted, fj Andrew DeLaParte CEO/Owner STATE OF FLORIDA COUNTY OF HILLSBOROUGH Personally appeared before me, this 1 lth day of Mar, 2019 by Andrew DeLaParte who is being duly sworn on oath says that he is CEO/ Owner of A&A Electric Services, Inc. and that he acknowledges that execution of foregoing instrument and on special instance and Lreuest. �✓ `- Print Name: Janes F Carpenter NOTARY PUBLIC, STATE OF FLORIDA F.CupOr t�nNssbn#fti�T3� Wy 3k Mait�+ `-. .: . /S Standby Systems — Power Generation- December21,2018 To:APG: Attention.,Mr.mike Millard and Mr.Brian Kavula (727)530-.0077 Submitted for Use Send Via: Electronic Mail Remarks: BOM'#20226031 Please execute one E-copy and return to ACF Standby Systems, j.lundahlCa�acfpower.com Attention:John Lundahl. . Cc:.Brian Ledford This letter is to address the reviewed submittal and.comments by APG for HSRE American House Zephryhills, Reviewed Generator submittal. Along with this letter . of clarifications,we are providing a re-submittal for.review and written approval. i The quote provided does not indicate the.600A and 1600A breakers at the generator.This shall be provided as part of the generator. ACF Response:Confirmed.. These are:included. As requested,ACF is providing Square D breakers on the generator set as follows: (1)- 1600A 100%Rated LSI with shunt trip,#RGF36160CU33A(see information attached): (1)- 600A 100%Rated Thermal Mag#PGL36030CU31A(See information attached). 2 The service rated 1600A ATS breaker shall be the specified breaker as indicated on: Sheet E6.1. - ACF Response:Confirmed: Ae are providing an ASCO SER ATS-with a"RJF"3000AF/1600AT Breaker with a 6.0 LSIG Trip. Thank you for your review.We look forward to receiving you written approval based-on this letter. Sincerely; t� ALL WORK SHALL NFFA CODES AIVA COMPLY WITH STANDARDS John Lundahl Sales Engineer Acf Standby Systems 813-309.3980 j.lundahl@acfpower.com REVIEW pA CITY OF; H1'RHILLS FIREAND LIFE SAFEly EXAMIN l per Power Generation ' o :TRANSMITTAL PROJECT NAME: American HouseZephyrhills PROJECT NO: 021-ES CUSTOMER: HSRE-AHRZephyrhillsTRS'LLC PO#: Submitted to: .APG Engineering . ATTN: Mike Millard/Brian Kavula. GENERAC" I INDUSTRIAL Q Descri tion Date Method 1 REV B SUBMITTAL,40OKW DIESEL,96HR TANK,NO ATS 12-21-18 EMAIL 20226031 0 RELEASE AS SUBMITTED RELEASE AS NOTED REVISE & RESUBMIT: Q REJECTED SIGNATURE: DATE: PRINT NAME a ,t GENERA . • u .a StandbyINDUSTRIAL ACF Orlando, • - A A M.ad us s= • 60" U" BMITTAL PACKAGE Spec Section: a•.r '�.r.. '+ a.._.tea. r 263213,263600 s7+Nllrr•� _� ,�( w•cr'ftc.rw t�r1 '• ��r�i raG. �;mil r"•r+rrr�4, 1 t�ti�: �_ ,Sa,rr w^ •' •4 Project: rlr•:w••2' rt • SG400 Natural r s Unit r : rh R ., kG.• P � �, �rk� n�o a�..J.y� m u a e c 1 Enclosure Type: SOUND ATTENUATED{I "" ALUMINUM • = r a`r• Sub-Base Tank: N/A H, i w BOM F Standby tems- Power Project Management Team 1 1 11 Mobile (407)452-4045 Fax (407)677-6755 Email •• . 1 •• .• BILL OF MATERIAL s.�Standby systemsLCLA P,oworGonuration Date: December 17,2018 BOM No.: 20226031 Reference: American House Zephyrhills SG400 :EU D;:(tSquareeD Breakers We are pleased to offer the following quote for the above project: Quantity 1 -G.enerac Industrial gaseous engine-driven generator,turbocharged/aftercooled 12 cylinder 21.9L. engine, consisting of the following features and accessories: .`0 kW g wiredfo'r 40 Rahn Stationary Emergency-Standby rated a '�120/2'08:,17/-1C'three°�hase"�`6. O�Hz1 . - Level'2.Acoustic.Enclosure,'Alu inuree. lndustrial=Gre Bakedz®,ntPowder;G`aatFiiii's ' UL220< EPA Gertifie" Power-Zone Digital Control Panel for Single or MPS Generators o Meets NFPA 99 and 110 requirements o Temp Range-40 to 70 degrees C o Humidity 2—95% (Non Condensing) o UI_6200 ,: o C-ETL-US o CE oFCC o : IEC801 (Radiated Emissions, Susceptibility, and.Surge Immunity) o " 7"Resistive Color Touchscreen Built-in Wi-Fi;.Bluetooth, and:Webserver IP65 (front) ■ Auto/Manual/Off key switch,Alarm Indication, Not in Auto Indication, audible alarm, emergency stop switch o Dual Core Digital Microprocessor ■ RS485, Ethernet and CANbus ports o All engine sensors are 4-20ma for minimal:interference • Sensors: Oil Pressure, optional Oil Temp,Coolant Temp and Level; Fuel Level/Pressure.: (Where:applicable), Engine Speed, DC Battery Voltage, Run-time Hours, Generator. Voltages,Amps,,Frequency, Power, Power Factor.: Alarm Status: Low or High AC Voltage, Low or High Battery Voltage; Low or High Frequency,.Pre-low or Low Oil Pressure,"Pre.-high or High Oil Temp.(optional) Low Water Level and Temp, Pre-high or High Engine Temp, High, Low, and Critical-low Fuel Level/Pressure(where applicable),:Overcrank, Over and Under Speed, Unit Not in Automatic " Programmable 1/0:, ■ Built-in PLC for special applications o Engine function monitoring and control: Full range standby operation; programmable auto crank, Emergency Stop,Auto-Off Manual switch ■ Isochronous Governor •_ 0.25% digital frequency regulation with: soft-start ramping-adjustable, gain adjustable, overshoot limit-adjustable ■ 3 Phase RMS Voltage.Sensing • +/-0.5% digital voltage regulation'with: soft-start Voltage ramping-adjustable;.loss: of sensing protection:'-adjustable, negative'power limit-adjustable, HYLo voltage . limit-:adjustable,V/F slope and gain-adjustable,fault protection o Service reminders,trending,fault history(alarm log) o. 12T function for full generator protection -Page 1 of .. o Selectable low-speed exercise 0 2-wire start controls for any 2-wire transfer switch Natural Gas fuel system 180 MPH Wind Load Cerfif ed • Air Filter Restriction Ind • 21 Light Remote Annunciator o Surface-Mount o : Integral 8 Function Relay Board • Battery Heating Pad • Battery Charger, 1.0 Amp, NFPA 1:10 compliant, installed • 225 AH, 1155 CCA Group 8D-Batteries,with rack, installed • Coolant Heater, 2500W,_240VAC :- • Remote Emergency Stop Switch, Break-Glass, shipped loose AC/DC Enclosure Interior-LED Liqhtinq Ki • Std set of 3 Manuals 120V GFCI and 240V Outlet • Alternator Strip Heater • Engine,Run.Relay. • Flex Fuel Line • Flush Mount Annunciator Kit • Ground Fault Annunciator • Oil Temp Sender 5 uare D MLCB, 10 ctroni&Trig)Left Side Mou'nte 0°Jo,rated;LS6 Ele, - 1600 Am Model#'RGF361BOCU33A W1TH 5.0 TRI o.. Shunt trip and Auxiliary Contacts EATON MLGB 100%a rated,Right�Side Mounte c` 606 Amp Model PGL36060CU318, • 1 Hour factory load testing.of reactive (0:8) power factor 5-Year Com rep hens'ive'Warrant Automatic Transfer Switch G03AUSB31600CGXM,11BE,18RX,119BG,119M_Main Breaker Square D Type"RJF"3000AF/1600ATLS1 ASCO 300 SERIES, SERVICE_ENTRANCE RATED 1600 AMPERE,4 POLE, 208V, NEMA 3R 11 BE- ENGINE EXERCISER 18RX-SOURCE AVAILABLE CONTACTS 119BG - 120VAC SHUNT TRIP 119M - ENERGY REDUCTION'MANAGEMENT SWITCH Quantity 1 -Factory Freight to the first destination within Florida via LTL Quantity 1 -Start-up and Testing • Quantity 1 -Start-up and tesing following NFPA 110, that includes a 2 hour load bank test and 2 hour building load test, M-F, 8A-5P, No Holidays. Maximum if one trip for this start-up. It is the contrators responsibility to ensure this generator set is completely,installed and the required natural gas volume.and flow is supplied to the generator set before the startup is scheduled. If at time.of start-up,the installation in incomplete and/or incorrect fuel supply, an additional trip will be required to complete this start-up. Additional trip(s)will be billed our customer. ACE will supply.the required operating fuel pressure ar inches of Water, and cubic feet per hour,to assist the installing gas contract in determining the require volume and flow to the genset. Quantity 1 - LEAD TIMES:AS Of 12-17-18 after receipt of approved submittals: 14-16 weeks • To Add a 12 Month Serve Agreement for the first 12 months (no Load Bank Testing) including 3 minor and 1 Maign Add$1,850.00 Page 2 of 4 J Optional Adder:_ • If AHCA Testing Is Required, Add and additional $1,650.00 Notes 1. 'This Quotation is based upon Engineering.Specifications& Drawings E4.1-E5.5. No other sections shall apply. 2. Quotation is valid for 60 days. If-not released to production within.60 days, pricing, delivery extension and escalation:charges may apply. 3. ACF Standby Systems is not responsible for any:delays.in delivery due-to Act of Nature, explosion,fire, strikes, accidents,war,-:terrorism,-flood, accidents or other causes beyond our-company control. Quoted shipping schedules:are not guaranteed and subject to change.without notice. In no case is ACF Standby Systems responsible for incidental or consequential damages. 4. ACF Standby Systems does not accept liquidated damages as a part of third party.contracts. -5. - Equipment will be invoiced.(and payment expected according to ACF's Terms and Conditions)at the time of shipment or when ready to ship from point of origin. Delays-by the buyer may result in storage fees and/or additional freight charges::: 6. : Completed equipment to be delivered to a 3rd party manufacturer for further fabrication will be invoiced upon shipment to the'3rd party manufacturer. 7. The warranty is that of the above-named manufacturer(s). Refer to the manufacturer's warranty statement for - details. No special warranty is implied. The.Manufacturer's warranty begins on the day of start-up or 6 months after shipment,whichever occurs first,'not substantial completion. It is the contractor's responsibility to coordinate start=up along with the date of substantial completion. If the generator set is not installed and ready for startup within 6 months of shipment it will require long term storage procedures. Please refer to the Operation and Maintenance Manual for such requirements. All costs related to long_term storage is the responsibility of the purchaser. Failure to follow these procedures may void warranty and affect equipment operation. Contact ACF Standby Systems for.assistance. 9. Additional sets of O&M manuals are available at an additional cost. The manufacturer's standard format shall apply. Custom.O&M manuals will be available at an additional charge. 10:. Startup services will not proceed until the-buyer's account is current and in good standing. 11. Quotation does not include offloading;rigging, anchoring, installation;exhaust plumbing, exhaust insulation, fuel or permitting. 12. ACF:Standby Systems is.not responsible for testing of fuel tank(s) provided by any party. Fuel tank testing,as required by FDEP (Florida.Department of Environmental Protection) Chapters 62-761'and 62-762, is the. responsibility of the.installing Contractor and Generator Permit Applicant.ACF Standby Systems LLC is not . responsible for damages or costs incurred.by any party,when a-fuel tank is filled before field testing required under FDEP or testing mandated-.by a Local Inspector of Authority under FBC, is performed. . 13. Pricing is subject to ACF Standby Systems'-PaymentTerms. Terms and Conditions Page 3 of 4. GENERATOR SEA' SPEC SHEET p GENERAC` INDUSTRIAL INDUSTRIAL SPARK-IGNITED GENERATOR SET EPA Certified Stationary Emergency and Non-Emergency DEMAND RESPONSE READY. f3fantlMrp er Reti - , k'� 500 k D h. A Demand Response Rating _ 400 kW 500 WA, 60 Hz Prime Power:Rating •:`- —=�..•eaa�.�,;,�,�,` _ 360 kW,450 WA, 60 Hz Y ' 'EPA Certified Prime ratings are not available in the US or its Territories Image used for illustration purposes only Codes and Standards Powering Ahead Not all codes and standards apply to all configurations.Contact Generac..ensures superior quality by designing and factory for details. manufacturing most of its generator components, such ON �s UL220o, UL508, UL489 as alternators, enclosures,. control;.:systems and communications software. Generac also makes its own engines and you'll find them::on eve c csA c22.2 spark-ignited , every SP - Generac gaseous-fueled generator: We engineer and manufacture .them from the block up all at: our D IN BS5514 and DIN 6271 facilities throughout Wisconsin. Applying natural gas And LP-fueled engines to generators requires advanced Se SAE J1349 engineering expertise to ensure reliability, durability.and .,E°° °•� necessary performance-. By designing specifically .for these dry, hotter-burning fuels, the engines last longer. C NFPA 37, 70, 99, 1.10 and require less` maintenance. Building our own NFPA engines also means we control every step of the supply nec NEC700, 701, 702,:708 . chain and delivery process, so you-benefit from single- source responsibility. ISO 3046, 7637, 8528, 9001 Plus, Generac Industrial Power's distribution:network ..: rr � NEMA ICS10, MG1, 250, ICS6,AEi1 provides all parts and service so you don't have to deal with third-party.suppliers. -It all leads to a positive owner experience.and higher confidence:level..GeneracANsI c62.41 spark-ignited, engines :give .you: more options : in IBC 2009, CBC 2010, IBC 2012, commercial and industrial generator applications. as ;__e ASCE 7-05,ASCE-7-10, well as extended.run time from utility-su lied. natural �==� OS p d ICC-ES AC-156 (2012) pp . gas. I t c- GENERAL' 1,11INDUSTRIAL S64OO ( 1.9L j 4OO k-W ,.;.r INDUSTRIAL SPARK-IGNITED GENERATOR SET EPA Certiified.Stationary Emergency and-Non-Emergency STANDARD FEATURES DEMAND RESPONSE HEADY ENGINE SYSTEM .. Electrical System- GENERATOR SET •;OiI Drain Extension • Battery Charging Alternator • internal Gen"set Vibration Isolation o Engine Coolant Heater • Battery Cables • Separation of Circuits-High/Low Voltage + Air Cleaner • Battery Tray • Separation of Circuits-Multiple Breakers • Stainless Steel Flexible Exhaust Connection • Rubber-Booted Engine Electrical Connections + Wrapped Exhaust Piping , • Factory.Filled Oil and Coolant • Solenoid Activated Starter Motor • Standard Factory Testing • Radiator Duct Adapter(Open Set Only) •.2 Year Limited Warranty(Standby.and Demand • Critical'Exhaust Silencer ALTERNATOR SYSTEM Response Rated Units) • UL2200 GENprotect". • 1 Year Limited Warranty(Prime Rated Units)_ Fuel System • Class H Insulation Material • Silencer Mounted in the Discharge Hood (Enclosed Unit Only): Fuel Line-NPT Connection. • 213 Pitch • Primary and Secondary Fuel Shutoff • Skewed Stator ENCLOSURE(If Selected) • Permanent Magnet Excitation with to ' Coolie System • Rust-Proof Fasteners wi Nylon Washers 9 y Sealed Bearing Protect Finish ` Closed Coolant Recovery System • Amortisseur Winding . High Performance Sound-Absorbing Material:' • :UV/Ozone Resistant Hoses • Full Load Capacity Aternator (Sound Attenuation Enclosures) • Factory-Installed Radiator • Gasketed Doors �. 50/50 Ethylene Glycol Antifreeie + Stamped Air-Intake Louvers Radiator Drain Extension • Upward Facing Discharge Hoods(Radiator . and Exhaust) • Stainless Steel Lift Off Door Hinges + Stainless Steel Lockable Handles • RhinoCoatT -Textured Polyester Powder Coat Paint CONTROL SYSTEM Remote Wireless Software Update Capable 71nch Color Touch Screen Display. •"Wi-Fi,Bluetooth;BMS and Remote Telemetry • Capacitive Color Touch Screen • Built-In Programmable Logic Eliminates the Need for. • Sunlight Readable(14.00 NITS) External Controllers Under Most Conditions • Easily Identifiable Icons • Ethernet Based Communications • Multi-Lingual Between Generators • On Screen Editable Parameters 4 • Programmable 1/0 Channel Properties . Key Function Monitoring • Buift-In Diagnostics + Three Phase Voltage,Amperage,kW,kVA, and WAR Protections . Selectable tine to Line or tine to • Low Oil Pressure Neutral Measurements, Power Zone Controller • Low Coolant Level Frequency • High/Low Coolant Temperature • Engine Speed Program Functions • Sensor Failure + Engine Coolant Temperature • NFPA 110 Level 1 Compliant . Oil Temperature • Engine Oil Pressure • Engine Protective Functions • Over/Under Speed, • Engine Oil Temperature Alternator Protective Functions e Over/Under.Voltage • Battery Voltage 9 Digital Engine Governor Control • Over/Under Frequency • Hourmeter - • Digitai_Voltage Regulator - • Over/Under Current • Warning and Alarm Indication •,Multiple Programmable Inputs and Outputs • Over Load a Diagnostics •. Remote Display Capability High/Low Battery Voltage •.Maintenance Events/information Remote Communication via Modbus°RTU, • Battery Charger Current Modbus TCP/IP,and Ethernet 10/100 . • Phase to Phase and Phase to Neutral Short Circuits •.Alarm and Event Logging with Real Time Stamping Q2T Algorithm} • Expandable Analog and Digital Inputs and Outputs 1 SG400 21 e9L 400 kW INDUSTRIAL INDUSTRIAL SPAR MGN[TED GENERATOR SET EPA Certified.Stationary Emergency and Non-Emergency CONFIGURABLE OPTIONS DEMAND RESPONSE READY ENGINE SYSTEM GENERATOR SET CONTROL SYSTEM 0-.Baseframe Cover/Rodent Guard 0 Demand Response Rating o NFPA 110 Compliant.21 Light Remote Annunciator o: Oil Heater o' Extended Facto Testing 3-Phase Only) 0 Remote Relay Assembly 8 or 16 Factory: 9( Y) Y Y( ) , 0 Air Filter Restriction Indicator 0 12 Position Load Center 0 Oil Temperature Sender with Indication Alarm 0 Radiator Stone Guard(Open Set Only) o Remote E-Stop(Break Glass-Type,Surface,Mount) 0 Fan and Belt Guards ENCLOSURE o Remote E-Stop(Red Mushroom-Type, 0 .Weather Protected Enclosure Surface Mount) FUEL SYSTEM• o Level 1 Sound Attenuation' o Remote E-Stop(Red Mushroom-Type,Flush Mount) 0 Flexible Fuel Line o Level 2 Sound Attenuation 0 10A Engine Run Relay 0 Level 2 Sound Attenuation with Motorized Dampers 0 Ground Fault Annunciator ELECTRICAL SYSTEM o Level 3 Sound Attenuatioq(Steel Only) 0-100 dB Alarm Horn 0 120V GFCI and 240V Outlet. 0 10A UL Battery Charger o Steel Enclosure o.Battery Warmer o Aluminum Enclosure WARRANTY(Standby Gensets.Only) t o Damper Alarm(Motorized Dampers Only) ALTERNATOR SYSTEM o Up to 200.MPH Wind Load Rating(Contact Factory ° 2 Year Extended Limited Warranty i for Availability) 0 5 Year Limited Warranty 0-Altemator Upsizing . o Anti Condensation Heater 0 AC/DC Enclosure Lighting Kit 0 5 Year Extended Limited Warranty o Tropical Coating .0 Enclosure Ambient Heaters 0 7 Year Extended Limited Warranty 0 Door Alarm Switch o 10 Year Extended Limited Warranty CIRCUIT BREAKER OPTIONS o Damper Alarm(Available.on Level Sound Attenua- tion with Motorized Dampers Only) 0 Main Line Circuit Breaker , 0 2nd Main Line:Circuit Breaker. o Shunt Trip and Auxiliary Contact 0 Electronic Trip Breakers ENGINEERED OPTIONS ENGINE SYSTEM CONTROL SYSTEM o Coolant Heater Ball Valves o Battery Disconnect Switch o Fluid Containment Pan - GENERATOR SET ALTERNATOR SYSTEM o special Testing 0 3rd Breaker System 0 Battery Box - k SG400 21 e9L 400 kW GENERAC' l WDUSTRIAL r z INDUSTRIAL SPARK-IGNITED GENERATOR SET EPA Certified Stationary Emergency and Non-Emergency APPLICATION AND ENGINEERING DATA DEMAND RESPONSE READY ENGINE SPECIFICATIONS General Cooling System Make Generac Cooling System Type Pressurized Closed Recovery Cylinder# 12 Fan Type Pusher Type V12 Fan Speed-RPM 1,404 Displacement-in'(L) 1,336.42(21.9) Fan Diameter-in(mm) 44(1,117) Bore-in(mm) 5.03(128) Stroke-in(mm) 5.6(142) Compression Ratio 10.0:1 Fuel System Intake Air Method Turbocharged/Aftercooled i g Number of Main Bearings 7 Carb.uretor Down Draft Connecting Rods Steel Alloy -Secondary Fuel Regulator Standard C linder Head Cast Iron Y Fuel Shut Off Solenoid Standard(Dual) Cylinder Liners- Cast Steel Alloy s t Ignition Electronic. -Optional Operating Fuel Pressure-in H2O(kPa)7-11 (1.7-2.7) Piston Type Cast Aluminum Alloy Crankshaft Type Steel Engine Electrical System Lifter Type Solid System Voltage 24 VDC Intake Valve Material High Temp Steel Alloy Battery Charger Alternator Standard Exhaust Valve Material High Temp Steel Alloy Battery Size See Battery Index 0161970SBY Hardened Valve Seats Proprietary Alloy Battery Voltage (2)-12 VDC Engine Governing Ground Polarity Negative Governor Electronic- Fr equency Regulation(Steady State) ±0.25% Lubrication System Oil Pump Type Gear Oil Filter Type Twin Full-Flow with Intercooler Crankcase Capacity qt(L) 31.7(30). ALTERNATOR SPECIFICATIONS Standard Model K0400124Y21 Standard Excitation Permanent Magnet Poles 4 Bearings Sealed Ball Field Type Revolving Coupling Direct via Flexible Disc Insulation Class-Rotor = H Prototype Short Circuit Test Yes Insulation Class-Stator H Voltage Regulator Type Full Digital Total Harmonic Distortion <5% Number of Sensed Phases All Telephone Interference Factor(TIF) <52 Regulation Accuracy(Steady State) ±0.25% 4 SG400 21 a9L 400 kW GENERACx IIN13USTRIAL INDUSTRIAL SPARK-IGNITED GENERATOR SET EPA Certified Stationary Emergency-and Non-Emergency OPERATING DATA DEMAND RESPONSE READY POWER RATINGS-NATURAL GAS Standby/Demand Response . Three-Phase 120/240 VAC @0.8pf 400 kW Amps:1,203 Three-Phase 277/480 VAC @0.8pf 400 kW Amps:601 Three-Phase 346/600 VAC @0.8pf 400 kW Amps:481 MOTOR STARTING CAPABILITIES(skVA) skVA vs.Voltage Dip 277/480 3PH .30% 208/240 VAC 30% K0400124Y21 :953 K0500124Y23 730: K0500124Y23 1,050 -K0600124Y23 - 1,120 K0600124Y23 1,560 . I E G S f' RA ES Natural'Gas—scfh(m3/hr) . Percent Load Standby- 25% 1,782(50.5) 50% 2,674(75.7) 75% 3,755(106.3) *Fuel supply installation must accommodate fuel consumption rates at 100%load. COOLING Standby..: Air Flow(Fan Air Flow Across Radiator) scfm(m3/min) . 23,474(672). Coolant Flow. gpm(Lpm) 211 (800) Coolant System Capacity gal(L) 20.5(77,6) Max.Operating Ambient Temperature- °F CC) 122(50) --- Maximum Operating Ambient Temperature(Before Derate) See Bulletin No.0199270SSD Maximum Radiator Backpressure in H2O(kPa) - . 0.5:(0.12) COMBUSTION AIR REQUIREMENTS Standby.. Flow at Rated Power scfm(m3/min) 750(21) ENGINE EXHAUST Standby Standby Rated Engine Speed RPM 1,800 Exhaust Flow(Rated Output) scfm(m3/min) 21513(71.1) Horsepower at Rated kW** hp. 636 Maximum Exhaust Backpressure inHg(kPa) 0.75(2.54) Piston Speed ft/rriin(m/min) 1,677(511) Exhaust Temp(Rated Output=Post Silencer) °F CC) 1,350(732) .: BMEP psi(kPa) 209(1,441) Referlo"Emissions Data Sheet"-for:maximum bHPfor EPA and SCADMD permitting purposes. Deratioh=Operational characteristics consider maximum ambient conditions.Derate factors may apply-antler atypical site conditions. Please contact a Generac Power Systems Industrial Dealer for additional details.All performance ratings in accordance with IS03046,BS5514,IS08528;and DIN6271 standards. . Standby-See Bulletin 0187500SS8 Demand Response-See Bulletin-0000018250 Prime-See Bulletin 0187510SSB . o�t�t��T�',��. SG400 21 o9L 400 WGENERAL` - INDUSTRIAL SPARK-IGNITED GENERATOR SET EPA Certified Stationary Emergency and Non-Emergency DIMENSIONS AND WEIGHTS* DEMAND RESPONSE READY OPEN SET(Includes Exhaust Flex) . o H L x W x H-in(mm) 154.4(3,923)x 71.0(1,803)x 67.6(1,716) - Weight-Ibs(kg) 8,274(3,753) 'I L W WEATHER PROTECTED ENCLOSURE- L x W x H-in:(mm) 207.4(5,268)x 70.9(1,800)x 80.0(2,032) H Ibs(kg) Steel:10,463(4,746) Weight Aluminum:9,376(4,253) i i L W LEVEL 1 ACOUSTIC ENCLOSURE H L x W.x H-in(mm) 247.5(6,285)x 70.9(1,800)x 80.0(2,032) ® ® Weight Ibs(kg) Steel:11,211 (5,085) Aluminum:9,720(4,409). L W LEVEL 2 ACOUSTIC ENCLOSURE - L x W.x H-in(mm) 207.4(5,268)x 70.9(1,800)x 114.1 (2,899) H Weight-Ibs(kg) Steel:11,808(5,356) Aluminum:9,954(4,515) L W *.All measurements are approximate and for estimation purposes only. YOUR FACTORY RECOGNIZED GENERAC INDUSTRIAL DEALER l Specificafion characteristics may change without notice.Dimensions and weights are for preliminary purposes only.Please contact a Generac Power Systems Industrial Dealer for detailed installation drawings. Generac Power Systems,Inc. I P.O.Box 8 Waukesha,WI 53189 Part No.10000035560 P:(262)544-4811©2018 Generac Power Systems,Inc.All rights reserved.All specifications.are subject to change without notice. Rev.A 06/11/18 It-. L GENERAC7 INDUSTRIA ENGINE RUN RELAY -For use with Generac PMDCF 07100,E panel or C panel control systems -10 Amp Contact Rating 0 0 =12 or 24 Volt DC input C. Q CD00 C) Contact open or closure on engine.run,. -'Contacts - Wiring Diagram,Engine Run Relay with Type DPDT C panel,E panel,H400 Panel Material Silver N/0 N/C Rating UL EXISTING TERMINAL STRIP :IN CONTROL'PNLr,. 10A @ 240VAC (TDI) 10A @ 30VDC O L Y ® " N/t] ENERGIZED'WHEN. ENGINE Coils = ENGINE STOPPED REA O o o O 00 ENGINE IS RUNNING N/C ENERGIZED NHEN Input Voltage 24VDC - -o o Ia ' 0 /2I9 Resistance 400 Ohms 14/219 ® ' Nominal Power 1:5 W Wiring Diagram,Engine,Run Relay with PIN DETAIL PMDCP -:4 S o CRE1111 2190 N/C UX_A °o6 00 $ o�ENGINE RUN Y>t RUN RELAY � 0 MAY ME VIRED.TO O �Oz Z 7- AUX, RELAY I THRU 4 A RIGHT N AS SHOWN T- O O C DEFAULT, AUX '1) ru DEFA , �.o UZ2 Generac Power Systems,Inc. 1 13:0.Box 8 Waukesha,WI 53187 Part No.0161920SBY: P:(262)544-4811 @ 2015 Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.B 04/13/15 r, GENERATOR SET. CONTROLS GENERACa ( INDUSTRIAL POWER ZONE° CONTROL PLATFORM t Features The Generac POWER ZONE"Digital Control Platform is a fully --_ Standard System Control Features integrated and multipurpose family of controllers for Generacis Built-in PLC Logic Eliminates the Need for External. single and Modular Power Systems(MPS): Controllers Under Most Conditions .. Standard,Single l3nit Cantral Features.(=GS*and-DS*) Ethernet Based Communications Between Genets • Engine Protective Functions Programmable I/O Channel:Properties Alternator Protective Functions - Built-In Diagnostics + Digital Engine Governor Control Digital Voltage Regulator • 7".Color Touch Screen . Multi-Lingual Multiple Programmable Inputs and Outputs Remote Display Capability Remote Communication Via ModbusO RTU,Modbus TCP/IP,Ethernet 10/100 •. Alarm and Event Logging with Real Time.Stamping • Expandable:Analog And Digital Inputs and Outputs Wireless Software Update Via Remote Computer • Wi-Fi,Blue-tooth,BMS and Remote Telemetry " Additional Standard Para)lei-Control Features (-GSP** and -DSP**) - •:.Paralleling Control(Synchronizing) • Reverse Power Loss Of Synchronization Between Genets . Load and VAR Sharing 4 -GS Is Gaseous Standby,-DS Is Diesel Standby •'•GSP is Gaseous Standby Parallel,-DSP is Diesel Standby Parallel I . x GEIlIEl ACC twous-rR AL I POWER POWER ZONE° CONTROL PLATFORM Dispi.ay(TouchScree • Resistive Color Touch Screen -R Hi-Brite(1400 NITS) Easy Identifiable Icons n �da�n,e $% ,, •-i`'r` ,` • Multi Lingual • On Screen Editable Parameter ! ;- ,�'f:, •: Key Function Monitoring - Three Phase Voltage,Amperage,kW,kVa,and kVar a Selectable Line to Line or Line to Neutral Measurements a Frequency. '44 C}'•1 CC RAM Engine Coolant Temperature 4 _ f 3 a Engine Oil Pressure E i a Engine Oil ii n a �,.,<,� Temperature aBattery Voltage Warning and Alarm Indication I Diagnostics 3 Maintenance Events/Information Nourmeter j Voltage Regulation{Single ar Three Phase ModuEe Qptions} • Digital Control • Three-Phase Sensingt • Variable WF Slope Settings and Adjustable Gains Negative Power Limit "aWt • Soft Start Ramping- 1, • Loss Of Sensing Protection • Components Encapsulated for Total Protection • Paralleling Function for Power Zone--DSP and Power Zonel'-GSP • Fault Protection(I2T Function) • High Voltage Limit • Low Voltage Limit • Maximum Power Limit ±0.5%Voltage Regulation • +'0.1%Stability— LAC ic Confrotler Customer Ports • Boolean Logic Programming(Ladder) 1-RS485-Modbus RTU(Main Controller) • 16 Timers 1-RJ45-RAP/RRP(Main Controller) 16 Counters 1-CANBus'-Power Zane Accessories(Main Controller) • Counter Reset 1-RJ45-Modbus TCP/IP or Ethernet 10/100(Display_) • Configurable Through Software Too[ Goverpor Module • Soft Start Ramping(Multiple Steps) _ Synchronizing Function for Power Zone6-DSP-and Power Zone'"-GSP Only$ . Fully Adjustable Gain(PID) t with select voltage regulators t Contigurable'option 4 1 GENERAC I INDUSTRIAL POWER ZONE°-CONTROL PLATFORM Connections Control Panel And Touch Screen • 27-.Digital Outputs(Open Drain,35Vdc.1.7A) Auto/Off/Manual 6 Fast PWM Capable • Operation Through Key Switch 1 High Current' • Indication Through Touchscreen • 20-Digital Inputs Maximum Alarm Acknowledge Button 6 Fast PWM Capable Audible Alarm and Silence • 12-,General Purpose Analog Inputs_ Emergency Stop • 4-Fast Analog Inputs Not in Auto Indication 4-.Analog Outputs(0-5Vdc) • 1 E-Stop Relay Output 7 Current Sense Inputs • 2-High Voltage Sense Inputs(3 Phase+Neutral) Key • 2 Magnetic.Pickup Inputs Fuel Type Generator Type Number. •. 1-Coolant Sensor-Input • 4 Ethernet Ports -GS -. Gas-:: Standby 1 • 3-CANBus:Channels. -GSP Gas Standby Parallel • 1-RS-485 Ports 2-.Switchable+12V Power Outputs -DS Diesel Standby -DSP. Diesel Standby Parallel j Qualification Testing -BS Bj-Fuel- Standby . -BSP Bi-Fuel .Standby Parallel. r L•tfe:Test in Environmental Chamber Temperature Rating.40°C to+70°C Humidity 2%to 95%(Non Condensing) • Vibration Tested And Protected = • Accelerated Testing MTBF>50,000 Hr. Codes And Standards UL 6200 C-ETL-US r CE. FCC llft 110(Software Programmable For Level 1 or 2)ss Protections • Low Oil Pressure r Low Coolant Level • High/Low CoolantTernperature Sender Failure • Oil Temperature Over/Under Speed. Over/Under Voltage • Over/Under Frequency Over/Under Current Over Load . • Battery Voltage _ Battery Charger Current Phase,To Phase And Phase To Neutral Short-Circuits(Irr Algorithm) §Actual VO may vary due to cotdiguration §§Wdh Additional Optional Remote Annunciator. r Generac Power Systems,Inc. I P.O:Box 8 1 Waukesha,WI 53187 Bulletin No.10000024063 • I P:(262)544-4811©2018 Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.E 08%22/18 _ " ALTERNATOR INFORMATION GENERAC® Alternator 400 kW. D ata 208/240 V Alternator Rating: Waveform:Distortion...................................<5% kW:40.0 kVA: 660 Telephone Influence Factor......................<50 Upsize only: 483 Synchronous Speed.................................1800 rpm Part#......................................OH9457 Maximum Ovempeed.........................!.....3300.rpm Type .....................................Brushless/PMG Number of Bearings.,...............................I-Sealed Ball Connections..::.................:....Parallel Wye/Ser Delta Insulation System .... ........:.................:....Class H Efficiency @ 1.0 Power Factor Excitation System::.::.....Wound Field+Perm Mag kW Load Efficiency :...........:..91.1300 o urrent.Limited 200 RW........................92.0 300'kW:..........::...........93.1 4837 kW.........................93.5 Temperature Rise vs. kW Output (.0.8 PF): 400kW @ 0.8.Of......::..92.1 kW Temperature Rise :C 350 80 Machine Parameters @ Max kW Rating: 400 105 _ Transient S C Time Constant...:....... 1.7 ms 435 125 Subtransient Reactance.-.-..:..............0.165 483 150 Transient Reactance.........................0.210 Synchronous Reactance..................2.106 . Instantaneous Voltage Dip in kVA @%Dip Negative Sequence Reactance,...... .0.16 Zero Sequence:Reactance.............. 6.06 Voltage 10% 15%- 20% 25% 30% ;35% Short Circuit Ratio............................0.35 Excitation Voltage............................20-80V 208/240V 340 520. 690 860 1030: 1200 Excitation_Current @ Rated kW.......3.2A-0.8pf Lamination Type...............................WEG Available Options: Alternator Heater . 3'Phase 100,000 -Therm Limit.. ALTERNATOR DECREMENT CURVE Test Parameters kW Rating 400 Voltage 208/240 — Power'Factor 0.4 10,000 - N . a E 3 fJ C G t Control Panel Cutoff i,000 ' 100 . 100 : - 10 Seconds :1 - 0.1 - 0.01 018802OSSB 01/07/14 R1 d. GENERACI L -ALTERNATOR STRIP HEATER 120VAC �� • RELAY CONTROLLED /r f • 2 HEATERS PER ALTERNATOR ©� • 150 WATTS PER HEATER ,a p ° 120VAC OPERATION. • FACTORY INSTALLED 1'0 INSTALL &WIRED Q. 1' - ° 120VAC FROM CONTROL 9 RELAY IN HIGH VOLTAGE_ CONNECTION BOX TYPICAL HEATER LOCATION ON ALTERNATOR .- ... : _ 4 CONTROL '= 7 RELAY s .. .. x e ENGINE RUN r14AWS. - 0 CIRCUIT[ o LOU .Vl --- - 120VAG FROM CUSTOMER CONNECTION TB4 OR LOAD .. - 'CENTER(IF EQUIPPED) . .. 7.50° - .. .. - .. STRIP HEATERS ' - PART NO.061170 ' ...I HI H3 .. - 2.44' .. 5(2 H4 .. WIRING DIAGRAM Generac Power Systems,Inca I P.O.Box 8 I Waukesha,WI 53187.. Part No.4643480SSD;, P.(262)W-4811 9 2015 Generac,Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.B 04113115 GENERATOR BREAKER INFORMATION (1) 1600A SQUARED #RGF36160CU33A, SATRIP (1) 600A SQUARE D PGL36060CiJ31A Product data sheet RGF36160CU33A Characteristics MOLDED CASE CIRCUIT BREAKER 600V 1600A Product availability:Non-Stock-Not normally stocked in distribution facility Price*:30081.00 USD C O N O Main Product or component type Circuit breaker 2 a Range of product PowerPact R o Current sensor.rating range 1600 A o Trip unit technology Electronic standard Micrologic 5.0 LSI m 0 Complementary [le]rated operational current . 1600 A m System Voltage 600 V AC E Mounting mode Unit mount 2. Poles description 3P D q Breaking capacity 65 kA 240 V AC 35 kA 480 V AC a O 18kA600VAC Breaking capacity code G Continuous current rating 100 Electrical connection Busbar connection load Busbar connection line a. _ N Height 16.24 in W H W Width 16.53 in Depth 14.49 in •o . .. .. N Environment m Product certifications CSA E IEC UL listed 9 L E .' Dec 13,2018 i bfelsOn Schneider C 1 r � Qemwm Ordering and shipping details Category 01245-RG,H,J,K,L,N UNIT MT BREAKERS Discount Schedule DE2. GTIN; 00785901848912: Nbr.of units in pkg. 1 Package weight(Lbs) 52 Returnability Y Country of origin, US Offer:Sustainability Sustainable offer status Green Premium product RoHS(date code:YYWW) Compliant=since 1323 Schneider Electric declaration of conformity [Schneider Electric declaration of conformity REACh Reference not containing SVHC above the threshold Reference not containing SVHC above the threshold, Product environmental profile Available Product end of life instructions Available California proposition 65 WARNING:This product can expose you to chemicals-including: ------Substance 1 DINP,which is known to the State of California to cause cancer,,and -------Substance 2 DIDP,which is known to the State of California to cause Birth Defects or other reproductive harm. = --More information For more information go to www.p65warnings:ca.gov' Contractual warranty'' Warranty period . : 18:months i u � lifers'ri schg,eider CURRENT IN MULTIPLES OF Ir(Ir=LONG-TIME SETTING x In) 10000 ON 7 __ s_ _� m P -__ _� _r__}_ MICROLOGIC®5.0/6.0 A/P/H TRIP UNIT BON —�- - -..�._. --_ �_� , , I•_L-- mw .. :7000 # ..k :i: T.-' 1 >.:, T{ ( :.i- low CHARACTERISTIC TRIP CURVE NO.613-4 -�{ �-�cow �F I , ERI ww ,..p I _1 - — — l ' Long-time kup a lay � . ! AL TePc ndDe �. ON , '_ { Short-time Pickup and 12t OFF Delay � N i_ t P Y _ LONGTIME P :UP_ _ ? The time-current curve information is to be used for application and coordination purposes only. moo Curves apply from-300C to+60°C ambient ,5N !�_ - - --•- - " ' I temperature. };.'. l... !.. _.;........�.. Notes: goo ;-rfi_I.' - - --,- }�"--' •' No° 1.There is a thermal-imaging effect that can act - 0 1 _;;,.;__� J _. ,_r' i,goo to shorten the long-time delay.The thermal- _ _ _;._��.__. .�_._ —.i° ` fj....l#Na - imaging:effect comes into play if a current — _ Soo i i a t6 -�— t above the long-time delay pickup value exists t"-- 9 P P for a time and then is cleared by the tripping of a downstream device:or the circuit breaker -itself.A subsequent overload will cause the 200� _�,, _ _ _ ma : circuit breaker to trip in a shorter time than _ T _,.. ... ..i.:. . ..�... .. ..:.... ... normal.The amount of time delayreduction is ISO i i ' - — - -' - invers to he amount f time at has elapsed 1 e t o meth f _ T -since the previous overload.Approximately 20 minutes is required between overloads to 90,a-�' _ _20' !a_ � � �_;,__ completely reset thermal imaging: 2.The end of the curve is determined by the — = T l w interrupting the circuit breaker r_ � . :.- • - I ,--)-��-E-'--= -F --`� i rrupting rating of breaker.: 3.With zone-selective interlockingon;short-time delay utilized and no restrainin signal,the , ! maximum unrestrained short-time de time m�-F-�,__ _• _: _ �._ _�l__: _ '.. ..._i_i_1 m band applies regardless of he setting. .. +5 - - =;-;-s-- --- 15 4.Total clearing times shown include the 1s I. ? response times of the trip-unit,the circuit 1 �w _ _ ,a ,---r-�'•-.�;. _ _ k- - _ G ,a breaker opening,and the extinction of the current: DELAY BAN DSi_ ,_ _r1.4 t g�J._.f__;. �_ .'_ ._ l!'_,. _� -^'__ SECONDSAT6.1 ; 6 5. For a withstand circuit breaker,instantaneous y. _ _ P } t ' ' '-1 �_-� t can be turned OFF.See 613-7 for z - — instantaneous trip curve.See 613-10 for V � � � .: � � `� tom: y 31 -_ ..._w_t_T instantaneous override values. z I . .. �.. U. ver oa indicator I m a 00% }...,.. I d . _ - 15 illuminates t 1 SHORT•TIME__'. 6 i-- - —~OELtAY 1't OFF--,- - ,,f—'-x-14 11.5_ 2 2.5 f.—; -r -- �i.-�...' (FIXED-TIME DELArt- I-) .r . a CONDSAT-10 It - - - 0.4OFF .4 ­dri —_ ' }t SHORT TIME' }MAXIMUM 030E 1 _ ! I UNRESTRAINED` - - - R� s.2 OFF, _ S I .15 41`, f .. - „ 0.10FF . .. , .. ._ os , .... -- 'T L . .02 t ' ..:. ..�...... ._i.... I ... 0 1 a CLE.01 .ws CURRENT IN MULTIPLES OF Ir ' (Ir LONG-TIME SETTING x In) Schneider Electric Cava 1b.0613TC 4 o ,,b,r mw , Sr/,netkr Frec6::Brands = �'emN Sctlneieer 6ect,ie on riahb rasenab D,awing No&IeN5E138a ' CURRENT IN MULTIPLES OF Ir(Ir=LONG-TIME SETTING x In) t0soao --(--i----._.,_�.— _.i..__._ -t-?-,�- p _..,. � .�.4.'� _t (.- IT °°mIowa ROLOGICO .. .. ,°� r i _... _ — __.. __:?I...am CHARACTERISTIC TRIP CURVE NO. N3-5 saw :_..._ !_.law . { ;" yi s000 Short-time,Pickup and I2t ON,°Delay. Now[.. L....._I_.Y... - - - ——_W� -a 3--j swo Sho i_. j_ I_#..._ .; __i. .__ _ $i l ..I.. __. . :..I... _....., ' . _,.: The tirine-.current curve'information is to be Used' wee �.. i-- - --- Boa f , :,.- - _ +- s- {-'�' for purposes Y I_. .:I_... ,. , �, .;...._C.;. .,.._.,. _. _._. .._ application ur osesonl . L_L_ -s - -! = -- i-- wea '°°° .I ..i. Curves apply from-30°C to+60°C ambient temperature. • ' l i amps ! , I ; ,500 Notes: ;_ �----=-''�-,. ;-;i _ I + ( � 1,There is a thermal-intagin effect that can act low! ..y-� � + fi , _ _`.-i-� to shorten the long-time delay.The thermal- ' .-- {---r-: ..- 1-i- __�_•��'.___-...'_„"._„ `_:. _ .. we;__.fi _: .: --_ __• _ 4..__..;_: _ ; 30o imaging effect comes into play if a current i_ _:._.._. , _ " i M above the long-time.delay pickup value exists: " `.". ' 50° for a time and then is cleared b the tri in of � as a downstream device or the,circuit breaker Tit :'as .`;.._ ,....__:._.;..-!.--. ... .<.., . .itself.A subsequent overload will cause the 30°' -' -- _-( `'-' - ---- --- -- --=--'=-{-j-i-#-'-we circuit breaker to tripin a shorter time than - ' ' f -'` :.; normal.The amount of time delay_reduction is.' :.�. i i. m3; _:_Y _,j _ 1, l I _ ___ i�_�° amount of time that has elapsed- i':-:•$-( ; .._��w ,--. rovers a he _ ,5g since the previous overload,Approximately 20 minutes is required between overloads to SNORT TIME{ _� I completely reset thermal-imaging. PICKUPt'loo r ' L T � x'`i = 2.The end of the curve'is determined by the 70 t .._F- i5 2 210interru tin ratin of the circuit breaker. �. P 9 9_-_ 3.With zone-selective interlocking on,short-time ___-.-- ... ,' _ -- r: : = :j-,° 'delay utilized and no restraining signal the 3 i 4 5 - - . _f F : T _ -_ Iy.j maximum unrestrained short-time.delay time applies regardless of the setting. - i- i--�----- -= ! - -{ ' 4.Total Cie times shown include the —w._ f... -,--- _ : ,$ sponse times of the.trip unit,the.circuit breaker opening,and the extinction of the <� ,° - Current. M L s ----=- -••:-- ->= *- - 5.Far.a withstand circuit breaker;instantaneous t can be turned OFF.'See 61377 for can instantaneous tripcurve.,See 613-10 for Z ;-.s._;_ _,.._,..._- ... % ;3; Instantaneous override values. W 3 . !. 6.See 613-4 for long-time pickup arid delay trip z ;... ...:_;... .. o: i :...; curve.- . ( ;- , - ,3 , , , _6 .11 0.4 ON .a ?_-iSHORTxTIME _.i...;._I.;.._;...I. •� _ _ .. - - _- ,SECONDSAT10 .. '— UNRESTRAINED I - — .. ._.SHORT-TIMEE..I_ `0.2ON .. . .� - .0 - E .07 1 .06 .05 — _ f-- .07 i � .: .. .02 L.....�_._II .02 0 .01 .. .. ..00e!—�.I2.CYCLE-��. :_�_ _� ...I L_:� _.i._....i_i.. W5. CURRENT IN MULTIPLES OF Ir' (Ir.=_LONG-TIME,SE,TTING x In) h id. Sc ne er 1o" Electric - ... •: Curve N°.06,31Cfq,15 D­�12003 i cutve613-07 1130108 3:44 PM Page 1 'MULTIPLES OF SENSOR RATING(in) ;_ _�._._ _ ._- ` 7 _-_. _' �:L G; 'a MICROLOf�IC°5.016.0 AiPIH TRIP UNIT Naa t.....- _ _ I ' a4aa ippp { CHARACTERISTIC TRIP CURVE NO.613-7 ON SON;_x �___ice_ . t.{__!.-;T v; , _N Instantaneous Pickup ', 2x-�15x and OFF r + FI.. °+ i The time-current curve information is to be,used Waal ? 7.. ; MN f _ or application and coordination purposes only. -�-i-- I---=----+=-- - -+ -t.�aaa Curves apply from- o+60°C ambient .. J. F _,._L_L I - - -- temperature. lsoa � _._.... S ..: ........ .._..+..,.... _-.. #_" _!.."i..;. Notes: j-_' ING 1 � _. :Wes;_ _{ rf Y__ 1.The end of the:curve is determined by the °°° NO interrupting rating of the circuit breaker.IN Tao 5oa 2.Total clearing times shown include the ..._.....____i .._.�..___;...,.w-. _ ._ ___'-r-S. response times of the trip unit,the circuit _...: .{ _,._-F-•i'-:...`��.'�_..1.. �--r..coo - { - - breaker opening,and the extinction of the j"." . ... , , ( ; . current. Mal { _ ? i 3 3.The instantaneous region of the trip curve — `•" ._. sows rizaxfmum total clearing times.Actual clearin ,5a---... �.I •:--!.. .. ..._:... _;...._.}__i._:..3.' so depending on.the times in orcuglb Bake meon can chanism }risrAriaNEou design and other factors:The actual clearing :--;y- 4.`PICK�P w`4 i as{-_- - -- . as+--{--ri--1�_-. `. = ;�� . - ,y?" .;..�xm � - time can;be considerably faster than indicated., '70-- -'--1-�-- -�--i - .A ' ' '-� Contact your local Sales Office for additional information. 50 - - ,a_ _t"_ ;_ . :��,,_- _E 4. For a withstand circuit breaker,instantaneous can be turned OFF.See 613-7 for 10- - = instantaneous trip curve.See 613-10 for instantaneous override values. za. 5.See 613-4 and 613-5 for long-time pickup, long-time delay,short-time pickup,and short- time delay trip curves:. 10 ,_ ; U 4+__ _ J __.._ 4 : ft({f{1} t 1— f ( Uj ul , S i I _` (V a ems;=�-1=�-- --- -- _ �:: ° , - : t s; ! I fix Bxi 12x 15z- .1 .. .07 ` - w w -, t _ 16 .:_ T/z;CYCLE_�. � _� COT 2 e a a 99aS AO MULTIPLES OF SENSOR RATING(In) Kg p- �t .. nbmndol .. SC�•e�r�i��I .. .." _ . Schneider Electric ..Eleotela - Curv°No.W19TCWOT '020aa 5chn44fer EYecaie aH r(ah#,eu:ced - .. � t°Reylaesao'1�3TCaW71 . INSTANTANEOUS OVERRIDE VALUES-NO..613-10 MASTERPACT NW/NT MASTERPACT NW/NT MASTERPACT NWINT POWERPACT/HORIZON I Inst:Override lost:Override' lost.Override SELECTICOMPACT ANSI CB UL'CB IEC CB (kA RMS) (kA RMS) (kA RMS) Inst.Override Model No: Model No. '10% Model No. +l_10% UL11EC CB (kA RMS). NW08N1* 24 NW08N* 24. NWOBNI None Model No.-. +/-10% . NW08N1 None: NW08N 40 NW10N1 None RG 600 57 NW16N1 None NW12N 40 NW12N1 None RG 800 57 NW08H1* 24: NW16N 40 NW16N1 None RG 1000 57 NW20N 'NW08H1 None- - - RG1200 57 NWOSHI None 40 NW16H1 None. NW08H_* 24 NW10H1- None RG 1600 57 NW20H1 None, NW08H. 40 NW12H1 None RG 2 57 NW32H1 None NW12H 40 NW16H1 None RG 25500 0' 57 NW08H2 24 : NW16H 40 NW20H1 None RJ 800 48♦ NW08H2 None NW20H 40 NW251­11 None RJ 1000 48• NW161­12 - None NW25H 65 NW32H1 None RJ 1200 48• NW20H2 None NW30H 65 NW40H1 None RJ 1600 -48A NW32H2 None NW40H 75 NW50H1 None RJ 2000 48• NW40H2 None NW50H 75 NW63H1 None RJ 2500 48• NW50H2 None NW60H. 75 _ NW08H2* 24 RK 600 57 NWOBH3*: 24 NW08L* 24 NW08H2 85 RK 800 57 RK 1000 57 NW081­13 85: NW08L 35 NW10H2 85 - RK 1200 57 NW16H3 85. NW08LF 24 NW16H2 85 RK 1600 -57 NW201­13 85 NW12L 35 NW201-12 85 RK 2000 57 NW32H3 85 NW12LF 24 NW251­12. 85 RK 2500 57 NW40H3 85 .- NW16L 35 NW321­12. 85 RL 600 '' 48• NW5OH3 85 NW16LF_ 24 NW40H2 65 RL 800 48• NW081_1* 24: NW20L 65 NW50H2 117 RL 1000 48♦ NW081.1. 35. NW20LF 24 NW63H2 117 . RL 1200 48• NW080F.: 24: NW25L 65 NW20H3 65 _ RL 1600 48• .. - NW161_1 - 35- NW30L 65 NW251­13 65 RL 2000 .48• NW16L1F 24 NW40L 75 NW32H3 65 RL 2500 48• NW20L1 35 NW50L 75 NW40H3 65 PG 250 ., 24 NW20L1F 2q NW60L 75 NWOBLI* 24 PG 400 24 NW32L1 - 117. NW08HF 40 NW08L1 35 PG 800 24 NW40L1 117 NW12HF 40 NW10L1 35 PG 800 24 PG 1000 24 NWSOLI ._ 117: NW16HF 40 NW12L1 35 PG 1200 .24 - NW08HA: None NW20HF 40 NW161_1 35 PJ250 7 NW16HA None NW25HF 65 NW20L1 35 Pi 400 10 NW20HA None NW30HF 65 NWDBH10 None PJ 600 10 NW32HA None NW40HF 75 NW50HF None PJ800 10 NW40HA None. NW50HF 75 NW12H10 None PJ 1000 10 NW50HA None NW60HF `75 NW161­110 None PJ 1200 10 NW08HF.: 85: NW08HB 35 NW20H10 None PK 250 24 NW16HF 85 NW12HB 35 NW251­110 None PK 400 '24 NW20HF B5 NW16HB 35 NW32H10 None PK 600 24 NW20HB 65. NW40H10 None PK 800 24 NW32HF 85 PK 1000 24 NW40HF 85 NW25HB 65 NW08NA None PK 1200 24 NW50HF 85; NW30HB 65 NW10MA None NW08HC 35 NW40HB 75 NW16NA None PL 400 7 NW50HB 75 PL 400 10 NW16HC 35 NW6 HB 75 NW08HA None PL 600 10 NW20HC". 35 NW10HA None PL 800 10 NW32HC 117 NT08N* 24 NW12HA None PL 1000 10 NW40HC 117 NT08N 40 NW16HA None PL 1200 10 NW50HC 117 NT12N' 40 NW20HA None MG 300 12A NT16N 40 MG 350 12A ' NT08N1*: 24 NW25HA Nane NT08N1, None .NT08H* 24 NW32HA None MG 400 12MG 450 � NT08H1* 24 12 8H 40 tJW40HA None MG 500 12A NTH 40 NT08H1 None NT12H 40 NW50HA None MG 600 12A NT08L1F 10 NW63HA None MG 700 12A NT08NA None NT08L1 '10 NW08HF 85 MG 800 12A NT121_1 10 NW10HF 85 MJ300. 12A NT161_1 10 NW12HF 85 MJ350 12A NT08L 10 NW16HF 85 MJ 400 .12A NT08LF 10 NW20HF 85 MJ 450 12A NT12L 10 NW25HF 85 .MJ500 NT16L 10 NW32HF 85 MJ 600 12A NT12LF 10 NW40HF. ..85 MJ 700 12A MJ 800 12A NT08HF 40 NW08HA10 None .- „• NT12HF 40 NW10HA10 None Inst.Override *Mabmum sensor plug 250 A NW12HA10 None IEC CB (kA RMS NW16HA10 None Model No. +1-10%) NMOHA10 None NS BOOb N 57 NW25HA10 None NS 1000b N _ 57 NW32HA10 None NS 1250b N 57 NW40HA10 None NS 1600b N. 57 NT08H1 None NS 2000 N 57 _ - NT10H1 None NS 2500 N 57 NT12H1 None NS 3200 N 57 NT16H1 None NS 800b H 48A NT081_1 10 NS 1000b H 48• Note: NT081­170 None NS 1600b H 48A _ - NTlOH10 None - NS 2000 H 48♦ ' Faults at Or above Instantaneous override value NT12H10 None NS 2500 H 48♦ WIII be Cleared)at 25 mseC Or less. NT161­110 None NS 3200 H 48♦ NT08HA None NS 630b N 24 NT10HA None NS 800 N 24 NT12HA None NS 1000 N 24 NT16HA. -None NS 125D N 24 NT08HA10 None NS 1600 N 24 NT10HA10 None NS 800b H 24 NT12HA10 None NS 800H 24 NT16HA10 None NS 120 H 24 NS_1250 H 24 NS1600H 24 NS 630b L 24 - NS 800 L 24 _ - - NS 1000 L - 24 - NS 1250 L 24 NS 1600 L 24 A Tolerance+/_15% Schn e er s '�d®► VEIectric Q10. _ "' CuneNt G8°65U61}0) ., _ _ ®7°os SMn°Nar eeWo'MRg�6 R°5°rvaC (q°plac°s°61]TC°di°) GENERATOR ENCLOSURE INFORMATION IGENER 4C. IIVDUSTRIAL POWER... GENERATOR ENCLOSURES 77, DESCRIPTION GENERAL POWER SYSTEMS'generator enclosures provide year-round weather protection for your power equipment::Engineered with functionality and value:in mind;the enclosure design benefits Are unique in that the enclosures utilize dimensionally matched.components for either a weather :protective configuration or a sound attenuated/acoustic configuration.With common components used between design,modification and on-site upgrades can be accomplished with:ease. :The enclosure design offers several benefits over the"standard enclosures"of other manufacturers.Generac's enclosures:have been created with the goal of maximizing the customer's product performance satisfaction while maintaining the functionality of-reducing exterior noise levels and discouraging product tampering. . Although others may.require a"premium"for a self enclosed exhaust system, rugged steel panel construction or protective polyethylene washers under all exterior panel fasteners,Generac.includes these and several other features on every enclosure configuration.Be sure to compare.Generac .Enclosures offer additional design enhancement extras that other"standard enclosures"do not. . a 1 1. GENERAC¢ I INDUSTRIAL GENERATOR ENCLOSURES Post-Free Twin Doors Heavy Gauge,Stainless Provide Large,Unobstructed Steel,Partial Pin Hinges Service Access with Nylon Spacers Durable,Corrosion-Free, Removable Doors Gasket-Free,Interconnected t` Roof Panel Joint Drip-Free, Maintenance-Free T I ' Two-Point Door Latch System Lockable Turn and Tuck Ensures Proper Seal Stainless Steel Latch Preventing Water Ingress Handle and Sound Egress , Corrosion-Free,Non- - Protruding and Secure �I�a;fit ,t} 4, s_ Dense,Closed-Cell Foam Insulation with 'k = .,,�. Reflective Silver Mylar Layer Improved Sound Attenuation Without �?of Damaging Effects From Radiant Heat "'�' Exposure GEI\IERAC" I IIV®USTRIA►L POWER .: GENERATOR ENCLOSURES FEATURES: BENEFITS: Dimensional:matching of acoustic and non-acoustic enclosure. Reduces variation in:fuel tank pricing,inventory;removes need to designs change out fuel tank or retrofit Standardized enclosure components* Ease of retrofit or upgrade to acoustic system;reduced parts ,. inventory,costs Enclosure mounted"directly to unit baseframe Simplified delivery and installation with enclosure and unitin single component design Electrostatically painted panels" Maximum protection-from weather elements 12 or 14 gauge steel based on kW rating Maximum sound attenuation,protection and product life Aluminum Enclosure optional Prevents corrosion"in coastal regions t Stainless steel door latch and hinge hardware Provides extended component life;maximum protection against rusting: Stainless steel door latch strike plate Maximum protection against enclosure paint dama9e from door I latch pin Door hinges.utilize slip-pin design Provides quick door.removal for full-unit access Polyethylene gasketing under door fringes Additional protection for enclosure paint finish Keyed door latches Protection for:equipment and personnel Large removable access doors- Ease of.maintenance .:Relocation of access doors Provides improved access to MLCB on all units Redesigned door gasketing Improved sealing quality from sound and weather elements Weather resistant aluminum roof design with drip ledge Provides optimum moisture/rain runoff from unit Cabled and_gasketetl radiator access cover Provides improved_radiator access and additional protection from weather elements " Acoustic roof panels manufactured with.mechanical retention pins Increased acoustic foam.retention within unit Polyethylene washers under all panel fasteners Additional paint finish protection from stainless steel fastener Internally fastened enclosure panels(where possible) Provides streamlined unit appearance Additional roof panel stiffener Added overall,compartment rigidity and acoustic foam panel retention Self-enclosed exhaust system Provides safe unit operation;no enclosure hot spots;streamlined unit appearance Discharge air duct has been designed with minimal fasteners Ease of removal and access to exhaust system -:Stainless steel exhaust band clamps Provides extended component life;ensures proper exhaust seal Drain holes within air ducts Enables maximum water run-off Rodent-proof,.tamper proof enclosure design Safety and security for personnel and equipment Redesigned baseframe lifting lugs .. Ease of unit relocation;prevents compartment damage from lifting straps 150mph wind kit options - Meets locally enforced wind requirements *Consult Generac Power Systems,Inc.for Installation drawings for specific configurations and dimensions. Generac Power Systems,Inc.-1 P.O Box 8 1 Waukesha,WI 53187-- — Doc No.0163180SBY ' P:(262)544-4811©2016 Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.D 02/27/18 GENERAC7 I INDUSTRIAL PONRIER . GENERATOR SET STANDARD Rhino Coat 10hino Coate >M I -s ti Generac's RhinoCoatTM finish system provides superior durability as a standard for all Generac industrial enclosures,"tanks and frames.* testing standard Generac's RhinoCoatTM finished surfaces are subjected to numerous tests:These include: • ASTM D-118.6 87..................................................................................................................2.5+MIL PAINT THICKNESS • ASTM D=3363-92a.....................................................................:.......................................ADEQUATE MATERIAL HARDNESS • ASTM D 522-B...................................................................... ..................RESISTANT TO CRACKING 'ASTM D 3359-B.................:..:.........................................:.........................................:.........EXCEPTIONAL ADHESION • ASTM 13117 D 1654...............................................................................................................RESISTANT TO SALTWATER CORROSION .6 ASTM D1735 D 1654........................:....................................................................................RESISTANT TO HUMIDITY ® ASTM 2794 93(2004)...........:.................................. ...........................EXCEPTIONAL IMPACT RESISTANCE I!b SAEJ1690-UV SPECIFICATIONS.........................................................:...:............................UV PROTECTION In addition to the testing standards above,Generac adds the following test requirements more specific to generator applications: • RESISTANT TO TYPICAL OILS • RESISTANT TO TYPICAL FUELS • RESISTANT TO TYPICAL ANTIFREEZE — • .RESISTANT TO DISTILLED WATER primary codes and. standards m - *RhinoCoat powder coat paint is durable and corrosion resistant however it is not a rust preventative.Generac pretreats all powdercoated parts to assist with resistance to corrosion. Generac Power Systems,Inca I P.O.Box 8 Waukesha,WI 53187 Part No.0180230SBY:' P:(262)544-4811 0 2015 Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.B 04/13/15 GEN ERAC7 I INDUSTRIAL LEVEL 2 ACOUSTIC ENCLOSURE SG400 21 .9E 601­12 NO-LOAD DATA, dB(A) DISTANCE: 7 METERS MICROPHONE, OCTAVE BAND CENTER FREQUENCY(Hz) LOCATION 31.5 63 125. 250 500 .1000 :2000 4000 8000.: dB(A) . FRONT 51.8 64.3 716 73.4. 76.1. . 70.4 . 64.3 '61.4 55.3 79.8 RIGHT 48.0 . 59.2 66.5 65.9 70.2 64.0 63.8 58.2 . 53.1 74.1 . REAR 51.1 58.3 65.3 66.1 67.1 62.1 58.4 51.6 44.6 - 72.0 LEFT 47.0 60.2 68.5 67.1 70.6 64.3 62.0 56.1 49.5 74.7 AVERAGE 49.5 60.5 68.0 68.1 71.0 65.2 62.1 56.8 50.6 75.1 F. i 6OHz FULL-LOAD DATA, dB(A) .:DISTANCE: 7 METERS MICROPHONE OCTAVE BAND CENTER FREQUENCY(Hz) LOCATION 31.5 . 63 125 250: 500- 1000 - ; 2000. 4000 .. _ 8000 dB(A) ' -FRONT 56.1 . 1 72.1 76:3 73:6 75.9- 70.2 64.9 61.5 . 55.7 3 RIGHT 53.2 66.2 70.1 66.2 .69.8 63.4 63.1 58.-0: 51.4' .: 2 REAR :54.3 65.2 69.1 .65.9. 66.5 . 60.9 58.1. 52.6 - 45.0 LEFT 51.1 63.4 69.3 663 70.1 64.5 62.3 58.1 50.7 .:AVERAGE .: 53.7 : 66.7 71.2 68.0 70.6 64.8 62.1 57.6 50.3 82.0 -- -- --- ------- -RIGHT 80.0 Full Load 78.0 - 76.0 FRONT REAR 74.0 No Load O 72.0 70.0 LEFT 68.0 66.0 Front Right Rear Left 1.All positions at 23 feet(7 meters)from side faces of generator set. 2.Test conducted on a 100 foot diameter asphault surface. 3.Sound pressure levels are subject to,instrumentation,installation and testing conditions. - Generac Power Systems,Inc. I P•0.Box 8 I Waukesha,WI 53187.: Part No.OK8103C:: } P:(262)544-4811 ©201.5 Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.B 05/05/15 j 1 GENERATOR SET ACCESSORIES GENERAC' l IN13USTRIAL REMOTE EMERGENCY STOP SWITCH BREAK-GLASS.'' .._ 15.51-1 108 __----- [4.25] _. --- — — -- — t� EMERGENCY n— -----�: 33.3 GENERATOR STOP" �� [1.31]'. 1 /2° .3/4."1 1 KNOCKOUT 120] ': 0 i 124. [4. ] [4 55j [2.621 72 I I - [4.9D I, 1 58' .. ( afiEal(cASSM IASEautraN 1 - - [2.281 2.2 A00.24] - 12'0 93.5 :31.75 [4.72] [3.68] : [1.25] . 63.5 57 —' [224j 114 [4.491 32 t [1.26] KNOCKOUT .57 12.241 DIMENSIONS:mm[INCHES] MANUFACTURER:PILLA ELECTRICAL PRODUCTS,INC. •.MODEL ST120SN3RSL-GLS GENERAC PART NUMBER 061120DR r SURFACE MOUNT,NEMA 3 2 REPLACEMENT GLASSES • PAINTED STEEL ENCLOSURE Generac Power Systems,Inc. ] P;0.Box 8 ] Waukesha,WI 53187,' Part-No.0192970SSD. ] P:(262)5444811 O 2015 Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.B 04121115 GEI\IERAC] INDUSTRIAL POWER . 21 LIGHT REMOTE ANNUNCIATOR AND REMOTE RELAY PANELS Model 0054660 Gray Remote Annunciator Panel without Relays. Model 0054660 Gray:Remote Relay Panel without LED's and Keypad(Relay's only) Model 0054640 Gray Remote Annunciator Panel with 8 Relays Model 0056370 Tan Flush Mount Enclosure w/o Annunciator Model 0066950 Gray Flush Mount Enclosure w/o Annunciator O O - Q, O ' �ravk RY4 s£nLr �P «Q 0a t . - w•rc� a.,r-n rww� _R� scar � - . - �.. .�_..,_e.._... ..,_�..�.k.p_.....�..�......�.��..�...._................n..s.d.cct AK+uSr6M�,3`,^.Y.n� �� 1 . �¢ Description: The remote Annunciator Panel provides remote monitoring and The specific faults can be selected using either the DIP switches annunciation of up to 18 generator parameters using LED's located located on the annunciator circuit board or through a computer via on the annunciator keypad.It also provides two system level the RS232 connection on the circuit board.All relays are energized warnings which are System Ready and,Communications OK. on power up and open during a fault condition. The Relay panel has up to 8 selectable functions on form A relays, :Communication is via a RS485 serial data link and_power is supplied and multiple relay panels can be connected for all 18 generator by the'generator battery(+12 VDC or+24 VDC) parameters. The remote Annunciator Panel complies with'NFPA 99 and NFPA 110. Environmental Specifications: Operating-Temperature ...................................................................................................................... ..........................25°C to 60°C Humidity.:..........:..........,........:.........,.......,:...............................................................................................0 to 95%Non'Condensing Power Supply ...................................Generator Battery, +12 or+24 Volts DC .................................................................................. PowerUsage....:......... .:..............................................................................................................................................6 watts typical Communication Line.......................:......................................................................RS485 fully isolated twisted pair cable with shield MaximumCable Length..........:..............................................................................:..............................................................4000 feet Relay Output..................:......:..........:.................One NO contact(Energized when annunciator is powered and no faults are present). Relay Contact Rating....:.................... .......................................:.................................................................................30 VDC, 1 amp Enclosure.Rating.,;................... .............................................................................................................................................NEMA 1 — Alarm Horn Remote Annunciator Panels Only) ...90 dB @ 10 cm INousGENERACa TRIAL POWE 21 LIGHT REMOTE ANNUNCIATOR AND REMOTE RELAY PANELS Function Color Alarm Latched Pre-Low Oil Pressure Yellow Yes.: Yes Pre-High Water Temp Yellow Yes Yes Pre Low Water Temp Yellow Yes Yes Pre-Low Fuel Yellow Yes Yes :Battery Chrg AC_Fail Yellow Yes. No Low Battery.Voltage. Yellow Yes No High Battery Voltage Yellow No No .. Not in Auto Red Yes.. No RPM Sensor Loss- Red Yes: ..Yes Overcrank. Red Yes Yes Over speed Red Yes Yes . Low Oil Pressure Red Yes Yes Hi Water Temp Red Yes : Yes Lo Water.LeJel Red Yes Yes Emergency Stop Red Yes No ' Gen Running Yellow .. No . No Gen Power(ATS) : Yellow No:. 'No Line Power(ATS) Green No No .. Systems Ready Green Yes No Communications OK Green Yes No Spare Green No No Spare Keypad Switch Can be used to implement a remote start function(Model 05464 only) 9.06 1.6 :'Surface Mount Annunciator ° The 21 Light Annunciator can mount to:a flat surface with connections through the 5.8 0.812 Dia knockout on the back surface or through 0.812 knockouts on sides as shown. 0.86 0.812 Dia. 0.812 Dia. 4.53 Both Sides 11.42 10.24 I I— 2.32 ------ — I 1.93-� Flush Mount-Annunciator . I Fourmantlng hdesfor - .. - 21UghtMmmdatu This Flush Mount 7.09 I 4amm-0.7 Female Thread I ox is 8.27 i- R0.59 I .. 6.49 the wall opening an t0 d the surfaced in _" i : I Both Sides mount annunciator mounts to the 1.nu (4)4 mm screw holes on the back - Thru I o surface.After wire connections are made the front annunciator cover is —— — -— cut Rough..: attached. Opening j_r.0.87 6.75":x 9.88" 9.64 p. Outside " l Generac Power Systems,Inc.-I P.O .Pox 8 1 Waukesha,WI 53187 Part No.0604160SSD 0:(262)544-4811©2018 Generac Power Systems,Inc.All.rights reserved.All specifications are subject to change without notice. Rev.D 4/27/18 GENERAC° I w oUSTRIAL . Wr=.R INDUSTRIAL GENE_ ET BATTERY INDEX •Warranty by Exide Corp.•Exide e-mail:tbgna@exide.com•800-782-7848 National Hot line•Dry Batteries Available" Industrial Spark-Ignited Gensets-Available Batteries Engine System Voltage Battery Quantity Generac Part# 058208(Group 24F) 077483(Group 26) 058665(Group 27F) US 1 y 061104(Group 8D) G2.4 12 1 X G5.4 12 1 X XorD XorD - G6.8; 12; 1: XorD XorD G8.0/G9.0 12 1 X or D {or la XorD G21.9 24 2 X or D G25.8 24 2 X or D G33.9. 24- 4- X t X=Battery available with electrolyte and installed in genet, D=Battery available dry and installed in genset. II Industrial Diesel Gensets-Available Batteries Generac Part# Engine System Voltage Battery Quantity 058665(Group 27F): 061119(Group 31) 061104/BT0015A00 BT0015A02 (Group 8D) (Group 8D) D2.4Generac 12: 1-. Xorb XorD D3.4 Generac 12 1 X or D X or D . D4.5 FPT 12 1 X or D D6.7_FPT 100&130kW 12 1 or 21 X or D D6.7 FPT 12 2t X or D 150&175kW - D8.7 FPT 24 2 X or D D10.3 FPT 24 2 X or D XorD D12.9 FPT 24.. 2.. XorD XorD D12.5 Perkins 24 2 X or D D15.2 Perkins 24 2 X or D D16.0 Volvo 24 2 X or X or D D18.1 Perkins 24 2 X or D D33.9 MHI 24 2 X X D37.1 MHI 24 4 X X _ D49.0 MHI 24 4 X X D65.4 MHI 24 A 4 X I X X=Battery available with electrolyte and installed in genset. D=Battery available dry and installed in genset: t=Single or dual-paralleled battery options are.available on 100&130M Single-battery option not available on 150&175kW. Part Number _ Group Number* Nominal CCA Dimensions(inches)Nominal @0°F , __47 g C 058208 .24F 525 6.75 10.63 9.00 077483 26 525 6.75 8.25: 7.75 A 8D + C 058665 27F _ 700 . : 6.75 12.50 9.00 Q 0Fi1r ?1 9"5 fr r :i3O 061104/ 8D 1155 11.00 20.80 10.00 BT0015A00 B BT0015A02 8D 1300 11.00 20.80 10.00 All batteries are 12 volt,6 cell construction,lead calcium type. + 24F 27F For 24 volt systems,batteries are wired in series. A 26 31 O+ C *BCI Group Size reference. - **Add an 11 suffix to the Generac part number for dry batteries,which are shipped without electrolyte. r Generac Power Systems,Inc.-I P.O._Box 8 1 Waukesha,WI 53187 Part No.0161970SBY ; P:(262)544-4811©2016 Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.G 11/03/17 A�..® I IN L GENER IousTRIA " BATTERY WARMER Battery warmers are designed to keep batteries warm and ensure maximum engine cranking speed in,cold-climate installations.Warming pads are thermostatically controlled,UL listed and,factory-wired. 120VAC is supplied to the warming pad junction box via power cord_plugged into a GFCI receptacle.or. hard-wired to a circuit breaker in a genset-mounted load panel(if so equipped). SPECIFICATIONS: " POWER:75W @ 120VAC CURRENT:0.625A @ 120VAC HEATING ELEMENT TYPE:WIRE-WOUND PAD MATERIAL:SILICONE RUBBER%FIBERGLASS .THERMOSTATIC CONTROL: OPEN:40F,CLOSE:20F FACTORY INSTALLED:AND WIRED: = UL:LISTED I ALL DIMENSIONS AND SPECIFICATION ARE-NOMINAL DIMENSIONS:254 X 152.4 MM(10 X 6 In) ALTERNATE DUAL BATTERY CONFIGURATION BATTERY WARMER PAD .. . . O JUNCTION BOX - TYPICAL 12V SYSTEM TYPICAL 24V SYSTEM Generac Power Systems,Inc. I P:O.Box B I-Waukesha,WI 531 B7 Part No.0197620SSI):: ' P:(262)544-4811 ©2015 Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.B 03/19/15 - �Ii1DUSTRIA GENERAL I L " ROWER -ELECTRONIC GOVERNOR . Spark-Ignited Engines 3s _. Generac's electronic isochronous governor system is standard on Spark-Ignited 25-450 kW gensets utilizing Generac's Digital Control Platforms. Regulation.................:...... Isochronous • Steady State Regulation.........±0.25%:. •..Factory installed and adjusted Fully adjustable .. t Quiet-Test"' low-speed,exercise capability • Fastresponse •. High reliability No maintenance required t` i ACTUATOR DESCRIPTION: .: Die cast enclosure housing the throttle plate and the gear-driveh rotary actuator.The interior components are sealed.against dust, dirt and moisture.The gear drive is directly connected to the throttle plate. Safety spring- return to a closed position upon loss of.power. DESIGN....:................. ................. ...............:...................Bosch TYPE.......:...........:............................................................:Motor-Driven Throttle Plate OPERATING VOLTAGE......... ........... RESPONSE TIME..............:..............................................<100 msec. . OPERATING TEMPERATURE RANGE....... ...... ..............:...-40°Fto 284°F OUTPUT.....,......................................................................Rotary (internal -no linkage) CONTROLLER DESCRIPTION: Governor driver module located in the generator control panel. Sealed unit with waterproof connections. Feedback circuit from the actuator for throttle plate position. Generac software-controlled speed governing,fully adjustable. The Generac electronic governor system applies to all spark-ignited gensets with Generac's Digital Control Platforms. Generac Power Systems,Inc.I P.O Box 8 1 Waukesha,WI 53187 Part No.O6O44OOSSD. P:(262)544-4811©2O17-Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.G 11/13/18 } AC] 1 - GEIVER INDUSTRIAL $2 13WER COOLANT HEATER,OPTION 2500 WATT, 24011 C@SPECIFICATIONS c �. Us 163 •-HOTSTART®HQTFLOW'm CTM25210 N00 LISTED [6.40] ".;WATTS:2500 • VOLTAGE:24OVAC,SINGLE PHASE FIXED THERMOSTAT.100/1200 F : INLET FLOW RATE:3.5 GPM'@ 3 PSI • ;UL/C-US LISTED 255 [190.001 O CORD LENGTH:1220[48.00] © C► ® O 0 160... a [6.30] - 0 0 o a DIMENSIONS:mm[INCHES] . 6enerac Power Systems,Inc. I P:0.Box 8 1 Waukesha,WI 53187:: Part No.OK5958 P:(262)544-4811 O 2015 6enerac,Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.8 04114115 I GENERAC® INDUSTRIAL PO WEER AC/DC LED LIGHT KITS FOR ENCLOSED GENERATORS Description 6"Oval 15W Heavy Duty.High Powered LED Work Light Specifications . • Beam Angle:45 Degree • LED Color:Cool White • LED Type:Epistar • Light Output:780 Lumens • ROHS Compliant. Power Consumption 11.61 Watts • Operating Voltage 9--32VDC • Color Temp 6000 K • Color Rendering Index:69 • IP rating:Waterproof IP68 • Construction:aluminum,black finish Beam pattern:flood • Oil and Weather Resistant Wiring • Sealed Connectors • Adjustable Mount Angles - __ t , 71.5(2.82) 66(2.60) 145 (5.71) oll 46(1.81) 0 0000 Dimensions:mm(inches) . - IGENERAC� INDUSTRIAL AC/DC LED LIGHT KITS FOR ENCLOSED GENERATORS Typical Light Assembly,and Switch Locations - Top View .. A-D Group Enclosures Light Assemblies - iesel 2 4L-6 7 Gas: .5.4L-9.0L n Side View ® ®®� Eil a ®® WW® Top View - - SOE-H Group Enclosures • 4 Light Assemblies Diesel:8.7L-'-18.1 L Gas:14.2L-25.8E FIR EREI. : ®e� �� ®� RIAM Side View �� ®��� ��� pas N MOB eases Legend Light Assembly ® Power Supply Box &:S Sw itch GENERAL" IN�US USTF3IA AC/DC LED LIGHT KITS FOR" ENCLOSED GENERATORS POWER SUPPLY NOTES _ AC INPUT:1000-240VAC @ 1.2A @50-60HZ - _ - LINE-TO-NEUTRAL OR UNE-TO-LLVE-_ _ DC OUTPUT.12VDC 25A(60W) LEGEND .. .. .. .. _ ACL AC LINE#1(PS AC INPUT) - ACR AC LINE#21NEUTRAL(PS AC INPUT) BATT_ BATTERY(+12VOC) "' D_ DIODE(BACKFEED PROTECTION) - I +VDC POWER SUPPLYPROTECTION F_ FUSE 5 A FUSE (IND " ACGROUNO - I OL1406-SERIES u - ACHOTLEAD(LL&L-N@10) LED POWER SUPPLY "- L2 AC HOT LEAD#2(L-L&L-N 010) - BOX I. .- LED_ LED LIGHT N AC NEUTRAL I .. .. F1 .. .. .. I - _ PS_' POWERSUPPLY... _ PSV_ POWER SUPPLY OC VOLTAGE" SW1 . SW_ SWITCH. _ .. • TB_ TERMINAL BLOCK Psi �1 0 O D1 . .O .. _ BATT+ .. - I PSV. a .. .. a a PSV+ ... LED 1+ + SW. O LED#1. _ LED 2+ a a 9, 1' LED 1 PSV .. LED2- �l i 12, BATT- SPARE' ® � .. TO-,-- D i ACLL L, I •4 °�� .. I." C�}1 Np,� ACL 11 AN!tlV' ryp p ACN . 'L1 ND GND ACN .AC IN LED#2 I O a L — — — — — — +12VDC INPUT ACV�LTAZ�EINPOT DIRECT FROM BATTERY TO LOAD-CENTER OR TB4 rr Ru"6AMP Fuse VOLTAGE RANGE(@50/60Hz) (100 TO 240VAC @1.2A) Generac Power Systems,Inc. P.O.Box 8 Waukesha,WI 53187 Part No.OL6697 P:(262)W-011©2016 Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.B 9/09/16 r GENERATOR SET DRAWINGS:- 4 3 SH 1/1 REV C WINDCHILLVERSION C.1 1 ... .. 763 130.01 TYP ... _ _ ... ,. 0763 ... ... ... ., .... .. DOOR SWING�r .. DOOR SWING DISCHARGE Al .. . RADIATOR&EXHAUST \ - FOR ALL STUB UP,WEIGHT,AND COG DETAILS,SEE -. ... . .... . NIT .. Ir ,, CORRESPONDING OPEN SET DRAWING PER U CONFIGURATION. B B AIR INTAKE(BOTH SIDES)... — - 5268' [207.4] OVERALLLENGTH RADIATORIEXHAUST DISCHA GE AIR $952 [155.6 AIR INTAKE E93 RAL -' OV L.WIDTH ® �I AIR INTAKE AIR INTAKE :. :. .. am 2544 2650 [104.31 ..OVERALL 11. [100.11 HEIGHT i :DIM Y_ COG .294 [11.6] A �—DIM X DIM Z COG COG RAC . 1323 [52.1 3923 [154.4] 1679 [66,1 GENE - •� � TITLE _ DRAWING CREATED FROM PROIENGINEER - DIMENSIONS ARE IN MILLIMETERS[INCHES] L2A ENCLOSURE G21.9L 3D FILE.ECO MODIFICATION TO BE _ APPLIED TO SOLID MODEL ONLY. ... .:. '. ... ... :. :. .:. 6OHZ;SGIMG 350,400,450,PGIWG 315,360,405' 50HZ:SG/MG280,320,360,PGIWG252,288;324 - - PawEn srP-11M INE GDPVYIDNi ZE 1M90cAVNlI ... NHKMI9WVPtIIDINC FiDENCE�IN YVSi NDi PE 41EDi0N urc PUdoSEOi,FY iwllpi Wap rt198UwYlED WfMUE ��°�"Enre�morwsE�p�P°FU ersiExa ISS DATE: 04104/14 . . ..., .. .. .... _ ... _ ..... O DWG NO SIZE CANIA D OKIS REV EIECINSIDE L=HLLOVED 'B N/A C IN910E YdN0CHILL SCALE 0,025 'WT-KG SHEET 1'Of1 4 3 r . I L GENERAL° �USTRIe4 GAS SUPPLY CHECK LIST o Gas Service;Meter & Serving Utility o Available on site reliable o Rated for the combined loading of.the facility and the generator(total BTU): o Maintains generator,minimum pressure requirements while under maximum loading ❑ Step Down Pressure Regulators o. Selected for the pressure&flow needs of the.generator o Direct acting type with good dynamic response (no significant time lags in regulation) o Selected for minimum-no-load to-full load pressure droop (< 1.-2" w.c desired) o Located near the enerator. allows the Ion piping runs to be-at hi her; ressure 9 ( 9 P�P 9 9 p . ) o Located at least 10' away from generator connection (avoids regulator oscillations) o Dedicated to a single:generator:(increases system reliability) 1`. ❑ Piping .: o Sized large enough to minimize pressure drops to acceptable levels under full gas flow o Minimize the number of elbows to avoid unwanted pressure drops :. o Ensure entire gas supply system maintains acceptable generator pressure under full gas flow conditions o Should be connected to gederator.with'a flexible connection o Should include aArip'leg (sediment trap) ❑ LP:. . o. LP tank's boil off rate (BTU capacity) needs to support rated BTU at minimum ambient.- 9 LP liquid withdrawal systems should be considered: cold ambients,.small tanks, large generators o LP liquid systems require pressure,rated piping and vaporization outside a building ❑ Generac Design Resources o "Installation Guidelines for Stationary Industrial Generators" manual'046622.(0etailed information) ;. o "Power Design Pro" software--mechanical design tab (gas piping pressure drop calculator) ❑ National Codes &Standards . ..o NFPA 37."Installation:and use of.Stationary Combustion Engines" o NFPA 54 "National Fuel Gas Code" o NFPA 58 "LP Gas Code" i Generac Power Systems,Inc.-I P.O,Box 8 1 Waukesha,WI 53187- No, -Part 10000002132 I P:(262)544-4811©2016 Generac Power Systems,Inc.All rights reserved.All specifications are subject to change without notice. Rev.A 03/15/16 . N1.CO 1.CONTROL PANEL. (OPTIONAL BATTERY CHARGER INSIDE). 2..COON, TI GFCI 5.250V, ON OUTLET.(OPTIONAL), EXHAUST CUTLET ( 3.CONNECTION POINTS FOR CONTROL WIRES PROVIDED IN THE LOW - 2 PLACES). ALT"AIR OUT VOLTAGE CONNECTION BOX(USE LOW VOLTAGE STUD-UP AREA). (NOTE 7) (BOTH SIDES) 4. BATTERY(24 VOLT NEGATIVE GROUND SYSTEM). 5.MAIN*LINE CIRCUIT BREAKER (MLCB),AC LOAD LEADS. (DIMENSIONS MAY VARY DUE.TO UNIT CONFIGURATION) ... .. ... 6.CENTER OF GRAVITY AND WEIGHT MAY CHANGE DUE TO UNIT OPTIONS.• 7.ENGINE SERVICE CONNECTIONS- " INLET NATURAL GAS 2' NPT FEMALE COUPLING(STAND OPT),3'NPT,FEMALE COUPLING(LOW FUEL PRESSURE OPT) ..:. INLET DIESEL =,N/A ,.. ,.,.. .. .. .. 'RETURN DIESEL=N/A ' OIL DRAIN- 1/2'NPT FEMALE COUPLING RADIATOR DRAIN= 1/2'NPT FEMALE COUPLING FLEX:PIPE OUTLET-= 3,5' O.D. _ EXHAUST OUTLET ='5' O.D. ..... SEE GENERATOR SIZING GUIDE FOR FUEL PIPE SIZING TO SUIT APPLICATION..... B.AUXILARY AC CONNECTION FOR UNIT OPTIONS ARE LOCATED IN HIGH VOLTAGE 1532 1M31 CONNECTION BOX,UNLESS AN OPTIONAL LOAD CENTER IS INSTALLED. FLEX PIPE RH • 9.EXHAUST PIPES MAY BE ROTATED TO ALLOW MUFFLER TO POINT OUT TO THE RIGHT OR LEFT SIDE OF GENERATOR. '(MAY NOT APPLY'TO ALL UNITS) - 10.GENERATOR SET MUST BE'INSTALLED SUCH THAT FRESH COOLING AIR IS - AVAILABLE AND DISCHARGE AIR FRDM THE RADIATOR IS NOT RECIRCULATED. 11. BOTTOM OF GENERATOR SET MUST BE ENCLOSED TO PREVENT PEST INTRUSION AND RECIRCULATION OF DISCHARGE AIR AND/OR IMPROPER COOLING AIR FLOW. 12.INSTALL EXHAUST BLANKETS ALONG THIS LINE.' 13.CONNECT THE OPEN SET EXHAUST PER NFPA 37 - - 14•BLANKETS SHOULD NOT COVER OXYGEN SENSOR. .15.:OXYGEN SENSOR MUST BE MOUNTED BETWEEN ENGINE OUTLET AND SILENCER INLET AS SHOWN. IF•ELBOW IS REQUIRE➢,ONLY SINGLE ELBOV MAY NOTE 4 ...BE USED. INLET,AS .. .. ... .. ..... .. :. .. ..... .. 259•1102 I .. 16.CATALIZED SILENCER(FOR EPA UNITS) MUST BE MOUNTED IN DESCRIBED POSITION, FLEX PIPE LH FAILING TO FOLLOW THESE INSTRUCTIONS WHEN INSTALLING A CERTIFIED ENGINE IN A PIECE OF STATIONARY'EOUIPMENT VIOLATES FEDERAL LAW 40 CFR 1068.105(b)," SUBJECT-TO FINES OR PENALTIES AS DESCRIBED IN THE CLEAN AIR ACT. m 2259 189H1 17.BOLTS OR STUDS USED TO MOUNT UNIT TO PAD SHALL.BE 5/8 - 11 GRADE 5. FLEX PIPE RH(NOTE 7) ADDITIONAL NOTES, FOR WEIGHT AND CENTER OF GRAVITY_DATA SEE NOTE 6,AND SHEET 3. , ... .: .1 FL (NOTE NOTE 6 EX PIPE LH N TE 7) 1562t3D5 1615 tl2] . ' � �(NOTE 214 18.41 1375 (54.11 SECONDARY "' AIR DUCT AIR DUCT ° ELBOV.INCLUDED IN HIGH VOLTAGE fN(liE 10) (NOTE IW EXHAUST KIT(NOTE 7,9) CONNECTION,BOX 94±51 (OPTIONAL) - 03±221 NOTE I 02 SENSOR LOW VOLTAGE 1434 156.5 ' (NOTE IS) CONNECTION BOX CONNECTION BOX o (NOTE 3) HEIGHT HIGH VOLTAGE 15D2 159.11 1 ( •® :((NOTEE8)[ON BOX J EXHAUST 1171 (46.11 .. 1716 167,61 ® ICI ors GHT HEIGHT" A(NO MITE T HE) 1 OVERALL w, O .or MVE NUT140.71 . i E ... .. DIM Y .. ,. : ... .. .LOW3VOLTAGE COG 1 1 —_ CONN BOX NOTE 6 SHEET 3 Jv LOAD"CENTER FUEL INLET:..: LG' S T LON T 2) (OPTIONAL) BI 14.6 I. 306 I IZD. tRA OUTLET (NOTE 7) AIR DUCT 70 12D0 IFTING EYE (NOTE 10) NOTEET 3 TYP (4 PLACES) 2281 1B9AITYP 739 12911 - TYP .. .. 051 X 80 SLOT DIM X ►{ 1679 16611 1532 160.31 COG OIL DRAIN GENER®P C NOTE 6,SHEET 3 IBD3 17L01 (NOTE I (� 1� 9�/�daD 3923 1154.4 C. OVERALL WIDTH OVERALL LENGTH " ITLE DIMENSIONS ARE IN MILLIMETERS[INCHES] D FILE. MODIFICATION BE : •208V 8 240V,STANDARD AND UPSIZED ALTERNATOR.... _ - 350;a PEN SET G213L PPCIED TOO SOLID'MODEL ONLY. 400,SG450,PG315,PG360,PG405 ' ' 40OV, 480V& 6DOV'UPSIZED ALTERNATOR 60HZ SG' 50HZI SG280,SG320,SG360,PG252,PG288,PG324 h=PDWFA SYSTEMS VW THE(10RYRI6IT 6 7813 DRAWIM - MN IS L44'LIED IN CONNDEN:E AND MUST NIT K USED M ' RL TF SS VR TTEN CM TLff EMAM FVVEE IS R Sysim SSUE DATE: 5/24/18 - . RAC PDVCR SYSTEMS 2m3 SIZE I CAGE NO WG NO REV 'ELECTRONICALLY APPROVED B N/A. • 1000003.7143 A; INSIDE VINDCHILL' CALF .0.030 T=KG SHEET -1.OF"3 4:. 3 H 2/3RE Al1 V A VERSION RECOMMENDED ELECTRICAL STUB-UP HIGH VOLTAGE STUB-UP) C LOAD LEAD CONDUIT FOR ERMANENT MAGNET EXCITATION ONNECTION BOX LOW VOLTAGE STUB-UP) 3725 1146.71 TYP... 2980'1117.31 TYP ' 119 . 2235.f6601TYP . 46 0 I1811 303 I I 1490'f 5B.71 TYP ���1I1I1I TYP. .. TYP B 99 13.91-1 745 129.31 TYP — I 600A Breaker This side TYP ..• 0 0. ... o 06.:1@A1 TYP • 200 F7.91 TYP O O SECONDARY CB.CONNECTION BOX OPENING (OPTIONAL) O ° 1600A Breaker This Side 1791 HI 1630 164.21 OVERALL WIDTH TYP 122.71 r,W/ PRIMARY HIGH VOLTAGE STUB-UP AREA O O GLAND PLATE O O 215 165 .. 1 479 1491.. TYP.. 95 13 016.7 L661 LOV VOLTAGE STUB-uP � 129 1511 MOUNTING HOLES 699 127.51 71 AREA SURFACE MOUNTED. OPEN AREATYP (12 PLACES); '- :- . (SEE NOTE.3) FOR.STUB-UP (SEE NOTE 17)..._ 420 I l6S l 1119 144,0 1 A 3923•1154A I OVERALL LENGTH ^^CCpps� AC TITLE D FILE, ECO,MODIFICATIDN;TO BE DIMENSIONS MILLIMETERS STUB-UP. VIEW .:. M [INCHES) PPLIED TO SOLID:MODEL ONLY.. "GOHZI SG350,SG400,SG450,PG315,PG360,PG405 50HZ: SG280 SG320 SG360,P G252 PG288,PG324 KaN:IWEIZ MID.I;I U[ISPRIDII T tm my1m .. ... '. IS SIWLRO.IM Ulil�lC[MO MIST.Mli!¢YSLO ilW ' AWpiC OT[a INM1N ilia YIUCN li R 3lPRR0 VIMRII .. Nc U6'aESS MTIO Cmma 7 cCrcxx Mlv[a srsrzxz, SSUE DATES 5/24/18 ' aAC VaY[R fY31D15 20U E G ELECTRDNICl�LLY APPRW D `.;.. $IBZE CAN1ANO W ND 10 0 0 0 0 3 7:14 3 RA .INSIDE VINGCHILL CALE; �0,060 '7-KG §HEEf "2 of 3 . . OPEN SET CENTER.OF GRAVITY CENTER OF GRAVITY CENTER OF GRAVITY NOTE: MODEL VOLTAGE WEIGHT CENTER OF GRAVITY:AND WEIGHT MAY CHANGE' DUE TO UNIT-OPTIONS, ��OIM.X �� DIM Y � � DIM Z � '."' ..'. 409V, 480V & 600V 3,312 kg[7,300 Ibs] 198E [78.31 667 126.33 837 (33.01 -SG 350/400, PG 315/360 208V.& 240V 3,567 kg.[7,B64 lbs) 400V,480V & 600V UPSIZED 3,667 kg[8,084 Ibs] 1915 [75.47 662 [26.01 837 133.03 --SG-dM j?'Puil coat too 'ALT. SG 350/400, PG 315/36D AL 208V & 240V UPSIZED L 9 s g sLJ:I.UJ " STD ENCLOSURE, STEEL F STD ENCLOSURE-, ALUMINUM CENTER-OF GRAVITY CENTER OF GRAVITY CENTER OF GRAVITY CENTER OF GRAVITY CENTER.OF.GRAVITY CENTER OF GRAVITY MODEL VOLTAGE WEIGHT DIM X DIM Y DIM Z WEIGHT DIM 'X'. DIM 'Y' 'DIM 'Z'Su/mu:35U74Uu,-FG7WG-- _ 400V, 480V & 600V 4,305 kg 19,490 lbs]" 2243[88.31 803 [31.61 837 [33.01 3,812 kg 18,404 Ibs] 2160[85.01 746 [29.4] 837 133.07 .:' ... 208V & 240V 9 s Ubb 9 LUtVbtS 113SJ . 400V, 480V & 600V UPSIZED q,660 k9 []0,274 lbs] 2174 [65.6] 792 [31.2] 638 C33.07 4,167 kg [9,187 Ibs] 2086 182.11 737 [29.01 837 [33.01 ALT. g s • 208V & 240V.UPSIZED ALL 49.,14b 9 s ' g WSJ . kg 51 L1A ENCLOSURE, STEEL L1A ENCLOSURE, ALUMINUM MODEL CENTER OF GRAVITY. CENTER OF GRAVITY CENTER OF GRAVITY CENTER OF GRAVITY CENTER OF GRAVITY CENTER OF GRAVITY .. VOLTAGE- WEIGHT-.< DIM X % DIM Y .DIM Z' .WEIGHT DIM 'X' DIM'Y. DIM 'Z 400V, 480V & 600V 4,762 kg(10,498 lbs] 2054 100.31 834 [32.81 841 [33.1] 4,008 kg[8,836 Ibs] 2066 [B1.3] 766 [30.2] 839 [33.0] 206V & 240V g s 9 s .. 400V, 480V.&600V UPSIZED 5,117 kg I11,281 Ib5] .2002 [78.81 823[32.41 841 [33,11 4,363 kg [9,618 lbs] 2024 [79.71 756 [29.71 839 133.01 CictcuoALT. g 0AMI tUs-T--7-12132T77973- . 206V & 240V UPSIZED ACT. 9 s g s gLII,4/u­TI5_srl- I L2A ENCL r7T2A TNCLOSURE, ALUMINUM CENTER OF".GRAVITY CENTER OF GRAVITY CENTER OF GRAVITY CENTER OF GRAVITY CENTER OF,GRAVITY CENTER OF GRAVITY' 'MODEL VOLTAGE WEIGHT - DIM X DIM Y DIM Z "WEIGHT DIM 'X' DIM'Y' DIM 'Z' 400V, 480V & 600V 4,915 kg 110,836 lbs] 2237 [88.1] 1247.[49.11 837 [33.01 4,074 kg [8,982 Ibs] 2171 [85.5] 1016 [40.01 837 [33.0] .. 208V & 240V 9 s 9 L9,blib tbsJ 400V, 480V & 600V UPSIZED 1' 4,429,kg[9,764 Ibs] 2109 [83.01_ 994 [39.11 637 [33.0] '" ALT. 5,270 kg CI1,616 lbs] .2168 [86.1] .1222 [48.17 : 837 [33.07. . ..... .. .. .. 'g s . . 208V & 240V UPSIZED ACT. 9 s g s 9 s GENERAC ITLE D FILE. ECO MODIFICATION TO BE WEIGHT & CENTER OF PPLIED TO SOLID'MODEL ONLY.' "' 400,SG450,PG3 5RPG360,PG405 60HZ� SG350;SG 50HZ: SG280,SG320,SG360,PG252,PG286,PG324 NCRAC PDMEM SYSTEMS DIM 11C COPtCW 6 THR DRAWIM ... : .. CM IS SUPPLIED w CDM'IDOCE AND MUST NUI DE USED RD MMIME E DS MrlMs7C M54R ff IrfrgenE PPMER S'sTcm SSUE DATE+, 5/24/18 "" CICRAC POWt S151EM5 20L] NIC SIZE CAGE NO WG NO REV .. 'ELECINSIDE WLY:APPROVED B N/A 710 0 0 0 0 3 714 3 A tusm�.vtMDCHDL CALF 0.030 dT-KG SHEET 3 of 3 CONTROL. WIRE DIAGRAM CUSTOMER CONNECTIONS GROUP G I ALTERNATOR WIRING FOR STANDARD MLCB MAIN TERMINALS MLCB I I STATOR T1 L1 K CT1 L /i\ I �i Ll T2 L2 k I :K CT2 L i i \ j L2 T3_ L3 k K CT3':LL. _ I gA&IL3 + k I t 1 PME FIELD sr 00 I. .. t 00 J �z I CUSTOMER ,I m AC2 I CONTACTS (. I F$ 1A oo I I OPTIONAL O `—fir S1A BS10 `———— I I ro rn m m ro rn F7 1A 'S2A M r°'i F$ 1A I STANDARD MLCB OPERATION NOTES." I I I BS2 S3A I SHUNT TRIP — (OPTIONAL) MLCB TRIPPED I I WHEN POWER IS APPLIED. i — —SOP-n NAR TIONJ AUXILIARY CONTACT 0 CHANGES STATE WITH CB OPE . : NOIES: . 1) WIRE# 0 IS CHASSIS GROUND (BATTERY-) I UNLESS NOTED OTHERWISE. I 2) WIRE# 218 IS UNFUSED +24VDC (BATTERY+): 3) WIRE# 219 IS FUSED +24VDC POWER WHEN ENGINE IS CRANKING OR RUNNING. I 4) WIRE# 220 IS FUSED +24VDC POWER WHEN E—STOP IS 1M ACTIVATED. I .5) WIRE# 220A IS FUSED +24VDC'POWER FOR I .- GENERAL USE. - 6) WIRE# 220C IS FUSED +24VDC POWER:FOR THE I MOTORIZED CIRCUIT BREAKER AND AVR. I 7) WIRE# 220D IS FUSED +24VDC.POWER FOR BASE STATION AND FUEL SOLENOID RELAYS. 8) WIRE# 220E IS FUSED.+24VDC POWER CONTROLLED BY BASE STATION FOR SHUT DOWN ALARM. 9) WIRE# 226F IS FUSED +24VDC POWER TO BASE STATION WITH POLARITY PROTECTION. 10)'WIRE# 13 IS UNFUSED +12VDG FROM THE I BATTERY CENTER TAP. . I " 11) WIRE# 14 IS FUSED +12VDC WHEN ENGINE I i IS CRANKING OR RUNNING. I 12) WIRE# 15 IS FUSED +12VDCc I I I I LEGEND: I 00 NEUTRAL D1 .— DIODE OS — OXYGEN SENSOR I AC_ AVR CONNECTOR DB .- DIODE BRIDGE OTS - OIL'TEMPERATURE SENDER AFS AIR/FUEL SOLENOID DIS - POWERZONE DISPLAY PME - PERMANENT MAGNET EXCITER AH1 - ALARM HORN ES1. - EMERGENCY STOP SWITCH RI - RESISTOR ALT = DC CHARGE ALTERNATOR F_ - FUSE BLOCK RB_ - RELAY BOARD AUX-- AUXILIARY CONTACT F.S_ - FUEL SOLENOID RB-A- RELAY BOARD CONNECTOR I AVR - AUTOMATIC.VOLTAGE REGULATOR GA1 - GOVERNOR ACTUATOR RCC RELAY CLOSE COIL , I BAT - BATTERY. : GC_ - GOVERNOR CONNECTION ROB - RELAY OPEN BREAKER I BC_ — BATTERY CHARGER CONNECTOR (20A) GOV — GOVERNOR MODULE RUR —RELAY UNDERVOLTAGE RELEASE BCC' — BATTERY'CHARGER CONNECTOR (10A)" GFCI — GROUND FAULT CURRENT INTERRUPT SC —'START CONTACTOR BCH — BATTERY CHARGER GND — GROUND BAR CONNECTION SM = STARTER MOTOR BS - POWER ZONE BASE STATION IC_- — IGNITION COIL SW1 — OFF/AUTO/MANUAL SWITCH I BS_ — BASE STATION CONNECTOR ICM — IGNITION CONTROL MODULE WLS := COOLANT LEVEL SENDER I CB — CIRCUIT BREAKER LFP — LOW FUEL PRESSURE SWITCH -wTS1 — COOLANT TEMPERATURE SENDER CC CLOSE COIL MLCB— MAIN LINE'CIRCUIT BREAKER XMFR1 TRANSFORMER CON_ CONTACTOR MPU1— MAGNETIC PICKUP FLYWHEEL) CT ' — CURRENT TRANSFORMER' MPU2— MAGNETIC:PICKUP CAMSHAFT)' CVH= CRANKCASE VENT HEATER OPS — OIL PRESSURE SENDER I I I LPAGE 1 OF 10 -----J SCHEMATIC-DIAGRAM REVISION:CN-00I6135-B . G21:9L G30 MPS POWER ZONE DATE:5/9/18 PAGE I OF 16. DRAWING#:10000022920 ..GROUP G , ---- - ------------------ MLCB CON WIRING FOR MLCB&CONTACTOR. I "ll"N MLCB ER& CON OPATION NOTES. I L1 i , i .E1 ST — SHUNT.TRIP, OPENS MLCB WHEN RB2—K2 DROPS OUT. I. I ' i TC — TRIP COIL, OPENS CONTACTOR WHEN RB4—K3 IS I ' ENERGIZED. I L2 E2 CC ==CLOSE COIL, CLOSES CONTACTOR WHEN RCC IS ..::PULSED..(PULSING PREVENTS COIL FROM.OVERHEATING) AUX1 — SIGNALS CONTACTOR OPEN OR CLOSED'STATUS. L3 ' ' I E3 PULLING FB4.TO WIRE 220C WALL DISABLE MLCB & CONTACTOR FUNCTIONS. ST TC AUXl _WIRING NOTE__ I CONNECTIONS SHOWN ARE FOR 480V I OPERATION. " -— 208V CONNECTION 00 00 REMOVE WARE: I. (NOTE 1)'0 0" [00] FROM CC—A2 TO NEUTRAL ADD:WIRE: r r r r I , M �[FS21,FROM ALT-80.TO CC—A2. :F9l 1 A T'oA 600V CONNECTIONm '° I .Nm.. Fll T2ABS70 MVE WARES: Nm m F1 .1A "I[00] FROM'CC—A2 TO NEUTRAL I I v T3A [S1] FROM ALT—AO TO RCC-7.. ' SEE ADD WIRES: FOR 2 8V& 600V I[X2]'FROM XMFR1=X2 TO CC—A2: I' I CONNECTIONI[S1 FROM'ALT—AO TO XMFR1—S1. I I ' ] I e 4 CHANGES.�t. I[S2] FROM ALT—BO TO XMFR1—S2: I I. s' T 1 I[X1] FROM XMFR1—X1 TO'RCC-7.- I a e A SIXMFRiX1 — CC I — S1 ACT A0 BUS MLC — 4-- - R —7 I I (NOTE.1) 0 e C 23A (RB4-10) I 600V 240V I MLCB—B0---S2 X2 --CC—A2 LI I MLCB .. I I WIRING FOR MOTORIZED MLCB I MOT�IZEDMLCB OPERATION NOTES NOBS. ST — SHUNT TRIP, OPENS.MLCB WHENRB2—K2 DROPS OUT.I L1 ... i E1 I SR SPRI Ep RELEASE, CLOSES MLCB WHEN RB4—K4 IS :PULSI i: M . CHARGING MOTOR, CHARGES MLCB CLOSING SPRING ..:'I I ' -AUTOMATICALLY AS LONG AS GENERATOR IS RUNNING. I UR — UNDERVOLTAGE RELEASE, OPENS MLCB WHEN.ENGINE L3 ... E3 SIGNAL I ENERGIZED. 'RUN S GN L S LOST OR WHEN ROB IS AUXi AUX1.- SIGNALS MLCB OPEN OR CLOSED STATUS UR ST SR PULLING FB4.TO WARE 220C WILL:DISABLE MLCB FUNCTIONS.-:I I - I QQ mm mm' mm m m l D. -(NOTE 1) o WIRING NOTE r OR m_ OPERATION SHOWN ARE'F r r r 480V N N N �T00 —.—.---�----- I .-. 1 .. F9 -1A ONNECTION 28V umi F10 1A T1A BS10 REMOVE WIRE: - N v.' i m Fl 1A T2A I[00] FROM MLCB B-15 TO'NEUTRAL I I m m " ' T3A ADD WIRE: I ILT 80 TO MLCB B H[fS2] FROM A 15. ------------ ----St-ALT AO BUS 600V CONNECTION OVE VA I N 366A RB4-7) FOR 2 Sy & 600V " 1 0 FROM MLCB B-15 TO NEUTRAL. -I I 220C (NOTE'6)' CONNECTION [ ] FROM ALT AO.TO MLCB B-14. s1 366E 219 (NOTE:3) CHANGES.** ADD WIRES; I [X2] FROM XMFR1—X2 TO.MLCB 8-15." I m n a t- 1 to a 1 1.1 I[S1] FROM ALT—A0 TO XMFR1—S1.rb [S2]-FROM ALT-80:TO XMFR1—S2.�'_ f-----+-- u I[X1] FROM XMFR1—XI TO MLCB B-14. I I XMFRi" I19.1MLCB—A@ --S1 X1 ---MLCB B-14 12 11 14 4'12 11 14 -_ 6 II V i .I O (NO ') I OOV 240 I. LCB—B, --S2 X2-- MLCB B-15 :I I " '. I L—_—_— ---- ---PAGE 2:OF-- OJ SCHEMATIC-DIAGRAM- REVISION:CN-0016135=B .. : G21.9L G30 MPS POWER ZONE DATE:519/18 PAGE 2 OF 10, DRAWING#:10000022920 ------------ - -------- GROUP G. ". . I---- . =---------------------- I I (NOTE'1) 000 ] aZ (BS5) 183--0 183 J I r I 390 El 04 it -0+ �n to I L2 E2 r BSi 391 Q GND l u1i 2 I I [SHLO. SHLD J I L3 Q E3 o MPS BACKUP I Z 813—0 MO ACTIVEDE CONNECTING TO aw a I I BS3 814—o DEAD Bus J I GFCI OPTION CT4 815 CONNECTED TO m w I 00 I K L ' 00 BUS IN BACKUP a k 1 I INHIBIT DEAD GROUNDED NEUTRAL (BS5) 816—o . CT4 BUS CONNECT.- I K L - GND(IF SO EQUIPPED) I I.' (NOTE 5) 220A=-0+24 VDC776 I r -CF k I BS2 1398N-Cf=WHT I r —o+ ;� 1 O 399NBLK BS6 All S LAllR rat J� J Z_ �_ U. I I I CT4 IS FOR GFCI. IT MAY BE.. I: w Ld I LOCATED CT4 IS FOR I GFCI. DIt—�DI1 Z IIT MAY BE LOCATED ON NEUTRAL' 0 COM as Z 'I LEAD DR GROUND LEAD q DI2 DI2_ gI 0 I DEPENDING.ON CUSTOMER.: 0 COM REQUIREMENTS_---- - BS 5 ''''IDI3 DI 3 O COMJ i O. I RB3cn = . NO N "-�OC20 (BS3).. DIO COM] .a U NC c U X K1 (NOTE 3) 219 ENGINE RUNNING I COM a -� 220A (NOTE 5) SUPPRESSION DIODE 7277 = a NO L K2 o. j NC OC21 (BS3) I a COM N NO "-S OC22 (BS3) a a M Ll a jNC a .. K3 -----------�?L2 I a COM a "-4 220A (NOTE 5) ' GND o I F� I d.[NO �-- K4xNC�� "-°OC23 (BS3)OM 12 GM �. .. SAM AMSTOR NNN I RUN RELAY NC1 y I I BLOCK HEATER W/GFCI I I STATOR CAN HEATER I I rw COMI 1-win I I I <o i o—N01 0¢ & STANDARD USCANADAONLY -----� I I zo= NC2 j 0 I I BATTERY WARMER c�c� COM2 NO2 a c� I I" I (NOTE 1) 0 219 (NOTE 3)K1 I I Us&CANADAONLY I I I I I OPTIONAL OIL HEATER I US&CANADA ON GFCI LY I I I US&CANADA ONLY I :. 240V RECEPTACLE I I I _OPTIONAL . it PAGE 3 OF 10 L—=-------=--=----------=----------------------------- ---------J SCH EMATIC-DIAGRAM REVISION:CN-00I6135=131 . G21.9L G30 MPS POWER ZONE DATE:5/9/18 PAGE 3 OF 10 DRAWING#: 10000022920 GROUP G ------------------------------------------------------- - -- I I RB4 RB2 (NOTE 1) 0 0-7 � (NOTE.4) 22012 "-°242 (BS3) K1 -- 366 (RB4A-5/BS3) » -- K4 . LP (NOTE 1) (FS1) 242A t0 _ I (NOTE 4) 220"''..:: = "-s 220A (NOTE 5) (NOTE 5) 220A ° I K2 -- K3 I. ..' A-3 a (ICM) 25A "-5 25 (BS3) I (RB4-2) 366"-S L 366A (NOTE 6) 220C ° "-3:263 (BS3) I K3 -- ° (MLCB) 263A ° =- K2 I: . ° MC (NOTE 6) (NOTE 5) 220A"-4 "-'220 (NOTE 4).. ... _. io 23A - (NOTE 12) 15 3 .. I K4 -- �1 -- K1 (BS3) 23, 12 220C (NOTE 6).. (NOTE 11-) 14 256 (BS3) I I CB RB1 ram.: (PME).2 2A (AC2):: (NOTE 5) 220A L2 56A (BS3) K4 r I (NOTE 3) 219 (SC) 5610 "-`220 (NOTE 4 I R1 (NOTE 5) 220A-2 I (AC2) 29A 29 750 5W DB ° (ALT) 49 -. K3 � .. + -(NOTE 3) 219 ' .. "-6 256 (BS3) OA 6I R158 (I (NOTE 5) 22- BS8). I Fl.: 15A(NOTE,2) 218 -, 220A (NOTE 5) 6(NOTE8) 220E ! 220D'(NOTE 7)(NOTE 10) 13 F3 10A 15 (NOTE 12) (NOTE 1) 0(NOTE 2) 218 F4 20A 220C (NOTE 6) -(NOTE 2) 218 220D.—�{-220F (NOTE 9) (AH1) 229 ' "; 445 (BS3) 6A 220D (NOTE 7) I I .. -AH1 I .. ALARM. TO WIFI (RB1-1) 229 g+. 220A(NOTE 5) ANTENNA ) SW1 i. .. PIS n AUTO OFF MAN ' BS7 15A B .. OD ... - O BS5 175 ... 00 -0 (NOTE 1) COMPUTER � X I I (BS-El) E1 BASE . 174 1'�AUTO USES 0/1 X00 REMOVE JUMPERSw. ES1 IF INSTALLING E-�.P (NOTE 4 220�'-- 220 2� 220E (R81-4) I ( R r-- R1 — ( lA- I BS5 15 � 5' R15B RB 3). I72 { I REMOTE I . E-STOP �PTIONA� I I. 10 1 ----=— — -- PAGE 4_OF— SCHEMATIC-DIAGRAM REVISION:CN-0016135—B G21:9L G30 MPS'POWER ZONE DATE:5/9,18 PAGE 4 OF 10 aDRAWING#:10000022920 " GROUP G. f---------------------=----=----------------------:------:-----.=--- -in to� Ntm U) U U U to o k m oN m m c c cD ' CD zr—I n mmm mr-1 r- I—1 nr—In n .". .. - m.O .v v N MM K5 w>K ..� MM nm0 to O a} O O" O .'nn mm M:a,CD C) :2 "'NN Amcor, m m c� o . m m m to to tom to to to n o- to to to rn n n. rn I I I i I I I . I I I mo °) or' o� o 0 0' o V) ma�o rno�irn C o -i NN nmLn to I .. m N N m m m Ln mm -'mtom to tA� nnn - I o I I 1 1 21: I C D A 142 I I I .. NC 6 1 3Z 0 1 -anvnm i e s s" OAi. I. CVH ; OS UP WLS WTS1 OPS MPU1 OTS (FLYWHEEL) I I I I I. I . . I I I I I I I ' I I I I I 0 m O .0:. W ' v v o Im N to t N I 218 " 21s I I , FS2 SC ----- m T :I i I I � I + FS1 FS8 I SM ALT o 0 I _ BAT I I I .I o I I I I PAGE 5 OF 10 L—=----=—==--------'-- -----------=--=-------------------- -------� SCHEMATIC-DIAGRAM REVISION:CN-0016135=13 .- w p G21:91,G30 TAPS'POWER ZONE DATE:5/9/18 PAGE 5 OF 10: DRAWING#: 10000022920 GROUP G -------------------------=------------- F---------.------.-----. -, I sL I 50 4R 3F 2N L —6L O71B R -4R MK . - IC IC_ IC_ .. IC _ ...IIC F -3 R 3 4 6 N -2N eJ 0 0 0 C 0 (NOTE 1) 7M A -9A' I IC I0 O 9 10 1 P —1P IOM C —12C --:: `IIiIIIIII ' . 11P 12C BANK.—79A MPU2 OOOO®© B —OA K — (RB2-7) G21.9L - "'' . . IIIIIIIIIIIIIIIIIIIIIII ... �®B�ANK t o8 ENGINE BLOCK T OtPt V12E W = PA—GE—6—;O"— 1FF 12 LL F—,o 7 — J'.'IIlIIiIIIIIIIIIiIIIIIIIII ':. ,. SCHEMATIC-DIAGRAM REVISION:CN-0016135=B .. : G21:9L G30 MPS POWER ZONE DATE:5/9/18 PAGE 6 OF 16 DRAWING#: 10000022920 GROUP G --------------------------=----------=-- ----------------- BASE STATION —— I . : I p BS10 p FUNCTION I. AG# ANALOG GROUND I i 1 2 3 N 12 3 AI# — ANALOG INPUT AIS# ANALOG INPUT SPECIAL- 1 BS7,•BS8, BS9 ® AO# — ANALOG OUTPUT PAGE 7. API# — ANALOG PRECISION.INPUT DI# — DIGITAL.COMMUNICATIONS : I OOP1 A 7. 6 3 1 BS5, BS3, BS1 DOC#= DIGITAL OUTPUT (OPEN COLLECTOR) 1 PAGES 6 & 7. FAI# — FAST ANALOG INPUT FDI#:- FAST DIGITAL INPUT GND — GROUND PWR —. POWER BS o e R —.RESERVED I p S - SPECIAL 1 BSE47BSE1 CAN ECU 8 4 .. 2 BS6, BS4, BS2. 1 I PAGES 6 & 7. I O O I e e e I _ 4 3 2 1 " I I BSi I. FROM FUNC WIRE PIN PIN PIN WIRE FUNC FROM I PWR 12 24 GND 1 BATTERY + 2 PWR 220F 11 23 GND I BATTERY + 1 PWR 220F 10 22 0 GND BATTERY — I A F SOLENOID DOC27 808 9 ❑❑ 21 GND DOC26 8 ❑❑ 20 S DOC25 7 19 GND , " D126 6 18 SHLD GND ENGINE RPM SHLD DI25 5 17 79 S ENGINE RPM + I RS485 SHLD COM SHLD 4 16 0 GND ENGINE RPM — I RS485'GND COM -.0 3. ❑❑ 15 COM RS485 — COM 391 2 14 COM 1 RS485 + COM 390 1 1 13 COM BS2 1 FROM FUNC WARE PIN PIN" PIN WIRE FUNC FROM COOLANT LEVEL + AIS1 573 12 24 _. R I- I COOLANT LEVEL — AIS2 573A 11 8� 23 R I A04 10 22 R A03 9 21 R -A02 8 20 399N AP114 NEUTRAL CT N— A01 7 19 398N API13 NEUTRAL CT N+ GENERATOR CT C— API6 399C 6 18 API12 I GENERATOR CT C+ APIS 398C 5" 17 t API11 I' .-GENERATOR CT B— API4" 3998 4 ❑❑ 16 API10 GENERATOR CT B+ API3 3988 3" ❑❑ 15 API9 GENERATOR CT A— API2 399A '2 �❑ 14 API8 GENERATOR CT A+ API1 398A 1 ❑ 13 API7 BS3 I FROM FUNC WIRE PIN PIN PIN WARE FUNC FROM I 1 DOC12 12 ❑ 24 DOC24 DOC11 11 23 DOC23 MPS CONNECTED TO BUS IN BACKUP DOC10 815 10 22 DOC22 MPS CONNECTING TO DEAD BUS DOC9 '814 9' 21 DOC21 1 MLCB SHUNT TRIP DOCB 263 8 20 OC23 DOC20 CUST AUX4 DIGITAL OUTPUT MPS BACKUP MODE ACTIVE DOC7 813 7 19 OC22 DOC19 CUST AUX3 DIGITAL OUTPUT I _ SECONDARY FUEL SOLENOID RELAY DOC6 242 6 18 OC21 DOC18 CUST AUX2 DIGITAL OUTPUT I IGNITION ENABLE DOCS 25 5 17 OC20 DOC17 CUST AUX1 DIGITAL OUTPUT DOC4 4 ❑ 16 366 DOC16 OPEN GENERATOR-FROM—BUS MPS FAULT RELAY DOC3 445 3 15 DOC15 PRIMARY FUEL SOLENOID RELAY DOC2 256 2 14 23 DOC14 CLOSE'GENERATOR TO-BUS MPS START RELAY DOC1 56A 1 13 DOC13 1 1 I i I 1 I I. 1 1 PAGE 7 OF 10 SCHEMATIC-DIAGRAM REVISION:CN-0016135=13 G21.91,G30 MPS POWER ZONE DATE:5/9/18 PAGE 7 OP 10. DRAWING#: 10000022920 ----=---------------------- GROUP G r ---------- BASE STATION(CONTIPIUED) -----------� .. ..: BSq 1 FROM FUNC .WERE PIN PIN: PIN WARE, FUNC FROM. PWR 12 24 PWR PWR 11 PWR PWR 10 22 PWR OIL PRESSURE + PWR 69V1 9 21 PWR I OXYGEN SENSOR + 'FA14 804 8- 20: 805 AG16- OXYGEN SENSOR - I FA13 7 19 AG15 FAI2 6 18 AG14 FAIL 5 17 AG13 AI9 4; 16 AG9 All 3. 15 1 AG10. "I All1 2 14 AG11 BATTERY CHARGER CURRENT A112 803V 1 13 AG12 I BS5 I. FROM FUNC WIRE PIN PIN PIN WIRE FUNC. FROM MPS 9NHIBIT DEAD BUS CONNECT DIll 816 11 2& FDI23 D110 10 22 F0122 I DI9 9 21 DI2 F0121 CUST. SPARE INPUT I D18 8 20 Dil- D120 CUST: SPARE INPUT :" I D17 7.-' 19 DI4 DI19 GENERATOR POWER SIGNAL BATTERY CHARGER FAIL DI6 505 6 Q[] 18 DI3 DI18 LINE POWER SIGNAL REMOTE START SIGNAL D15 183 5 17 D117- _. E-STOP SIGNALI DI4 R15 4 16 418 DI16 MLCB STATUS I LOW FUEL PRESSURLI D13 601 3 m 15 D115 MANUAL POSITIONJ D12 175 2 14 DI14 I AUTO POSITION DI1 174 1 [ice 13 371 DI13 GENERATOR CONTACTOR POSITION BS6 FROM FUNC WIRE PIN PIN PIN WARE FUNC FROMPWR 12 24 :PWR PWR 11 23 PWR i. PWR 10' 22 PWR I PWR 9: 21 PWR OIL TEMP 1 - AG1 523A 8 20 523 All.. OIL TEMP 1 + COOLANT TEMP. - AG2 68RI 7 19 68V1 .:Al2 COOLANT TEMP + b. OIL PRESSURE - AG3 69R1 6 18 69S1- -A13 OIL PRESSURE S CUST AUX1 ANALOG INPUT - AG4 I A11R 5 17 AI1S- AI4 CUST AUX1 ANALOG INPUT + I- - AG5 1 4 16 AIS AG6 3 15 AI6 .. AG7 2. ® 14. A17 AGE! I I ill ® 13 1 AI8.. I I BS7 FROM FUNC WIRE PIN PIN PIN WIRE FUNC FROM DISPLAY-POWER + PWR I 15A 1 1 IFMfl 2 1 OD I PWR IDISPLAY POWER - : I I / .. BSS PIN" -FROM FUNC 'WIRE PIN PIN WIRE' FUNC FROM I R T 14- R -I GND 6 13 PWR GND 5. 12 PWR AVR MODULE POWER -7 GND OF 4 11 15F PWR AVR MODULE POWER GND 3 10 15E PWR GOVERNOR MODULE"POWER + I. I OVERSPEED WATCHDOG TO E-STOP DOC28 R158 2 ® 9 744G 'COM CAN BUS 1 L GENERAC I CAN BUS 1 SHLD GENERAL COM SHLD 1 : []� 8 743G COM CAN BUS 1 H GENERAL ..:. BS9 FROM WAR E RE PIN PIN: PIN WIRE- FUNC FROM COM - 2 4 COM R 1 LLLJ 3 COM BS10 ETHERNET CON o I. I NECTIONS ,I ." PIN WARE FUNC DESCRIPTION, PORT WIRE FROM 1 S1A AP115 GENERATOR VOLTAGE SENSE A4 BSEl Ei GENERATOR DISPLAY 2 S2A AP116 GENERATOR VOLTAGE SENSE 80 BSE2 E2 GEN BUS OR PERIPHERAL DEVICE 3 S3A AP117 GENERATOR VOLTAGE SENSE CO BSE3 E3 GEN BUS OR PERIPHERAL DEVICE 4 00 AP118 GENERATOR VOLTAGE SENSE NEU BSE4 E4 PERIPHERAL DEVICE 0 A I. ..: I 5 T0PI19TILI UTY VOLTAGE SENSE NEU MPS 6 T1A AP120 UTILITY VOLTAGE SENSE A0 MPS I 7 T2A API21 UTILITY VOLTAGE SENSE B0 MPS 8 T3A AP122 UTILITY VOLTAGE SENSE CO MPS _---- ---PAGE 8--OF 10 -=--------------------------------------------- J SCHEMATIC-DIAGRAM REVISION:CN-0016135=B G21:9L G30 MPS POWER ZONE DATE:5/9/18 PAGE 8 OF 10 DRAWING#: 10000022920 GROUP G .. BATTERY CHARGER I BC1 OPTIONAL 20 AMP.-BATTERY CHARGER 1 2 PIN WIRE TO DESCRIPTION o e 1 218 FB5 BASE STATION SUPPLY POWER +. I 3 4 2 0 BS1 BASE STATION SUPPLY POWER SEE 3 218 1 AVR1 1BATTERY CHARGNG + -NOTE O BC O 4 0 1 GA1 IBATTERY CHARGING = BC2 I PIN WIRE FROM DESCRIPTION I L2tLilJL1l� 1 2 Ber 3 SHLD BS8 CAN BUS 1 SHLD IN 4 744G BS8 CAN BUS 1 L QNJ • BC6 - 5 743G BS8 CAN BUS 1 H IN 6 I 7 8 SHLD AVRt CAN BUS 1 SHLD OUT 9 744G AVR1 CAN BUS 1 L OUT I ' 10 743G AVR1 CAN BUS 1 H OUT i I © BCS 1 PIN WIRE FROM DESCRIPTION I 1 GND UTILITY UTILITY AC GROUND I 2 N UTILITY UTILITY-ACNEUTRAL '. I 3 L1 UTILITY UTILITY AC POWER 4 Oo BC2 BCS BCi : - 6 ® � Qp e BIDS I I PIN WIRE FROM DESCRIPTION I — -:0 1 GND ICHASSIS GROUND I I BC8 I PIN I WE I FRO I DESCRIPTION 1 -604 1 BAT jBATrERY TEMP THERMISTOR t 2 605 BAT BATTERY TEMP THERMISTOR THE BATTERY CHARGER CONTAINS A REGULATED POWER SUPPLY FOR THE BASE STATION. IF UTILITY POWER TO THE CHARGER IS LOST THE SUPPLY AUTOMATICALLY,CONNECTS TO . THE CHARGER LEADS. THIS ALLOWS:THE BASE STATION TO RELIEVE POWER FROM THE BATTERIES. �.--—- BATTERY CHARGER -j I 10 AMP BATTERYLCHARGER - I I BCH I BCC I I (UTILITY AC POWER) L1 >2 L1 L1 (HOT) I I (UTILITY AC NEUTRAL) N - N N.(NEUT) I I (UTILITY AC GROUND) GND 3—: GND—OND I I (NOTE 2) 218 4 218 + Ps) (NOTE 1) 0 0 — NEG (BS4) 863V... 6 803V .CHARGE CURRENT I I . (NOTE 1) 0 7 0 FAILURER I (BS5) 505 8 505' I r I I I I I I I I I I I I I I PAGE 9 OF 10 L---=--=—==-- - ------------------7 --=-------_--J SCHEMATIC-DIAGRAM REVISION:CN-00I6135=13 .. 4321:91,G30 MPS POWER ZONE DATE:5/9/18 PAGE 9 OF IO. DRAWING#: 10000022920 GROUP G . . GOVERNOR CONTROLLER GCi ov I I PIN WIRE FROM DESCRIPTION PIN WARE I FROM DESCRIP710N 1 13 I CiCi ° ° 2 : 14 O 0. 3 SHLD AC1-.CAN BUS 1 SHLD IN 15 I 4 744G AC1 CAN BUS 1 L IN 16 744G GCT CAN BUS 1 L n3aiaienNo I 5 743G ACt CAN BUS 1 H IN 17 743G GC1 CAN BUS 1 H .. 6 18 _jFFM7 19 8 20 I acs: 9 21 1 765 1 GA 1 THROTTLE POSITION 101221,766 GA 7 THROTTLE POSITION S 11. La3j.767 1 GAI. ITHROTTLE POSITION + I -: 12 1-241 15E I BSB I GOVERNOR:MODULE POWER + GC5 PIN WIRE FROM DESCRIPTION 1 771 All THROTTLE MOTOR DRIVE LOW I 2 To THROTTLE MOTOR DRIVE HIGH I 3 219 4 ..D 1 I I I AVR CONTROLLER AC1. .. I I AVR I PIN WIRE FROM DESCRIPTION PIN WIRE FROM DESCRIPTION ..AM o 0 1 13 I .. 2 14 O 3. 15 .. 4 SHLD BC2 CAN BUS 1 SHLD IN 16 SHLD GC1 CAN BUS 1 SHLD OUT 744G 'BC2 CAN BUS 1 L IN 17 744G GC! CAN BUS 1 L OUT I 6 743G BC2 CAN BUS 1 H IN 18 743G GC7 CAN BUS-1 H OUT AC2 I .. 8. 45 ..41 _F:IELD FIE 2 p 9 21 10 2A W 2 1 15 B AVR MODULE POWER 3 12 24 AC2. Como PIN WIRE FROM DESCRIPTION 1 29A 'R1 FIELD FLASH 2 2A CB PME 3 6 PME PME FIELD FIELD + LD - .. III i IIILIIIIIIIIII —. .-- =: OF BS8 - P-AG-E-10-°O_F_10J ------------------------- S8 IIIIIIIIIIII SCHEMATIC-DIAGRAM- REVISION:CN-0016135=13 .". G21:9L G30 MPS"POWER ZONE DATE:5/9/18 PAGE 10.017 10. RAC/ . 29 DRAWING#�1000002 20 4 3 SHI/4 V B 41NDCHILL VERSION BMS POWERTGND Ethernet Bus BUS (externaU. . B " B D ISPLAY. 2=WIRE START AUX:I/O Ilk REMOTE E-STOP GENERATOR IlkRUN RELAY r -- -- -- - -- -- - -- -- - - -- : j BUS IN.." CONNECTED TO GENERATOR AUX AC POWER I MODE BACKUP I DEADBUS ARBITRATION L —— — — — —— — — J ... ... —— ——— —— —— — TIONAL ONL OP Y FOR MPS Reference BMS Building Managements stem using Modbus TCP/IP. ,. JEterthne Bus Remote E-Stop p Remote Emergency Stopto shutdown the generator incase'of emergency (control ter) This is an optional wiring used by the customerto activate/deactivate optional Run Relay features based on generator running status. Transfer switches sense loss"of normal power and initiate a system start 2-Wire Start through this function. Connected to, Output from generator to P&L to indicate that the generator is connected to bus in Backupowerbus. "'i ""' "" Deadbus This function ensures that only one generator is closing Into the dead buswhen Arbitration o eratln with failed communications. Each generator has 4 configurable relayoutputs,4configurable inputs and Aux 1/0 confi urable analog Inputs for customerspecial use. Generator utilities load center to power the block heater,battery charger etc. q _ Aux AC Power" refer to generator5 ea for wiringdetails. A' Not indicated in the above picture,but the Ethernet Bus is used to connect a A wide range of devices to the generator,like RAP/RRP,P&Land other Ethemet Bus enerators:There are two networks-controllerand external GEIVEl�/4C� Dis la ro It can be accessed the h PC/Tablet/Smart hone usingWifi/Bluetooth. TITLE .. __...-_._-----___ ,_____..____"__.___ _.. __.. INTERCONNECT, DRAWING ER ZON E NE . mVrz row s,srox r.-rommn v-— .. vwa,s nsaen a®r,toa µa cos,,m n:ruo rm LQC�L QDOI DQQOIIC� �u navosraMenxx mHacx,t,csrraovnat K owes w,nnl apex,nr come race n[xs ISSUE DATES OS/22/16 , O ❑ p Orr PanUSTEMeon n SIZE CAGE NO DWG NO REV ELECTMCALLC APPMM B N/A 10000034013 B MILE vlrmc,ILL SCALE N/A I WT—KG N/A ISHEET . LOP 4 4 . . .... 3 . 2.. 1._ 4 3. SH 2/4 REV B VINDCHILL VERSION N/A 1 INTERCONNECT DRAWING . SINGLE GENERATORim GENERATOR POWER BUS B B UTILITY OPTIONAL — r --- - - -- --- ---- --- - - - - .r-- .. .. :. ... ..I.. I.. I.. UTILITY POWER I I .RAP/RRP I I I I S I I LINE POWER UNE POWER I GEN POWER GEN'POWER I I I GENERATOR'BSEa I ATS EQUIPMENT CRITICAL DISPLAY LOAD, LOAD I SIDE SIDE I � I r---- i L- - - - I --- J I BMS I " 2'VIRE START (n) OPTIONAL GEN AUX.POWER (n)... q. �--- --. ®ENERAC' TES, . I ETHERNET LE .. . • DISPLAY. CONNECTED TO ETH . ... .I _ . TIT - .. PORT I OF MAIN CONTROLLER INTERCONNECT DRAWING ZON E NE . - mcewc rmm snore mna'ni -1 v vm m M q nim ISSUE /22/18 O ❑ un SIZE DACAGE NDDSDWG NO '10000034013 REV ¢n iwc nsi ror rc uccn rm N/A n oMraa�c 'irsr � n rs surm s 0� / —`1L7L1�--�1 �0�.:..D�lrv : aE<rrt�ncaur INSIDE WIrm''°��� SCBALE N/A .WT-KG N/A ISHEET :2:of 4 4 3 SH 3/4 REV. B WINDCHILL VERSION N/A 1 INTERCONNECT DRAWING MPS:.. q. GENERATOR POVER BLIS(0) GENERATOR Pam BUS(o) . . .:. OPTIONAL OPT134AL OPIONIAL OPTIONAL_, i TI 7— OPTIONAL' OPTIONAL_ .. TI _ 1 —I I .. PINCSENER Tmt GENERATOR UTILITY I axs I I RAP/RRPI I I DNS I I RAP/RRP2 1 I EMS I I RAP�RRP3 I I In q 2ts(0) —_ _ __ _—._ a n(0) LT_ -_ L__ LJ LJ. L _ _ J.L__ J L _ _J F- - s � s �'. utulTx POWER p r e I 1 .. DEADBUS BSEA ARa TRATIBN(q) BSE9 BSE1$E3 ETH GEN BUS(f) P&L PERMISSIVE(0 1 ..'ATS ATS "1 BSEz DISMAY DISPLAY ME ETH GEN RM(Q) $� msPLAr Er wsvwr, LOADMD(J), EQUIPMENT CRITICAL 1 GEN 1 ISE3 DSE2 GEN"2 GEN 3 tE GEN STATUS W DEER(D LOAD " S ADD I ' .. ..ETM GEN fiE Ch) . ETN3 I ,UPT104AL I :. IDE 1b GEN STATUS ON . I ID GEN STATUS 0A) 2 VIRE START(IA) D VIRE START'(A) 7-7 GEN AU%Pam G1) GEN An AC PDVER(rJ. . . .. .. .... ATS SIGNALS(10D ATS SIGNALS(Id> OPTIONAL - r ---- ————=— ---------= ----.- -- --.7— usED m amass ETH svrcx t r - - - - - - - - —� 1 I I ETHERNET:SWITCH I I .. Eix MR US RING(a) ESVI,10/10D Mbps'Es� ETx cEN BUS ROB(e) .. .. I 1 .. I ... _ .11W ESV3-4 ESVS I I A 1 b E d k I A RAP RP RAP/RRP RAP/RRP SYSTEM I. GEN-1.. GEN-2 GEN-3 RAP/RRP I. . 1 I' NaTEii GENEI�AC' L __ __ _________ ____ _._—__ _ __ ___ __ ___:J 1 ETHERNET SWITCH NOT SUPPLIED'BYGENERAC. (U ACKED POWER SUPPLY-RECOMMENDED) TITLE (UPS,BACKED INTERCONNECT, DRAWING . POWER ZONE T9 Trc ours lmm ,NRs vwa rs sunD:o rx Lmnrcuc rxo MSI nr Ts ucro roe p' crD m i srEa mn� ISSUE DATE- /22/1 OC�I���LaC�fQ` �DCt�I DG�LQM�IOIC� DA OS D O ❑ SIZE CAGE NO DWG NO REV .. ELECTMCALLY APPROVED 'B N/A 10000034013 B INSIDE vlrmaBu SCALE N/A WT-KG N/A SHEET 3:of 4 4 ...., 3 ... 2... 1. WINDMILL VERSION 4 3 SH 4/4 B N/AReference t 1 Single RAP/RRP When aRAP/RRP is'configured as sfngleRAP/RRP;It receives data from only the ! configured generator and annundates alarms and warnings fthat enamtor. . System If configured as System RAP/RRP,receives data from every generator and announces ... .. .. RAP/RRP alarms'and warnings"ring on any of the generators BP&L Pernissiveand Loadshed panel controls the Permissivesand Loadshedsof ATS, Gen Generator EthemkSwitch Usedto forward data packets from one ethernet port to the'otherethernet ort." t - ATSCritical Automatic Transfer Switch used to connect Critical Loads A15E ul ment Automatic TransferSwitch used to mnnectregular non apical Leads BSEz Base Station Ethernet Pon x FSWx Ethernet Switch Port Reference Function cable From To Class Communication from genemtorta all peripherals in controller network Shielded CAT 5E BSE2 on Genf ESW3 on Ethernet Switch 2 b" Re mote Annunciator communlmtion in controller network. Shielded CATSE Ethl12 on'RAP RRP Gent '" ESW2 on'Ethemet Switch 2 c Remote Annunciator communication in controller network Shielded CATSE MIMI on RAP RRP Gen t ESW3 on Ethernet Switch 2 d Remote Annunciator communication'in controller network Shielded CATSE Ethl12)on RAP/RRP.Gen3 ESW4 on Ethernet Switch 2 e Close loopmnnecting P&L in controller network - Shielded CAT 5E •" ESW6 on Ethemet Switch Eth Son P&L '' '2 f P&L connection to Generator 3 or the last generator In the controller network. Shlelded CAT5E Eth ton P&L' - BSE3 on Gen 2 Communication between-enerators in controller network Shielded CAT 5E BSE2 on Gen 3 BSE3 on Gen 2 2 - h• .. Communication between enerators in controller network ... Shielded CAT SE BSE2 on Gen .. BSE3on Gen 1, •. 2 I Up to 6 Permissive relay outputs to ATS 1BAWG300V AC P&LPanol ATSE ui ment 2 Up,to 6 Loadshed relay outputs to ATS 18AWG,300VAC P&LPanel ATS Equipment 2. .: k Remote Annunciator communication.in controller network, ..: Shielded CATSE. MIMI anSystem RAP/RRP ESWS on Ethernet Switch -'.2... .. 1 Excerdse with load transfer 18AWG,300VAC P&L Panel ATS Equip ment 2 m 2Wire Start 18AWG,3WVAC ATSCritical ATSEquipment All Generators and P&L 2 n Generator Auxiliary Power Custom cable based on generator auxiliary ATS Critical/ATSEquipment loadside All Generators POWER - - o Generator owerbusconnecttonsto ATSCritiml&ATSEquipment Custom cable proportional to ATSs eclficatlons Generator power bus connecting all ATS Critical and ATS Equipment POWER p Utility power bus connections farAT5 Custom cable proportional to ATSspeciflmtions Utility power bus ATS Critical and ATS Equipment POWER :. q .. Deadbus Arbitration-2 signals.Can be setup for any 2 Sens(optlonal for MPS only) 18AWG,300VAC ... Gen ... :,Gen2 .:. ..,2 :. r Bus communication In external network(optional) Shlelded CATSE Anyg6nerator All generators 2 s Local generator Remote Annunciator communication in controller network Shielded CATSE Any generator P&L 2 Id ATS Contractor Position(Utility and Gen)Signal 18AWG,300VAC ATS Critical/ATS Equipment P&L 2 la Geh'status connected to bus in Generator backup mode(optional)' 18AWG,300VAC Genl P&L' 2 - Sb 222 status connected to bus in Generator backupmode(national) 18 AWG300V AC Gen2 BMS 2 Ic Gen status connected to bus in Generator backup mode(optional) 18AWG,300VAC IGen 3 Loral en RAP/RRP 2- A: A. . GENER AC'. TITLE INTERCONNECT, DRAWING POWER ZONE. _ . coma rwu sumxs cons'ni[comma v M MM . uwrx rs suwten A carrcou rs roar rm K Le"FOR ratx ISSUE DATE, /22/18 011��r'LQL� Q��OC�] DG�LQ �G�� '"' O ❑ �• SIZE BSCAGE NO DWG N0' 100000340'3 REV .. ELECTRWICALLT APPWM $ NIA B INSIDE VIOMLL SCALE N/A .WT—KG N/A : SHEET 4-of 4 4 3 .... . 2..., 1.... ..... - GENERATOR SET CERTIFICATIONS: WARRANTY Generac Power Systems 5 Year.(5C)-Extended.Limited Warranty for.:- Industrial Standby Generators For the period of warranty noted below,which begins upon the successful start-upand/or on-line activation of the unit,Generac Power Systems, Inc."Generac"warrants that its Generator will be free from defects in material and workmanship for the items and period set forth below.Generac will,at its discretion,repair or replace any part(s)which,upon evaluation;inspection and testing by Generac or an Independent Authorized Service Dealer,is found to be defective.Any equipment that the purchaser/owner claims to be defective must be evaluated by the nearest Independent Authorized Service Dealer.Emissions components are excluded from coverage under this extended warranty..Emissions warranty coverage is detailed in a separate emissions warranty. Warranty'Coverage:Warranty coverage period is for Five(5)years or two-thousand(2,000)hours,whichever occurs first. Warranty Coverage in Year(s)1-5 Parts,Labor and Limited Travel " Limited Gearbox Coverage: Year(s):1-5 Coverage Year(s):6710 Coverage_ Limited Parts and Labor Limited Parts Only Guidelines: 1. Unit must be registered and proof of purchase available. 7. Warranty only applies to permanently wired and mounted units. 2. Any and all warranty repairs and/or concerns must be performed 8. Damage to any covered components or consequential damages and/or addressed by.an Independent Authorized Service caused by the use of a non-OEM part will not be covered by the. Dealer,or branch thereof.Repairs or diagnostics performed by warranty. individuals other than Independent Authorized Service Dealers_ 9. Proof of Performance of all required maintenance must be not authorized in writing by Generac will not be covered. available... 3.=This Warranty is transferable between ownership of original 10.Travel allowance is limited to 300 miles maximum and seven install site, and one half(7.5)hours maximum(per'occurrence,whichever 4. Generac supplied engine coolant heaters(block-heaters), is less)round trip from the nearest Independent Authorized heater controls and circulating pumps are only covered during ;. Service Dealer.Any additional travel required will not be the first year of the warranty provision. covered. 5. Generac may choose to repair;replace or refund a piece of 11.Engines,driven components and fuel tanks used in Generac's equipment in its sole discretion. standby power products system can carry a separate " 6. Enclosures are warranted against rust for the first year of manufacturer's(OEM)warranty(the"OEM'Warranties"),unless ownership only.Damage caused after receipt of generator is the otherwise expressly stated.OEM Warranties are in addition to responsibility of the owner and is not covered by this warranty.. this Warranty.All warranty claims.for defects in material and/or Nicks,scrapes,dents or scratches to the painted enclosure workmanship on Generac product OEM components,may be should;be repaired promptly by the owner. directed through the OEM distributor/dealer network.OEM Warranties:may vary and are subject to change.Generac shall have no liability under OEM warranties.. The following will NOT be covered by this warranty: 1. Costs of normal maintenance(i.e.tune-ups,associated part(s), 8. Products that are modified or altered in a manner not authorized adjustments,loose/leaking clamps,installation`and start-up).. by Generac in writing. 2.:Damage/failures to the 'generator caused by accidents, 9. Starting batteries, fuses,:light bulbs, engine Fluids and any shipping,handling,or improper storage. related labor. 3. Damagetfailures caused by operation with improper fuels, 10.Steel enclosures that rust as a result of improper installation, speeds,loads or installations other-than what's recommended location in a harsh or salt water environment,or are scratched or specked by Generac Power Systems. where the integrity of applied paint is compromised. 4. Damage to the generator due_to the use of non-Generac parts 11.Units sold,_rated or used for"Prime Power%'Trailer Mounted"or and/or equipment,contaminated fuels,oils,coolants/antifreeze "Rental.Unit"applications:as defined by Generac:Contact an or lack of proper fuels,oil or coolantslantifreeze. Independent Authorized Service Dealer for definitions. 5. Failures due to normal.wear and tear,accident,misuse,abuse, 12.Shipping costs associated with expedited'shipping. neglect,improper installation,improper sizing,or rodent,reptile, 13.Additional costs for overtime,holiday or emergency labor costs and/orinsect infestation. for.repairs outside of normal business hours: 6. Rental equipment used while warranty repairs are being 14.Any incidental, consequential or indirect damages caused by performed and/or any extraordinary equipment used for removal defects in materials or workmanship,or any delay in repair or and/or reinstallation of generator(i.e.cranes,hoists,lifts,et.al.). replacement of the defective part(s). 7: Planes,ferries,railroad,buses;helicopters, snow- 15.Failures caused by any act of God or external cause including cats,off-road vehicles or any other mode of transport deemed without limitation,fire,theft,freezing,war,lightning;earthquake, not standard by Generac. windstorm,hail,water,tornado,hurricane,or any other matters which are reasonably beyond the manufacturer's control. THIS WARRANTY;SUPERSEDES ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED. SPECIFICALLY, GENERAC MAKES NO OTHER WARRANTIES AS TO THE MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.ANY IMPLIED WARRANTIES WHICH ARE ALLOWED- BY.LAW,SHALL BE LIMITED IN DURATION TO THE TERMS OF THE EXPRESS WARRANTY PROVIDED HEREIN.SOME JURISDICTIONS DO NOT ALLOW LIMITATIONS ON HOW LONG AN IMPLIED WARRANTY LASTS,SO THE ABOVE LIMITATION MAY NOT APPLY TO YOU.GENERAC'S ONLY.LIABILITY SHALL BE THE REPAIR OR REPLACEMENT OF PART(S)AS STATED ABOVE.IN NO EVENT SHALL GENERAC BE LIABLE FOR ANY INCIDENTAL OR CONSEQUENTIAL DAMAGES,EVEN IF SUCH'DAMAGES ARE A DIRECT-RESULT OF GENERAC'S NEGLIGENCE.SOME JURISDICTIONS DO NOT ALLOW THE EXCLUSION'OR LIMITATION OF INCIDENTAL OR CONSEQUENTIAL DAMAGES, SO THE:ABOVE LIMITATION-MAY NOT APPLY,TO YOU.THIS WARRANTY.GIVES YOU SPECIFIC LEGAL-RIGHTS.YOU-ALSO HAVE OTHER RIGHTS,UNDER APPLICABLE LAW. FOR AUSTRALIA ONLY:.Our goods come with guarantees that cannot be excluded under the Australian Consumer Law.You are entitled to a " replacement or refund fora major fallure and for compensation for any other reasonably foreseeable.loss or damage.You are also entitled to have the goods repaired or replaced If the goods fall to be of acceptable quality'and the failure does not amount to a major failure. FOR NEW ZEALAND ONLY' Nothing In this warranty statement excludes, restricts or modifies any condition,warranty right or remedy which pursuant to the New Zealand Legislation(Commonwealth or State)including the Fair Trading Practices Act of 1986 or the Consumer Guarantees Act 1993("CGA")applies to this limited warranty and may not be-so excluded,restricted or modified.Nothing In this statement is intended to have the effect of contracting out of the provisions of the CGA,except to the extent permitted by that Act,and these terms are'tb be modified to the extent' necessary.to give effect to.that Intentlon.:lf you acquire goods from Generac Power Systems or any.of its authorized resellers and distributors for the purposes of a business,then pursuant to section 43(2)of the CGA,It Is agreed that the provisions of the CGA do not apply.. " GENERAC POWER SYSTEMS,INC. P.O.BOX 8 Waukesha,WI,USA 63187. Ph:(888)GENERAC(436-3722) • Fax:(262)544-4851 To locate the nearest Independent Authorized Service Dealer and to download schematics,exploded views and parts lists visit our website:www.generac.com Part No.0J4301 Revision M (2/16) Garantia limitada extendida de 5 anos_(5C)'de Generac Power Systems para los. generadores de,respaido.industriales Durante el periodo de garantia indicado abajo,qua comienza desde la puesta en marcha y/o activaci6n exitosa'an linea de la.unidad,Generac Power Systems,Inc:"Generac"garantiza qua generador estara libre de defectos de material y/o mano de obra pare los items y el periodo indicados a continuaci6n. Generac,a su discreci6n,reparara o sustituira cualquier pieza o piezas que,por media de la evaluaci6n,inspecci6n y prueba efectuada par Generac o un Concesionario de servicio autorizado independiente de Generac,se determine que as o son defectuosa(s).Todo equiposqua el comprador o propietario reclame como defectuoso debe ser evaluado por el Concesionario de servicio autorizado independiente de Generac mas cercano. Los componentes relacionados con emisiories'estan excluidos de la cobertura bajo esta garantia extendida.La cobertura de la garantia de emisiones se detAla por separado en una garantia de emisiones. Cobertura de la garantla:EI periodo de cobertura de la garantia as de cinco(5)ahos o dos mil(2000)hares,to que ocurra primero. ' Cobertura de la garantia en aflo(s)1-55 .. Sobre plazas,mano de obra y gastos de viaje limitados Cobertura limitada sabre la caja de engranajes: Aflo(s)de cobertura:1-5 Cobertura Aflo(s)de cobertura:6-10 Cobertura Limitada sabre piezas y mano de obra Limitada solo sabre.plazas Directricess 1. La unidad debe ester registrada y toner prueba de compra 7. La garantia coresponde solamente a las unidades conectadas y disponible. montadas on forma permariente. 2. Cualquiera y todas las,reparaciones y/o preocupaciones por garantia 8. Los darios a cualquier componente o.los danos emergentes deben ser efectuadas y/o dirigidas por un Concesionario de servicio causados por el use de una plaza que no sea OEM no estaran autorizado independiente de Generac,o una sucursal de este.No cubiertos por la garantia. seran cubiertas las reparaciones o los diagn6sticos efecluados por 9. Debe haber disponible prueba de to ejecuci6n de todo el personas diferentes de loss Concesionarios de servicio autorizados mantenimiento requerido: independientes de Generac no autorizados por escrito por Generac. 10.Las asignaciones pare viajei estan limitadas a 300 millas como 3. Este garantia as lransferible entre propietarios del sitio de instalaci6n m6ximo y siete hares y media(7.5)hares como maximo(por original ocurrencia,to que sea menor),viaje de ida y vuelta,desde el 4. Los calentadores de refrigerante de motor(calentadores de bloque),- Concesionario de servicio autorizado independiente de Generac los controles del calentador y las bombas de circulation mas cercano.'Todo gasto de viaje adicional requerido no sera suministrados por Generac solo est6n cubiertos durante el primer cubierto. aho de prestaci6n de la garantia.: 11.Los,motores,los componentes accionados y los lanques de 5. Generac puede elegir reparar,sustituir o reembolsar una plaza del combustible usados en los productos de respaldo de Generac' equipo a su exclusive discreci6n: pueden llevar una garantia de fabricante(OEM)separada([as 6. Los gabinetes estan garantizados contra corrosi6n solamenle "Garantias de OEM"),a menos que se estipule expresamente to durante el primer aho de propiedad.El daho causado despu6s de la contrario.Las garantias de OEM son un agregado a esta garantia. recepci6n del generador as responsabilidad del comprador y no esta Todos los reclamos de garantia por defectos de material y/o mano cubierto por esta garantia.Las muescas,raspaduras,abolladuras o de obra an[as componentes OEM del producto Generac,pueden ser dirigida rayaduras de gabinete pintado deben ser reparadas sin demora por s a troves de la red de distnbuidores/concesionarios OEM. el propietario. Las garantias de OEM pueden varier y est6n sujetas a cambios. Generac no tendr6 responsabilidad bajo las garantias de OEM. Lo siguiente NO sera cubierto por esta garantia: 1. Castes del mantenimiento normal(es decir.afinaciones,piezas] 8. Productos que se mod�quen o alteren an forma no autorizada par relacionada[s],ajustes,abrazaderas sueltas o con fugas,instalaci6n Generac por escrito. . y puesta an marcha). 9. Baterias de arranque, fusibles, bombillas de luz, fluidos pare el 2. Danos/fallos del generador causados por accidentes, transporte, motor y mano de obra relacionada. manejo o almacenamiento incorrecto. - 10.Los gabinetes de:acero que se corroen debido a instalaci6n . 3. Los danos/fallos causados por la operation con combustibles, incorrecta,ubicaci6n an un entomo agresivo o con ague salads,o se velocidades, cargos,o instalaciones ihcorrectas diferentes de las rayon donde este comprometida la'integridad de to pfntura aplicada. recomendadas o especificadas por Generac Power Systems. 11.Las unidades vendidas,cal'fiicadas pare,a usadas an aplicaciones 4. Los danos al generador debidos al use de.piezas y/o equipos que no de .'Alimentaci6n el6ctrica:principal', 'Montada en remolque" o seen de Generac; combustibles, aceites, refrigerantes/ "Unidad an alquiler'como las define Generac.Comuniquese con un anticongelantes contaminados; o falta de combustibles, aceites, Concesionario de servicio autorizado independiente para las refrigerantes/anticongelantes apropiados: definiciones. S. Folios debidos a:desgaste y dafio normal,accidence,use indebido, 12.Castes de envio asociados con envto urgenle.' abuso, negligencia,' instalaci6n incorrecta, dimensionamiento 13.Castes adicionales par horas extra y feriados.o los costes de mano incorrecto,o plagas de roedores y/o insectos, de obra de emergencia por reparaciones fuera del horario de trabajo 6. Equipos.arrendados usados mientras se Ilevan a Cabo reparaciones normal. de garantia y/o todos los equipos extraordinarios usados pare retirar 14.Todos los dahos accesorios,emergentes o indirectos causados por y/o reinstalar el generador,(esto es:grias,malacates,elevadores, defectos on los materiales o mano de obra o toda demora an la etc.). reparaci6n o sustitud6n de la(s)pieza(s)defectuosa(s). 7. Aeronaves, transbordadores, ferrocarril, autobuses, helic6pteros, 16.Los fallos causados por cualquier acto de fuerza mayor a cause motocicletas pare nieve, camiones pare nieve, vehiculos fuera de externa, que incluyen, .sin limitaciones, incendio, robo, rule a cualquier olro modo de transports no considerado estandar _ congelamiento, guerra, rayos, terremoto, tormenta de viento, por Generac. granizo,agua,tornado,huracan,o cualesquiera otros.asuntos que est6n fuera del control razonable del fabricante. ESTA GARANTIA SUSTITUYE CUALQUIER OTRA GARANTIA, EXPRESA 0 IMPLICITA. ESPECIFICAMENTE, GENERAC NO EXTIENDE NINGUNA OTRA GARANTIA ACERCA DE LA COMERCIALIZACION 0 APTITUD PARA UN PROPbSITO EN PARTICULAR. LA DURACION DE TODAS.LAS GARANTIAS IMPLICITAS PERMITIDAS POR LA LEY ESTARA LIMITADA A LAS CONDICIONES DE LA GARANAA EXPRESA ESTIPULADA EN LA PRESENTE.ALGUNAS JURISDICCIONES NO PERMITEN LIMITACIONES DE LA DURAc16N DE UNA GARANTIA IMPLICITA;POR LO TANTO,LA LIMITACION PRECEDENTE PUEDE NO APLICARSE A LISTED. LA ONICA RESPONSABILIDAD DE GENERAC SERA REPARAR 0 SUSTITUIR:LA(S) PIEZA(S) COMO SE'ESTIPULO PRECEDENTEMENTE.GENERAC NO SERA RESPONSABLE EN NINGUN CASO FOR NINGUN DAtJO ACCESORI0.0 EMERGENTE,AUN CUANDO TAL DANO SEA RESULTADO DIRECTO•DE LA NEGLIGENCIA DE GENERAC.ALGUNAS JURISDICCIONES NO PERMITEN LA EXCLUSION 0 LIMITACION DE DANOS ACCESORIOS 0 EMERGENTES, DE MANERA QUE LA.LIMITACION PRECEDENTE PUEDE_NO APLICARSE A USTED.,ESTA GARANTIA LE OTORGA DERECHOS LEGALES ESPECIFICOS.TAMBIEN TIENE OTROS DERECHOS BAJO LA LEY CORRESPONDIENTE. SOLO PARA AUSTRALIA:Nuestros productos se entregan con garantias que no pueden ser exclutdas segim la Australian Consumer Law(Ley australiana de consumidores).Listed tiene derecho a sustitucidn o reembolso por un fallo mayor y a compensaci6n por cualquier otra perdida o daflo razonable previsible. Usted tambi6n tiene derecho a que los btenes seen reparados o sustituidos si los bienes no son de calidad aceptable y la faila no llega a serun fallo mayor. SOLO PARA.NUEVA ZELANDA:Node de esta declaraci6n de garantia excluye,restringe o.modifrca ninguna condici6n,derecho de garantia a soluci6n que, conforme a la legislaci6n de Nueva Zelanda(Comunidad o Estado),incluso la Fair Trading Practices Act(Ley de transacctones comerciales justas)de 1986 a la Consumer Guarantees Act(Ley de garantias de los consumidores,"CGA")de 1993,se aplique a esta garantia limitada y por to tanto no puede ser sometida a exclusiones;restricctones o modificaciones.Nada de esta declarac16n tiene el prop6sito de toner efecto de contratar fuera de las previsiones de la CGA,excepto con el alcahce permitido por la ley y estos t6rminos se deben modificar'con at alcance necesario pare hater efectiva esta intenc16n.Si adquiere bienes de Generac Power Systems o aiguno de sus revendedores y distribuidores autorizados con prop6sttos comerciales,'entonces,conforms a la secci6n 43(2)de to - CGA,se acuerda que no se aplican las previsiones de la CGA. GENERAC POWER SYSTEMS,INC. P.O.BOX 8 • Waukesha,WI 53187,EE.UU. Tel.:(888)GENERAC(436-3722) • Fax:(262)544-4851 Para ubicar ei Concesionario de servicio autorizado independiente mas cercano y descargar diagramas esquematicos,despieces y Hates de plazas visite nuestro sitio Web:www.generac.com Num.de pieza OJ4301 Revisi6n M (02/16) Garantie limitee prolongee de 5 ans (5C)de.Generac.°Power Systems sur Ids generateurs: de secours industriels Pendant la periode de garantie .mentionnee ci-bas, qui debule des le demarrage reussi-de I'appareil ou I'activation an ligne de I'appareil, Generac Power Systems,Inc.(Generac)garantit-que son generateur sera exempt-de vices de materiaux et fabrication an ce qui conceme[as elements at la periode indiques ci-dessous.A sa.seule discretion,Generac reparera ou remplacera toute piece.qui est jugee defectueuse apres,l'evaluation,l'inspection at, ... la mise it 1'essai par Generac ou un fournisseur de services d'entretien agree independant.Tout equipement'qua 1'acheteur/proprietaire pretend titre defectueux doit titre evalue par le fournisseur de services d'entretien agree independant le plus pros.Les composantes relatives aux emissions ne sont pas couvertes'an vertu de la presente garantie..La couverture des composantes relatives aux omissions est dntaillee dans une garantie distincte. Couverture de la garantie:La periode de garantie est de cinq(5)ans ou de deux mille(2000)heures,selon la premiere eventualite. Periode de garantie de 1 e 5 ans Plcces,"main-d'oeuvre at couverture Ilmitee des deplacements Couverture limitee de la boite a engrenages -:Periods.:,couverture de 1 e 5 ans PerIode:couverture de 6 a 10 ans Couverture limitee—pieces et main=d'oeuvre Couverture limitee—pieces seulement Lignes directrices 1. L'appareil doit 8tre enregisVe et la preuve d'achat doit titre presentee 7. La garantie.s'applique uniquement aux appareils montes at cables sur demande. an permanence. 2: Toute reparation sous garantie doit titre effectuee par un fournisseur 8. Aucun dommage ou dommage indirect a touts piece couverte, de services d'entretien agree independant ou i'une de ses. decoulant de('utilisation de pieces non fabriquees par un fabricant succursales,at toute preoccupation doit titre egalement traitee par un d'e;quipement d'origine ne sera couvert par la garantie: fournisseur de services d'entretien agree independant de Generac 9. One preuve d'execution de tous les travaux d'entretien requis doit ou Tune de ses succursales.Toute reparation ou evaluation titre presentee sur demands. effectuee par des personnes autres que des foumisseurs de services 10.La presente'garantie couvre les deplacements aller-retour d'un' d'entretien agrees independants qui n'a pas ate autorisee par ecrit maximum de 480 km(300 miles)at de Sept heures at demie(7,5) par Generac sera pas couverts. (par deplacement,selon le moindre des deux)a partir du fournisseur 3: La presente garantie antie est transferable conjointement a la propriete du de services d'entretien agree independant le plus pros._Tout site d'installation d'origine. deplacement supplementaire requis ne sera pas couvert :. 4. Les chaufferettes a liquide de refroidissement du moteur(chauffe- 11.Les moteurs,Ies pieces d'entrainement et les reservoirs de carburant moteur),les commandos de chauffage at les pompes de circulation utilises clans les systemes d'alimentation de secours de Generac fournies par Generac no sont couvertes que pendant la premiere p Iuvent etre'proteges au titre de la garantie d'un fabricant d'equipement annee de la periode de garantie.; distinct lies a garanties des fabricants dequipement d'origine s),sauf 5.:Generac pout choisir,a so seule discretion,de reparer,de remplacer indication expresse a reffet contraire.Les garanties des fabricants ou de rembourser une piece d'equipement.' ': d'equipement d'o6gine's'ajoutent a la presente garantie.Touts " 6. Les boitiers sont garantis contra la rouille pendant la premiare annee reclamation au titre de la garantie pour woes de materiaux ou de de possession seulement.Les dommages causes apres la reception fabrication de pdces_d'un fabricant d'equipement d'origine sur un du generateur sont la responsabilite du proprietaire at ne sont pas produit Generac pout titre faite aupres du distnbuteur ou du reseau de.." couverts par la presente garantie:Les entailles,eraflures,bosses ou foumisseurs de ce fabricant d'equipement d'origine.Les garanties des egratignures,au,boitier paint doivent titre reparees sans deiai par le fabricants d'equipement d'origine peuvent varier et faire fobjet de' proprietaire. modifications.Generac n'a aucun responsabilite decoulant des garanties offertes par les fabricants d'equipement d'origine. Les elements suivants ne seront PAS couverts par la presente garantie; 1. Les co0ts d'entretien normal(lest-e-dire mises au point,reglages de' 8. Les produits"modifies ou alteres dune maniere qui n'a pas ate' pieces associees,ajustements,resserrage de fixations,installation et autorisee par ecrit par Generac. demarrage). 9. Les batteries de demarrage;les fusibles,[as ampoules.electriques, 2:'Les dommages ou defaillances du generateur causes par:On les fluides de moteur at touts main-d'oeuvre connexe. accident,le transport,la manutention ou un entreposage inadequaf. 10.Les boitiers an acier qui rouillent en raison d'une installation ' 3. Les.dommages/defaillances causes par ('utilisation de carburants inadequate,'d'une'installation dans unenvironnement docile ou. irrappropries ou Tutilisation a des vitesses, aver des charges ou salin ou d'egratignures qui cbinpn9mettent I'integrite de la peinture selon une installation sulres que ce qui est recommande ou specifi6 appliques sur Is boitier. par Generac Pw oer Systems. 11.Les.appareils vendus, cotes ou utilises.selon les.applications 4. Les dommages.au generateur causes par('utilisation de pieces ou suivantes, telles qu'elles sont definies par Generac: a puissance d'equip'ement non fabriques par Generac, de carburant,d'huile, de electrique:de bases, a nronte sur.remorque a ou a unite de liquide de refroidissement at d'antigel contamine ou encore du manque location D.Veuillez communiquer avec un fournisseur de services de carburant,d'huile,de liquide de refroidissement et d'antigel. d'entretien agree independant pour obtenir les definitions. 5. Les defaillances ceusees par I'usure.normale, un accident, une 12.Les coots d'expedition lies a 1'expedition acceleree. utilisation inappropriee,une utilisation abusive,une negligence,une' 13.Les coots supplementaires lies aux heures supplementaires, aux installation inadequate, un dirnensionnement inadequat- ou une fours ferias ou aux services d'urgence.pour touts reparation infestation de rongeurs,de reptiles ou d'insectes. effectuee en dehors des heures nonnales de bureau, 6. L'equipement de location utilise-pendant que des reparations sous 14.Tout dommage accessoire, subsequent ou;indirect cause par un garantie sont effectuees:et/ou tout equipement extraordinaire utilise defaut de materiau-et de fabrication ou par tout retard dans la pour retirer ou reinstaller Is generateur.(lest-e-dire grues,appareils reparation ou le remplacement de pieces defectueuses. de levage,elevateurs,etc.). 15.Les defaillances causees par un cas"de force m_ajeure ou une cause 7. Les avions,les traversiers,les trains;les autobus,[as helicopteres, externe y compris,sans toutefois s'y limiter,le feu,le vol,le gel,la les motoneiges,]as dameuses,les vehicules hors route ou tout autre guerre,la foudre,un tremblement de terre,une tempete,to gr8le,la moyen de transport jugs non standard par Generac. pluie, une tomade, un euragan .ou toute autre situation raisonnablement hors du controle du fabricant LA PRESENTE GARANTIE REMPLACE TOUTES LES AUTRES GARANTIES;EXPLICITES OU IMPLICITES.EN PARTICULIER,GENERAC N'OFFRE AUCUNE AUTRE GARANTIE QUANT A LA QUALITE MARCHANDE OU A LA CONVENANCE A UN USAGE PARTICULIER.TOUTE GARANTIE IMP.LICITE AUTORISEE PAR.LA LOI SERA LIMITEE'A LA DUREE DE LA PERIODE DE LA PRESENTE GARANTIE EXPLICITE.CERTAINS ETATS OU PROVINCES NE PERMETTENT PAS LES LIMITATIONS SUR LA DUREE DUNE GARANTIE IMPLICITE ET,PAR CONSEQUENT,LA PRESENTE LIMITATION PEUT 14E.PAS S'APPLIQUER.LA RESPONSABILITE DE GENERAC SE LIMITERA A LA REPARATION OU AU REMPLACEMENT-DES PltCES,COMME INDIQUE PRECEDEMMENT.EN AUCUN CAS GENERAC NE POURRA ETRE TENUE RESPONSABLE DE DOMMAGES ACCESSOIRES OU-SUBSEQUENTS,MEME SI LES DOMMAGES RESULTENT DIRECTEMENT DE LA NEGLIGENCE DE GENERAC. CERTAINS ETATS OU PROVINCES N'AUTORISENT PAS-1-'EXCLUSION NI LA LIMITATION DES DOMMAGES ACCESSOIRES OU INDIRECTS ET,PAR CONSEQUENT,-LA LIMITATION ENONCEE CI-DESSUS.PEUT NE PAS S'APPLIQUER..CETTE GARANTIE VOUS CONFERE DES DROITS LEGAUX PRECIS.VOUS POUVEZ EGALEMENT JOUIR D'AUTRES DROITS EN VERTU DES LOIS APPLICABLES. POUR L'AUSTRALIE UNIQUEMENT: Nos produits sont fournis avec des garanties qui ne peuvent 8tre exclues en vertu de la lot australienne sur la consommation(Australian Consumer Law).Vous avez droit.e un remplacement ou 8 un remboursement pour une defaillance majeure at a une Inclemnisation. n pour toute autre Porte ou tout dommage raisonablement preyisible.Vous disposez egalement d'un droit 8 la reparation ou au remplacement sites produits ne sont pas d'une qualite acceptable et si cette defaillance nest pas consideree comme majeure. POUR LA NOUVELLE-ZELANDE UNIQUEMENT: Cette garantie n'excluk ne,restreint ni no modifie aucune'condition,aucun droit de garantie ou recours'qul, conformement A to legislation de Nouvelle-Zelande(Commonwealth ou Etat),y compris la loi sur la pratique Commerciale loyale de 1986(Fair Trading Practices Act)ou la lol sur la:protection du.consommateur de 1993(CGA ou Consumer Guarantees Act),s'applique a cette garantie limitee et ne pout pas 8tre'exclue,restreinte ou modifiee.Cette garantie ne vise en aucun cos a contourner les dispositions de la CGA,sauf dans la mesure permise par cette lol,et ces termes doivent 8tre modifies dans la mesure necessaire pour Bonner effet a cette intention.Si vous faites]'acquisition d'un produit de Generac Power Systems ou d'un de ses distributeurs et revendeurs autorises a des fins coirrmerciales,alors,conformement a I'article 43(2)de to CGA,it est convenu que les,dispositions de 16 CGA ne s'appliquent pas. GENERAC POWER SYSTEMS,INC. • C.P.8 • Waukesha,WI(E:U.)53187 T61e hone: 888 GENERAC 436-3722 Te16co reur: 262 544-4861- Pour trouver le fournisseur de services d'entretien agree independant le plus pres et pour telecharger les schemas,Ies"vues eclatees et les listes de pieces visitez notre site Web:www.generac.com Piece no OJ4301 Revision M (2/16) r,, C RTIFICATE.OF `�� DESIGN C�IV1lPLIANC issue Date:Ociober 17,2013 - BU[HLER '&_.[illH.ti,LER . s.iru:ciurdl oo¢Incors' 13&B,JobNo:2012-OSI1.06 " wercfc:=l( 161-6001n,h.Geiiei-ai6r..>Ei?closin-,es Slandi-d. L1A, L2A Enc'lorures �i^ �' Tlic..Getierid,400k%ii-600k,iigeneratorstaiidai'il,Ll_A;ainiili2A, „ ?' enclosiue"s ha.ve been evaluated",aiid;sti eiigtlieiie-d to b-' iti` " - >.�_--�.�e::" r(�.:. �_ x; 'coiiipliatice.i�itli the"desigit'iviiid forces:in accoi•ilance:witli'the . t; ltiteiliatio al BCu c In" :Coi1e" "IBC) 2009 find .2012 'and' A)ieiicaii 'Society- Of Civil Engineeis „(ASCE);"IViitiiiiiUin =_ a := Design'Loads for Buildinbs acid Other"Sfriictiti'es,:ASCE..7-05` fif ' -- and ASGE7-10:'Strengtheiiing:;conil)onents are.hi icated ;oii " conipoiieiit sheets""OIC293S ;OIC2876$, alfii OI{2878: Strap . reiliforcing (OK2935). occtteg at; the hood side(s). Tliis' " n. F-~� > ce'rtificate'ofiiesigh,co itpliaiice.is`not`bitended.for use in.: hospitals'undcr OSHPD jurisdictiori., Wilid Pcrfoiinaitce Criterifi : 'Ek osiire` 'Bi C,D.. Roof Height-u} to;60 feet Rish:Categarj�=IV(Essential Pacilities) ' united to-regular shaped=buildings:as defined in ASCE 7-10 " :Section 29:1: '' f , f _nnFESS/pti Scoit R.I looker,P.E.;S:E: �AI Buehlei,.&Buehler;SUuctw`�1 Engliieers;-Inc: scoreR. J HOOKER S No.3937 * STRUCTURAL .' �l9lf OF•CALIFQ��\� Buehler.aC i3uehtcr Strcicluril Gniiriecrsj Inc,o'G00'Q.SG Smite 200;55cmnicitlo,CA 9SSI I a'fcl:(91 G)143r0303 a Fas:"(91G)"4A3=i1313 n�•w�c.htisacnm Bulletin No.OK6249 Rev.B.08/11115 _� CERTIFICATE - - -:5 m„ This is to certify that Generac Power Systems, Inc. c�`�jEREO�� S45 W29290 Hwy. 59 Waukesha,WI 53189 United States of America with the organizational units/sites as listed in the annex has implemented and maintains a Quality Management System. Scope: Design,Manufacturing, and Distribution of Generators and Power Products. Through an audit;documented in a report, it was verified that the management system fulfills the requirements of the following standard: ISO 9001 : 2015 .Certificate registration no. 10012920 QM15 - - ACC R E D_I..T*it-b .. . Date of original certification 2013-12-09 MANAGEMENTSVSTEMS - Date of certification 2018-07-16 CERTIFICATION BODY ff �Z Valid until 2021=07-15 •• �; � � e t is �nl -zl DQS Inc. { Brad McGuire Managing Director i Accredited Body:DQS:Inc.,1130 West Lake Cook Road,Suite 340,Buffalo Grove,IL 60089 USA 1./2 z a Annex to certificate Registration No. 10012920 QM15 Generac Power Systems, Inc. S45 W29290 Hwy. 59 s Waukesha,WI 53189 united States of America i Location Scope 10012920 Generac Power Systems, Inc. Design, Manufacturing of Generator Components.and S45 W29296 Hwy."59."_ Distribution of Service Parts. Waukesha,WI 53189 United:States of America 10012922 Generac Power Systems, Inc. Manufacturing and Distribution of Generators. 211 Murphy Dr. Eagle,WI 53119 United States of America �..i i 1.0012923 Generac Power Systems, Inc. Manufacturing and Distribution of Generators and 757 N. Newcomb St. Manufacture of Generator components. Whitewater,-Wl 53190 United States of America 10012924 Generac Power Systems, Inc. Manufacturing of Generators and Power Products. 960 N. Parkway Jefferson,WI.53549 United States of America 10013528 Generac Power Systems Manufacturing of Generators. M 5 Oregon St. r Oshkosh,WI54902 United:States of America Remote Location Scope 10014175 Generac Power Systems, Inc. The remote location at Jefferson,WI performs the' 351 Collins Road : following primary functions: Parts and Components Jefferson,WI 53549 Receiving,:lnventory,.and Distribution to Generac United States of America Locations. This annex(edition: 2018-07-16)is only valid in connection with the above-mentioned certificate. 2/2: UNITED STATES ENVIRONMENTAL PROTECTION AGENCY OFFICE OF TRANSPORTATION 2018 MODEL YEAR I C AND AIR UALITY CERT FI .ATE OF CONFORMITY o ANN ARBOR,M'ICHIGAN 48105: <,PR WITH THE CLEAN AIR ACT Certificate Issued To:.Generac Power Systems,-Inc. Effective Date: Issue Date: S.Manufacturer or Importer). P ). 10/04/2017 10/04/2017 ' .. Certificate Number:JGNXB21.92C1-044: Expiration Date: Revision Date: .. �" " "Byron J unker,Division-Director: 12/31/2018 • N/A Compliance Division Manufacturer:Generac Power Systems,Inc. Engine Family:JGNXB21;92C1 . ... Mobile/Stationary Certification Type:Stationary Fuel:Natural Gas(CNG/LNG) Emission Standards Part 60 Subpart JJJJ Table 1 CO(g/kW-hr):5.4 VOC(g/kW-hr): 1.3 NOx(g/kW-hr):2.7 .. Emergency Use Only:Y Pursuant:to:Section 213 of the Clean Air Act(42 U.S.C.section 7547)and 40 CFR Part`60,4065, 1068r and 60(stationary only and combined stationary and mobile)and subject to the terms and conditions prescribed in�those provisions,this certificate of conformity is hereby issued,witli-respect to theJesf;enginds which have.be`en`.found to conform to applicable requirements and which represent the following. . nonroad engines,by engine family,more fully described in the documentation required by 40.CFR,Part 60,and'produced'iii the:stated model year. This certificate of conformity covers only those new nonroad spark-ignition engines which conform iii all-mateiial respects.to the design specifications that applied to those engines described in the .:. documentation required by 40 CFR Part.60 and which are produced,during tlie.mddel ye,rFs"tat'ed on.this certificate of..the sdid'manufacturer,as defined in 40 CFR Part 60.This certificate:of,conformity,does not cover nonroad engines imported prior to the effective date of the certificate: '68: O,aii:author• , 40'CFR:10 It is a term of this certificate that the manufacturer shall consent to'all ins echons d`escribea.in� - � d ized''in a.wan ant or court order:'Failure to comply with the requirements of such a ' P _ ` warrant or court order may lead to revocation or suspension of this certificate for reasons spe'eified'hi 40 CFR Part:60.,It,isalso a term of this certificate that this.certificate may be revoked or suspended.or rendered void ab initio for other reasons specified in 40 CFR Part 60. " This certificate.does not cover large nonroad engines sold,offered for sale,or introduced,or deliyared;for introduction,into,commerce in the U.S.prior to the effective,date of the certificate. . United States Environmental Protection Agency UVarranty Statement (Stationary Emergency Spark-ignited Generators) Warranty Rights, Obligations and Coverage The United States Environmental Protection Agency(EPA)and Generac Power Systems,,Inc:(Generac)are pleased.to explain the.Emission Control System Warranty on your newstationary emergency engine.If during the warranty period,any emission control system or compo- nent on your engine is found defective in materials or workmanship,Generac will repair your engine at no cost to you for diagnosis,replace-- . ment parts and labor provided it be done.by a Generac Authorized Warranty Service Facility.Your emission control system may include parts- - such as the fuel metering,ignition,and exhaust systems and other=related emission related components listed below.Generac will warrant the emissions control systems on your 2009 and later model year engines provided there has been no abuse,neglect,unapproved modifica- tion,or improper maintenance of your engine.For engines less than 130 HP the warranty period is two years from the date of sale to the ulti- mate purchaser.For engines greater than or equal to 130 HP the warranty period is three years or 2500 hours of operation,whichever comes first,from.the date of the engine being placed into service.For high-cost warranted components,the Emission Control System war- ranty is valid for 5 years or 3500 hours of operation,whichever comes first. Purchaser's/Owner's Warranty Responsibilities, As the engine pu(chaser/owner you are responsible for the following:1)The engine must be installed and configured in accordance to Gen- erac's installation specifications.2)The completion of all maintenance requirements listed in your Owner's Manual.3)Any engine setting adjustment must be done in accordance and consistent with the instructions in the Owner's Manual.4)Any emission control system or com- ponent must be maintained and operated appropriately in order to ensure proper operation of the engine and control'system to minimize emissions at all times. Generac may deny any/or all Emission Control System Warranty coverage or responsibility of the engine,or an emission control system or component on your engine thereof,if it.has failed due to abuse,neglect,unapproved modification or improper maintenance,or the use of counterfeit and/or"gray market"parts not made,supplied or approved by Generac.Warranty service can be arranged by contacting either your selling dealer or a Generac Authorized Warranty Service dealer,1-800-333-1322 for the dealer nearest you.The purchaser/owner shall be responsible for any expenses or other charges incurred for service calls and/or transportation of the product to/from the.inspection or. repair facilities.The purchaser/owner shall be responsible for any and/or all damages or losses incurred while the engine is being trans- ported/shipped for inspection or warranty repairs.Contact Generac Power Systems Inc.for additional Emission Control System Warranty related information,Generac Power Systems,Inc.,PO.Box 8,Waukesha,WI 53187,orcall 1-800-333-1322 or www..gerferac.com. -Important Note This warranty statement explains your rights and obligations under the Emission Control System Warranty,which is provided to you by Gen-..: erac pursuant to federal law.Note that this warranty shall not apply to any incidental,consequential,or indirect damages caused by defects in materials or workmanship or any delay in repair or replacement of the defective part(s).This warranty is in place of all-other warranties, expressed or implied.Specifically,Generac makes no other warranties as.to the merchantability or fitness for a particularpurpose.Any implied warranties which are.allowed by law,shall be limited in duration to the terms of the express warranty provided herein_.Some states do not allow limitations on how,long an implied warranty lasts,so the above limitation may not apply to you. Emission Related Parts Include the Following (if so equipped) . 1)Fuel Metering System 3)Ignition System Including A)Spark Plug,B)Ignition_Module, 1_.1)Gasoline Carburetor Assembly and,Internal Components C)Ignition Coil,D)Spark Plug Wires --- A)Fuel Filter,B)Carburetor,C).Fuel Pump 4)Exhaust System 1.2)Carburetion,Assembly and Its Components_ A)Catalyst Assembly*,B)Exhaust Manifold,C)Muffler, . A)Fuel Controller,B)Carburetor and Its Gaskets, D)Exhaust Pipe,E)Muffler Gasket - C)Mixer and Its Gaskets_,D)Primary Gas Regulator, 5)Crankcase Breather Assembly Including E)Liquid Vaporizer A)Breather Connection Tube,B)PCV Valve 1.3)Fuel Regulator 6)Oxygen Sensor 2)Air Induction System Including A)Intake Pipe/Manifold, 7)Diagnostic Emission-Control System B)Air Cleaner *High-Cost Warranted Component EmsnWmty001 Revision F (04/15) United States Environmental Protection Agency Compliance Requirements. (Stationary Emergency Spark=ignited Generators) Purchaser'slOwner's Record Keeping Responsibilities The United States Environmental.Protection Agency.(EPA)and Generac Power Systems,Inc.(Generac)are pleased to explain your record keeping requirements for compliance with Subpart JJJJ-Standards of Performance for Stationary Spark Ignition Internal Combustion Engines as listed in the Electronic Code of Federal Regulations Title 40 Part 60.As the engine purchaser/owner who operates and-maintains_ - their certified emergency stationary engine arid emission.control system according to applicable:emission related guidelines as specified in this Owner's Manual,you are required.to meet the following notification and record keeping requirements to demonstrate compliance:1) Maintain documentation that the.engine is certified to meet emission standards.2)Record keeping of maintenance conducted.3)Record keeping of the provision allowing natural gas engines to operate using propane for a maximum of 100 hours per year as an alternate fuel solely during emergency operations provided the engine is not certified to operate on propane.4)Meet all compliance notifications submitted to the purchaser/owner and maintain all supporting documentation.5)Record keeping of hours of operation,including what classified the operation as emergency and how many hours are spent for non-emergency operation.For emergency engines greater than or equal to 130 HP,record=keeping of hours of operation begins January 1,2011.For emergency engines less-than 130 HP,,record keeping of hours of oper- ation begins January 1,2009;engines are equipped with non-resettable hour meters to facilitate record keeping. : . Specific Air Quality Management or Air Pollution Control Districts may have different and additional record keeping/reporting requirements. Your permit to construct and/or operate the engine may be contingent upon compliance with those requirements.Check with your local Air Quality Management or.Air Pollution Control District for specific requirements. Emergency stationary.internal combustion engines(ICE)may be operated for the purpose of maintenance checks and readiness testing, provided that the tests are recommended by_Federal,State or local government,Generac,or the insurance company associated with the engine.Maintenance checks grid readiness testing of such units is limited to 100 hours.per year.There is no time limit on the use of emer- gency stationary ICE in emergency situations.The purchaser/owner may-petition the Administrator for approval of additional hours to be used for maintenance checks and readiness testing,:but a petition is not required if the owner maintains records indicating that Federal; State,or local standards:require maintenance and testing of emergency ICE beyond 100 hours per year.Emergency stationary ICE may operate up to 50.hours per year in non emergency situations,but those 50 hours are counted towards the 100 hours per year provided for maintenance and testing.- The 50 hours per year for non-emergency situations cannot be used for peak shaving or to generate income for a facility to supply power to an electric grid or otherwise supply power as part of a financial arrangement witti:ariother entity.For purchaser/owner of emergency engines, any operation other thanemergency operation,maintenance'and testing,and operation in non-emergency situations for'S0 hours,per year, as permitted in.this section is prohibited. -. If you operate and maintain your certified emergency stationary SI internal combustion engine and emissions control systems in accordance to the specifications and guidelines in this Owner's Manual,EPA will not require engine performance testing:If not,your engine will be con- sidered non-certified and you must demonstrate compliance according to Subpart JJJJ-Standards of Performance for Stationary Spark Igni- tion Internal Combustion Engines as listed in the Electronic Code of Federal Regulations Title 40 Part 60. Emission-Related Installation Instructions Your certified emergency stationary engine has pre-set emission,control systems or components that require no adjustment.Inspection and replacement of an emissions related component is required to be:done so in accordance-with the requirements cited in the United States Environmental Protection.Agency Warranty Statement or can be arranged by contacting either your selling dealer or a Generac Authorized Warranty Service:dealer,1-800-333-1322 for.the dealer nearest you.Failing to follow these instructions when installing a certifiedengine in a piece of non-road equipment violates federal law 40 CFR 1068.105(b),subject to fines or penalties as described in the Clean Air Act. EmsnWmty001 Revision F (04/15) g. 7 :. g 5, GENERAL NOTES G03AUSB31600CGXM,11BE,18RX,119BG,119M ero: ASCO 300 SERIES, SERVICE ENTRANCE RATED 1600 AMPERE, 4 POLE 208V, NEMA 3R D .- 1 E 11 1 •.•. �rw.nwrt co A¢ n�iiu'vlius¢omrau�rxn�a rawila�mani'n�rn4va® �mm - 11BE--ENGINE'EXERCI"SER 18RX—"SOURCE AVAILABLE CONTACTS ' • " • �` ' " �- 119BG-"120VAC"SHUNT TRIP _.-_. �41n,5I�I�i.�.�4e,K�rn545' I 119M —ENERGY REDUCTION MANAGEMENT SWITCH ... TOP VIEW " FPECIFICATIONS ' MIA� 'Noll III ma� � r�nln .. .. ... 4 c e u+w C _ reur;,am°`aac`ro" rcn aE ter. CABLING NOTES nai ' ' .a S� Eoiwnrn,x .�.irar nn � - "11�q LL��ppppp�����11111qq 4,waa¢,x�cwmec nru�er�nv�nav"o Iln . . ', � ��q .eimm"!T _ _ _ .0• ca'�im�seorm�c.Mn lew,:'ruc�.nc4wrnrom�..aec+norw.u,eo.' . ��� ��� 4n�orwi S2U— �y a.w¢Inivnemmwnonenirnuwioun©wrtuexm 111�4rC�IQI�]�1111T .. [mamma �e®f . .. �ww mlluasaa��ra"�ncaa ac°ELiulw .. FRONT VIEW FRONT VIEW FRONT ELEVATION RIGHT SIDE VIEW REARVIEW WITHOUT ExTERIOR DOORS INTERIORVIEW.. • .. B NOTES 7EQ;g000 AMPSw. B eau.lela4 .. AGRAh75 1�vi :1 VL1Yenas!'u"'arorcrrni1LG°lnn�mn:.sroneornc<iraor. . � :a°ywrwoce<.ry'!'ur'n`i'e:."reaEr�rm,l w•.nan II 1 .. un+x.nowx�teuruc'°VOnmcfO1 ... ... e E - RUTONRTIC •..wa - AVfOFIAiIc ` : •.. .. .. .W4Vn Rmrvi 1 —^' 1��� ' CIRCUIT 9RFAKF ITEM E26 H Tn.xscEn „uxsven _ :ox, G BWIiCN # 6WITCx # vmxuwopE1..Srartl4ENi.wSTulime4uf rxii mvB!!m _ .__._' __ _ _._.__. PLAN VIEW .. lurucrs ' onmraasmn ecrtaanm..lxn im D . .. cwcuR om�o ��� .. rURwE ... IMf4b •�� .. rv.mv� .. ."• Y.U911m0..IarN.IGf lE UXFAKFN - , .. .:. '".. (WITH SOLID NEUTRAL) RH SWR PPI CHED/OVERLANG NEUTRAL) .. .. - _ A9BD— F 8 7 6 5 4 3 2 m1 - SERIES 300 GROUP.0 CONTROLLER-. The SERIEs 300 incorporates the group'"w controller with an. hance.d capabilities far dependable operation in any environ- ment: :TIME DELAYS aw �* Engine start time delay - delays engine starting signal-to override g• momentary normal source outages, adjustable from 0 to 6 seconds (Feature 1C). �--; • Emergency source .''stabilization time delay to ignore momentary transients.during initial generator set loading;:adjustable r '~ from 0 to 4 seconds(Feature 10. • Re-transfer to normal time delay with two settings(Feature 3A). • Power failure mode-0 to 60 minutes Test mode.-0 to 10 hours r . Unloaded running time delay forrengjne cooldown;adjustable from 0 to 60 minutes(Feature 2E).' ""- 2)5Ea.ad ERRelay - • Pre- and post-signal time delay for selective load disconnect with a,. programmable bypass on source failures,adjustable from 0 to 5 minutes (specify ASCO optional accessory 31Z). y, Optional fully programmable engine'exerciser with seven independent routines to exercise the engine generator,with or without loads,on a. "taro a"eg daily,weekly bi-weekly or monthly basis(specify ASCO optional acces c°n:rot o er - T—Fa :s _ sory feature bundle 11BE). Battey in Maintain a - --�• ' Delayed transition load.disconnect time delay,.adjusable from 0 to 5 mi- Fng,ne Fxertlser ` nutes(3ADTS/3NDTS configuration uration only).•. ClotkSetttngs ' '. PmxrSupplY .. .. :. .t • - lumpertard .. STANDARD SELECTABLE FEATURES OlRswlmheafor .. .. - ' noltugelfrequen y - a Inphase monitor transfer.. 'otor loads,:without any,intentional off 4Q8;p5SC„o,n�Fg .V.. tim' rrents from exceeding ingnorma s a mglevels.e,to preyent inrushcu . arkt.rvo r.gk hipunUrg IttaGon' * ' Engine exerciser to automatically test backup generator each week,with � .. .. 'NR Relay t• " • fmC-entsemIng Card .. .. .- or without load 20 minutes not adjustable. �ji~ q W 5 "��" • Commit to transfer. .. - Custinteraeatroi - nr`.ivc*is':Yr, i� .. .. : - .. RS485 Pbt(Opv.non Selective load disconnect circuit to provide a pre transfer:and/or post E.WWe th Feature B"nale„BE transfer signal when transferring from emergency, to 'normal and/or Fig.8:ASCO SERIES 300 normal to emergency. Group'GController • Re-transfer to normal through :soft keys"on user- interface r"automatic! 6 or 50Hzlselect bie swit h.Three/single-phase se switch. ermits s 0Hz CONTROL AND DISPLAY PANEL TE AT R • Easy-to-navigate 128x64 graphical LCD display with keypad provides REMO CONTROL FE U ES LED indicators for switch position,:source availability,not in auto mode, and alert condition.It also:includes test and time delay bypass soft keys. External inputs for connecting: • Remote test switch. • Remote contact for test or peak_shaving applications. If emergency ' VOLTAGE,FREQUENCY&CURRENT SENSING source fails,switch wiq automatically transfer back-to normal source if acceptable.. " 3-phase under and over voltage settings on normal and single phase. : Inhibit transfer to emergency. sensing on emergency source. - Remote.time delay bypass switch emergency to normal. • Under and over frequency settings on normal and emergency. :True RMS voltage sensing.with+!-1%accuracy. . Frequency sensing accuracy is+/-0.1Hi. Voltage and frequency parameters adjustable(n_1%increments. • Selecting settings:single or:threephase voltage sensing.on normal,and single phase sensing on emergency;50 or 60Hz'.3-phase voltage unbalance on normal. Load current sensing card(optional). 6. SERIES 300 GROUP G OFFERS SOPHISTICATED FUNCTIONALITY: The new Group G controller offers an intuitive,easy-to-navigate 128`64 graphical_LCD display with soft keypad and provides six(6)LED indicators. Switch Position(green for normal,-red for emergency LED) - S.ource Availability(green for normal,red for emergency LED) "Not In Auto"(amber LED) -'Common Alarm(amber LED) The ASCO group"G"controller is self-contained with an integrated display(no'other components are required for efficient operation).. The controller allows for open or delayed transition transfer opertion(both automatic,and non-automatic configurations). An integrated multilingual user interface for configuration and monitoring(this design approach allowsgreater application flexibility). Multiple source-sensing capabilities of voltage,frequency(under frequency sensing on normal and emergency sources),and optional current card,single and - three phase(does not require an external metering device). Fig.9:Door-Mounted Control: &Display Pane ASco EL(:,z 0,.h!orrnal Common Alarm Not In Auta Indicator l3r'e5i• lest''ftarlfer" S- - � - croll,Up/Down Arrows �. Escape Key Enter.Ke y • `• (�; ;.• ,. .;:, `�-::.'':'. ['� LED Source Availability and. - W itch Position Indicators a Transfer/Time Delay Override ... push-button ►a:: control - Control Status Source Status Alarm Status Controller Information' Normal UK ,`,: Norrrrl Erriergenc Serial Number b.207U U00000000000 -. Load on Nornnsl No ActiE+ i�la'nis s_G06ti1. ofttaare tlersiari :.. . a 207ya"2u;V E{ d£�bsxsal 12��1s td.Y Fr >s Test Fransfet,; 60AFlz:. - 60,OHz ' Thuj2711/1415:U5:Ssz' Normal OK Normal .Lo6d Ernerq. Alarm 1 of 1 . a 207,Pa 200A - 1 19vA aiur.' 0 F ..c .,Mnrittal a EmergFnc�. Y., 2 rktil�,;` � Tr Prey r"� • . sr Bypass Tirrrei k60,OHz 0CA 6U.OHz Aoknoaled A ' ' Trrrtisf" 01--lin 02 9e:Alarms Main Menu/ Settings/ Settings/General/ Settings/General/Common Settings Engine Exerciser Communications Alarms [ngine Exterci5er ;r?s485 Port Gomnton Alarn-is . - t Time '09:08:1 EntFr:P.,_s card �, Presisn Cievice Addr =` 1 E, d6e t Fail <Q Enable. =. O Protocol AscoBusII %th Load'- O- Emulate Gr 1 Q - Main Menu/ Main Menu/ Mom.Menu/ Main Menu/ Event Logging Statistics Factory/Diagnostics About <i,Event Log» « statistics » t('Discrete Inouts)> <t About >> Eventi_Ae 1 of 248 .- S Total'Transfers �CNPJ 1 F5 - 1 F 10 1, _ ,.- Engine,Stop �,J,JE 0 F17- 1'TST 1 CupyrirghtO 201:j., 5`Trantf r Tirne. _:EI+J 0 F34 1 'Emerson HSCO Por,,-Pr S.0 Scc,• , EE C F6 :,1 il.. ` Technologies,LF,OS07713 10:2344.0" 7 SERIES 300 ATS OPTIONAL-ACCESSORIES ACCESSORYIUP UPS back up power to allow controller to run with LCD display for'30 ACCESSORY73 Surge Suppressor(TVSS)Rated 65kA. ACCESSORY 11BE FEATURE BUNDLE ACCESSORY 62W A fully programmable engine exerciser with seven_independent routines Audible alarm with silencing feature to signal each time switch to exercise the engine generator with or without loads,on a daily,weekly, transfers to-emergency(may require oversize enclosure depending bi-weekly or monthly basis.Engine exerciser setting can be displayed and on accessory combination for°D°frame only). changed from the user interface keypad. ACCESSORY 370 Event Log display shows the event number,time and date of event,event 6' Extension harness for units shipped open type to accommodate type,and event reason,'(if applicable). customer mounting of controls and switch. A maximum of 300 events can be.stored. RS 485 Communications Port ACCESSORY 37C Enabled Common Alarm Output Contact 9' Extension harness for units shipped open type to_accommodate.. ACCESSORY 18RX customer mounting of controls and switch. Relay expansion module(REX)provides for some commonly used accessory ACCESSORY 135L2 relays",includes one form C contact for source availability of normal(18G), Power Meter on load side(includes shorting block and CTs)Note2 This and one form C contact for availability of emergency(18B)(contact rating feature is not available with Load Current Metering option(23GA or 23GB). 5 amperes @ 34Vdc or @125 VAC.resistive). Additional output relay is ACCESSORY 30A3 provided,the default into indicate a common alarm.(Sea operator's manual Shedding circuit initiated by opening of a customer-supplied contact. for configurable options.) ACCESSORY 30Bk3 Load-shedding circuit initiated by removal of customer=supplied Load current metering card measures either single or three phase load voltage.{`Specify Voltage) current. ACCESSORY 30AA3 Note 1:This feature is not available with a Power Meter Option(135L). Load-shedding circuit initiated by opening of a customersupplied. ACCESSORY 44A contact. Strip Heater with thermostat for extremely cold areas to prevent , ACCESSORY 30BA'3 condensation and freezing of this condensation.External 120 volt power . Load-shedding circuit initiated,by removal of customer-supplied source required. voltage.(`Specify.Voltage) ACCESSORY 44G Note 3:Accessory 30A and 306_are only available for 3AT S only; Strip. Heater with thermostat, wired to load terminals: accessory 30AA and 30BA`,are only available for 3ADTS. 208-240,360-380,460-480,550-600 volts.Contains wiring harnesses for all transfer switch sizes: ACCESSORY 72EE Connectivity Module enabling remote monitoring.and control capabilities includes accessory 11BE featured bundle(pages 12-14). FIELD"CONVERSION KITS FOR SERIES 300 TRANSFER SWITCHES. Fig.10 Strip Neater Kit Fig.11:Relay Expansion (Accessory 44G) Module(Accessory 18RX) DESCRiPTION I FeatureBundtelncludesEngineExerciser/EventLog/RS485/Common Alarm Engine'Ekerci5er e. 935147 OutputContact(Acc.TBE)Dongle' Present,Ti6 -09:03:16 935148 REX Module with Source AvailabilityContacts(Am16R)O Enab`sc '.;.::.5_ 0 UPS to allow controller to run for 30 seconds minimum without AC 4'?ith Load O. - 935149 Power(Acc.1UP) -- Fig.12:Load Current Card .Fig.13:Programmable 935150 : 1f3 Phase load current sensing card only(Acc:23GA/GB) �mm (Accessory 23GA/GB) Engine Exerciser K613127-001 Strip,Heater(125watUl2D volt(Acc.44A) K613127-002 Strip Heater(125 waW 208-480 volt(Am 44G) " 9485a�1 ouad=Ethemet Module(Acc.72Eq #• T Fig;14:Accessory 1UP K609027 Cable Pull Box(1600-2000 amperes) UPS Backup Power. 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SIGNAL .. u:n •i...ii...•..COMMON Lro.un I.........:NC IIIm:»etevocvrill I- I : i•1••••x•• TOOTNERASCOSERIAL 2uocnim m [a'Oa Y q•fi•....q.l....N COMMUNICATIONS e '_•••• NO .NORWIL COURCE I•. • M�...�•h....S./....T4 DEVICES roNM mc,az,nunaa ox•..scxunxcwc /� . F iUTREI— ACCEPTABLE ' ' : : Mera�w,[nrxucENorsoxumaxu»a�ml C': •j ..... CAMLION ... Vt»..» . INC L.: mi I..: . ; ••.1.•. ...».+0:COMMON =' ' .. .. .. .. ... .. 1 w .0..�....»............{ I FEATURE WE OPTIONAL u' !^ . • • ao[©:wuauPa � ' , �toCA Nxe,AYIXRANsn lE L aN TRONTO[1RaMVER SNrtLN[IMa•C 1....E 1f// TAD NM�M, o�A,EP CONTAC .. I Y••••.Q••1••.� »».».•IG I COMMON j10•Pv »r .. •. ... ..- .. PS ^(FlELD CONNECTIONS).WIRE RFNCiE:22-12 AW° ... O[TDN R�'Y'OPL' V• ' ' NO v�uw TOTS, '.. .Q...•w•w...»... 'O'FCANREIX C ' 1 REFER T° rwc N n'J II•Ryva ..�'� a^•^ ... I 1>,e,I v...u.•c:.a. Nm%&tm. .. Px.. .,w•* PAGEI V- , m mION RFle ¢TANDARn1 _ I - ,• NTRIX,RRO V•�P,•f . .: CP .. oeniEe a)wow omlmeou[u •}••• NO OPTION REIAY•OPG .. .. .o BI J°'°� ....... °PTIONRELAY•OP1' j i�,.....»._ NO mnun B. .. I ......» COMMON �ar..onv++,w .. i��t mL�-"�•:•.'»..•• NO EMERGENCYSOVRCE ... •' r..:s...w f'_�_ T L{. ••COMMON ACCEPTABLE •NC e » SIGNAL "... .. rONmrn PR RFx•OTE rOumOL FFPn m.E� - P,. .. .. .. ' CP imoueRowneexrxeUFn L-'_- NORMAL BOUP.CE. . 1"CI.L OCa EXTERNAL FEATURE IT .. I �1..........COMMON ACC EPTABLE 1 REMOTE TRANSFER .. 2 GIGNAI .. .. 1 TO EMERGENCY » NC PAwCwYPc w%) Ip r¢--�"•�-1 [ALITOMATICTRANSFERTYPEONI-YJ 1 w. ••••»•• .I:a•.aTvoc xal 11 L.» FXTERNALFEATUR RAN REMOTE BYPASS OF RETRANSFER TO NORMALTME OElAY - .. AI I a,..,,.mwo,•�N '4. •u+•...Ta,.: '—A'• EXTERNALMANUALTRANSFER w lam .•. ... I:.m..v~ __--1 ... pl— REMOTETRANSFERTO,. .. EFGaIWATStitN,91]Px,NWEIa AN'9 'Npo.® ... ... NORMAL OR EMERGENCY QIONAUTONIATIC TRAI6FERTYPEONLY( . AND 8 7 6 5 4 3 21 B..:., T g ... MAIN POWER POLES TS OPERATOR CIRCUIT D p G EMERENCY ... .. NA .. - NC .:. .: NORMAL EA EB EC EN CP .: :. ... ... .. v .- .. ... I TS IEA) TS IEA) TS(EC) TS(ENj I C . -T - (MUS? 1 TS ! .. - p i TS 2DD���-----��� iB 1 P 1 LA AI TVPEc ftPTIONAL NEIrtR ,6 "" 16 �1R1, Su '. l➢ TO'EI�LANATION Of UTNIDO NULIBER CCDES' ,6�• GTALOO NUNHEft CINftI Ol191VEEI 1.. �••` —••� ., '.E��' - LBSOLID BUS. . .J LOAD •SWITCHNOPIATE .. T9 .. - .. • •. ! .. LC CMrtS .. .. i r —... I 0— vzol I LNo------ --------- ------------ Llj- B i B CP TS 1111 TS(NB) 79 INC) TS(NN)L .. .�• . 1 1 b EMERGENCY NA NB NC NN NORMAL: w. A ATS/NTS SHOWN CLOSED ON NORMAL SOURCE. .A :. - .. on' �...n w.s - .. � .. �[s IOU�TauiNrelsvn,uwwuvs �O •' '. 8 7 6 5 . 4 3 2 �1 g..., 7: 6 5. 4 3., 2. .... NORMAL SOURCE CIRCUITS ADDITIONAL CIRCUITS OPTIONAL ACCESSO.Rf�Y„ro2I3roGB(LOAD.'CURRENT MrtEi+TuwE oR w I N:a GI Ij c.sopNORMAL 1 NN AP.SBB NC o j. 'D"BatrorRo�e .. .. ., cr :. ........ .. �: ......... ......................... ;. .7' EMERGENCY SOURCE CIRCUITS ro� EMERGENCY nEN .E C. c, '; C LOAD TERMINAL CIRCUITS LOAD B B CONTROL SIGNALS$INDICATION CP A L n �`...__.r ..J A ASCO 8 7 6 5 4 3 2 �1r :8..:.._ 7: :....,. g .... , 5 :.4 3.. 2... . PHYSICAL DIAGRAM ENCLOSURE DOOR,INSIDE D .:D : - - - .. .. .. .. „ C P OYIFA METER O 3G TS(TRANSFER SWITCH) aRx lnPA OR me`)oiuP n .. .. ...ter. _(J:M W j'.EOR—(CRAM.. EA EB EC EN feu :� 1UEcow"�c oN 18RX a wr�.r mu`�'Ar avuow,awown.:. � n �18RX1� € GAF'............. -- ! __ .. P .. IkLc ERR uL aE� ..� �TBR, LA?LA ® LB ® LN , OAACaEeaAYa• '"'`"� maumEoox NroNr awi�) a..--• --..-......� NA NB NC NN rAP1-----=-----� �AP2--------=----- .... B B r a 'r A MGOYADDON PANEL ACCESSORY AD-0N PANEL I . MwlnNG I MouN NG . r : r : r , 1.------ ---- .i......................i DETAIL A MUS°.AUX1 NOS:'PN sS MAY VAY OASEO ON .. .'.•... •.. •. .. LOSUREPR .. ... .' .. TOP VIEW ENc omoeD. A ¢ A 4n[-xUi(Ov�ia�:tNrelwn,�ow:m Auva r�• . g rC 8 7 6 5 . 4. 3 2 �1 a ..... g. 7: -6 5. 4 3. 2. PHYSICAL DIAGRAM(CONTINUED) REAR CONNECTED SWITCH FRONT CONNECTED SWITCH 1000—3200 AMP.TS REAR VIEW 1000—2000 AMP.TS TOP VIEW D p OPTIONAL ACCESSORY 23GB � � ' � OPTIONAL ACCESSORY 23G8 ". '• (LOAD CURRENT METERING) (LOAD CURRENT METERING) .:. ) MAIN;BUS ST ABSlfERMINALS(TYPICAL LC LN .. - LOAD LOAD LOAD .. LOAD .. . ' PH45EA PHASED PNASEC NEUIRAI ' EN 'EC ED EA -- ---1 Cit 1-------1 cT2 I-------I-CT3 . ;. EMERGENCY EMERGENCY EMERGENCY EMERGE cY L. - ` 1 1♦- • 1 . PHASES A ' ,\ 1 - ` ' ` _- .. NEITIPJJ. � PHASEC� f, . ..,i.i .. .. . .. .'' •7hTIAC1�SR}� 1 `Tn'�'L+a.^,•.1' j .`IGTiCll.`nOS14� j • fM11G[NCIID>o . 4.1 1 '1 1 ovl meenrtou .. '— —----------— --------------!------- .. ... --- La LOAo LOAD Low Lao MAIN BUS STABSITERMINALS(TYPICAL) NEUTRAL PHASEC PHASES PHASEA C. ------• . •------- •-------- .. .. .. Cn 1" 1 m 1 �i-.., cif 1 .�--.�; , .. .. : : C . ED EC li li 1 EMERGENCY EMERGENCY EMERGENCY EM.EPGENCY \ \ ----'1" -f1O' -f\OII PNASEA PHASED PHASEC NEUTAAL 'mrtecmmsr�;• ; •rrt-,a'acrt�' 'i , i `mrtcamsir,• - . 1 I 1 O O 11NNC NB NA .. NORMAL' NORMAI. NORMAL NORM -------------------------------------------------------------------------- PHASE C PHASES PHASEA .. .. .... ... . BOTTOM VIEW f'1 NA NB NC NN NORMAL NORMAL NORMAL NDRLRAL .... .. : 1.; .. .. ..... ... PHASE A. .PHASED .. PHASE .. NEUIiNL. .. L� B B .. .. .. LA 0 LC LN . LOAD LOAD LOAD - LOAD ROP PHASEA PHASED PHASEC NEUTRAL . -------• ------ - - ovrra '•. .. -�. 1 M ,i �r�. 1 CTY 1 ...... . .• - '.•'MTiE.'Alai'Pll� 1 ,•'RRiEA.1RD.51L1� i •'{If2llARSL'15,� i ' 1 1 1 1 1 1 .. --------------1--------------!-----------------' A — A ... .. .. .. p 4d10LS&CJNn1wn,Ww:40— 8 7 6 5 4 3 2 �1 a Installation Manual .. ASCO 3ATS, 3ADTS; 3NTS, 3NDTS .. Installation Manual -_ ASCO® 3ATS; 3ADTS, 3NTS, 3NDTS G-desi gn 1600-3000 A Transfer Switches Table of Contents DANGER is used in this manual to warn of a INSTALLATION hazard.situation which, if not avoided;will result:in Mounting;........................... ...... .................:....1 death'or serious injury.. Power Connections ..........................::............2 Engine Starting Contacts...........:.:..... ..........:..2 . !Al FUNCTIONAL TEST WARNING is used in this manual to warn of a 1-Manual Operation.............................. ....:.....3 hazardous situation which, if not avoided,-could _- 2-.Voltage Checks...."......:::........:.......:...:.........4 result death or serious injury. 3-Electrical Operation....;:............................:..6: - .. TESTING &SERVICE ACAUTION -. Transfer Test.......... ........................................6 Preventive Maintenance...................................6 CAUTION is:used in this manuaFto warn of a Manual Load-transfer.. ................................6 hazardous situation which, if not avoided, could: result in minor or:moderate injury. TROUBLESHOOTING ............. ............... :....7 ` X :Refer to the outline and wiring drawings provided with the 3ATS, 3NTS, 3ADTS, or 3NDTS'for all installation and connection details and accessories. Supporting-Foundation ' Refer to User's Guide 381333-400 for the Goup G The supporting foundation for the enclosure must be level and Controller status display messages, time delays, straight. Refer,to the applicable enclosure outline drawing. . pickup.and dropout settings, and adjustments. included with the transfer switch for all mounting details including door opening space. -. If bottom cable-entry is used,the foundation must be prepared RatingLabel. p so that the conduit stubs are located correctly..Refer to the Each transfer switch contains a rating label to define the-loads enclosure outline drawing for specified area and location. and fault circuit withstand/closing ratings. Refer to the label . . Provide cable bending space.and:1 inch minimum clearance to on the transfer switch for specific values. live metal parts.-When a concrete floor,is poured,use interlocking conduit spacer.caps or a wood or metal.template.. AWARNI'NG to maintain proper conduit alignment. . Do not exceed the values on'the rating:label. Mountie Exceeding the rating can cause person injury or- Refer Refer to the outline and mounting,diagram and,mount the Serious equipment damage: transfer switch.according to details and'instructions:shown on An experienced licensed electrician must install the transfer the diagram. Mount it vertically to a rigid supporting .. switch. structure. Level all mounting points by using flat washers behind the holes to avoid distortion of the transfer-switch. - Installation These transfer.switches are.factory wired and tested.. NOTICE Installation requires,mounting,connecting service cables,and Protect the-transfer switch from.construction grit connecting engine start and auxiliary control circuits(if and metal chips to prevent malfunction or required.). shortened life of the transfer switch. 381333-406 381333-406 EMERSON. ASCO Power Technologies . Page 1. Network..Power ASCO 3ATS,.3ADTS, 3NTS,.3NDTS Installation Manual Line Connections Engine Starting Contacts. Refer to the wiring diagram provided with the transfer switch. The engine control contact connections(if used)are located on All wiring mist be made in accordance with the.National the transfer switch for 3ATS&3NTS or in the upper right Electrical Code and local codes. side of the enclosure for 3ADTS&3NDTS.. Connect signal wires to appropriate terminals as specified in Table A and shown in Figure 1. Table A. Engine Start Connections. De-energize the conductors before making any line. or auxiliary circuit connections. Be sure that the When normal Terminals on . Normal and Emergency line connections are in source fails. transfer switch proper,phase rotation. Place the engine generator . contact closes T131 and T132- starting control in the OFF position. Make sure contact opens TB1 and TB3 engine generator is not in operation: Testing Power Conductors Do not connect the power conductors to the transfer switch . until they are tested. Installing power cables in conduit,cable T13 troughs,and ceiling-suspended.hangers.often requires. . considerable force. The pulling of cables can damage RUDE ��© � insulation and stretch or break the conductor's strands. For this reason,after the cables are pulled into position,and before � they are connected,they should:be tested to verify that they ®❑® F �QD ��RN are not defective or have been damaged during installation. Connecting Power Cables. After the power cables have been tested,connect them to the appropriate terminal lugs on the transfer switch as shown on the wiring diagram provided with the transfer,switch. Make. sure that the lugs provided are suitable for use with the cables Figure 1. Engine start and auxiliary circuit terminal block. being installed. Standard terminal lugs are solderless screw type and will accept the wire sizes listed on the drawings provided with the transfer switch. Be careful when stripping insulation from the cables,avoid nicking or ringing the Emergency conductor. Remove surface oxides from cables by cleaning contacts with a wire brush..When aluminum cable.is used,app Y J 1 oint compound to conductors. Tighten cable lugs to the torque o specified on rating label.. window - indicators Harnosses OPEN or CLOSED The transfer switch is connected to the left side of the controller by a plug-in harness(two plugs). Auxiliary:Circuits: Normal Connect auxiliary circuit wires to appropriate terminals on the contacts transfer switch as shown on the wiring diagram. Controller Ground Figure 2. Main contact position indicators on right side. A grounding wire must be connected to the'controller's lower.. left mounting stud. Because the controller is mounted on the. enclosure door,a conductive strap must be used between the enclosure and the door. This connection provides proper grounding which does not:rely upon the door hinges. O Page 2 ASCO Power Technologies EMERSON. 381333-406; Network Power Installation Manual ASCO 3ATS, 3ADTSi 3NTS,3NDTS Functional Test The functional test consists-of three checks: manual maintenance operation,voltage checks,and electrical operation. Turn:counte.rclockwise to Emergency. NOTICE Grasp Do-these checks in the order presented to avoid to al a handle Turn clockwise Norm . firmly damaging the transfer switch. it �" insert handle: 1 —Manual Operation; ..: slide nub onto shaft into hole A maintenance handle is provided on the transfer switch for maintenance purposes only. Manual operation of the transfer switch should be checked before it is energized(operated Figure 3. Maintenance handle on 3ATS&3NTS: electrically). WAFFNING Do not manually operate the transfer switch until both power sources are disconnected: open both Cam•~ V circuit breakers: . C ounterclockwise.DO1NN Clockwise DOWN closes 1. After deenergizing both power sources,open the'enclosure closes:the Emergency the Normal source. -door. Locate and remove the maintenance handle from the':' source contacts(upper) ' contacts(lower) and- clip on the left side of the transfer switch.."See Figures:3,4, and opens the Normal : opens.the Emergency and,5: See Figure 2 for the contact position indicators: source contacts(lower) source contacts.(upper), 2...Install the handle into the hole in the molded hub. Move Figure 4. Maintenance handle operation on 3ATS-& =the handle up or down as shown to manually operate the g.. transfer switch.It-should.operate smoothly without any 3NTS. binding.If it does not,check for shipping damage or construction debris. maintenance handle 3.. 3ADTS and 3NTS'have two contact shaft hubs.: See Figure 5. 4. Return the transfer switch to the Normal position. .. insert handle into Note:If Normal and Emergency connections are reversed this hole in hub Operation-is also reversed: slide hub onto shaft and insert the oin- Counterclockwise DOWN Clockwise DOWN CLOSES OPENS-the contacts the contacts Pull ouf shaft to open Pull out shaft to close Emergency source contacts Emergency source contacts (upper) (uPPef). Push in shaft,to open Normal Push in shaft to close source contacts(lower) Normal source contacts (lower) Figure 5., Maintenance handle on-3ADTS&-3NDTS. ,. 381333406 EMER50N. ASCO Power Technologies, Page 3 Network Power ASC0:3ATS;-3ADTS, 3NTS,:3NDTS :. Installation Manual Close the normal source,:circuit breaker.The f` sEMERSO N• • MOD, normal source accepted and the load on normal ►V . 0 1 lights should came on. 80 t Use an accurate voltmeter to I check phase to phase and 2 phase to neutral voltages -A present at the transfer switch L-__j normal source terminals.. 1,010 z Close'the emergency source circuit breaker. - ...,Y (Start generator, if necessary.) The emergency 3 source accepted light should come-on. - I Normal Source Load an+' TLoad on Emergency j Accepted Normal Emergency Source Accepted. Use an accurate voltmeter to Figure 6. Four indicator lights. check.phase to phase and 4 phase to neutral voltages 2_Voltage Checks present at the transfer'switch emergency source terminals."• First check the nameplate on the transfer switch;rated voltage Use a phase rotation meter to A g C. must be the same as normal and emergency line voltages. check phase rotation of 5 emergency source; it must be • the same at the normal source..: Use extreme caution when.using a meter.to measure voltages in the following steps. Shut down the engine=generator, if applicable. Do not touch pourer terminals; shock; burns, or The emergency source accepted light should go death could result! off. Then put the 8 arting.control selector.switch (on the generator'set) in the automatic position. Perform.steps I through 6 at the right., Observe the indicator. 6 Close the enclosure door. lights. See Figure 6, - - - - •Black circle means the light is on. O White circlemeans the light is off. * Continue to 3—Electrical Operation on the next page. If necessary;adjust the voltage regulator on the generator according to the manufacturer's recommendations.. The transfer switch will respond only to-the rated voltage specified on the transfer switch nameplate. Also see User's Guide 381333-400 for voltage settings in the TV controller. A. Page 4. ASCO Power Technologies .. EMERS 381333-406 ON. Network Power Installation Manual :. ASCO.3ATS, 3ADTS; 3NTS, 3NbTS .. The;normal source must be available and the generator EMERSoN : ASCO'' must be ready to start. Check that the normal source mow••• accepted light is on. :e t For 3ATS.&3ADTS press the transfer -w button. The engine should start and run ! within 15 seconds.For 3NTS&3NDTS rt i n t started manually . the ge erator must be st d m mall 2 at the generator. ( I , The emergency source accepted light should come on. ' Observe For 3ATS&.3ADTS the;transfer switch should transfer to i , Press this . these the emergency position. The load on erriergency light button (fights- should come on and the load on normal[fight should go off. For 3NTS&3NDTS press the transfer.button for Fi ure.7. Transfer button and indicator li hts. load transfer. For 3ADTS&3NDTS both-lights will be off g g during the delayed-transition_transfer time delay: 3 If the.transfer to emergency delay is i,_ =• . 3=Electrical Operation used;the Transfer occurs after a time This procedure.will check the electrical operation of the delay. For immediate transfer(bypass Transfer switch: timer}press the transfer.button again. R7N=71NG� Close the transferswitch enclosure door and For 3ATS&3ADTS the transfer switch should transfer tighten,the Screws before you'test electrical back to the normal position. The load on normal light operation. should come on and the load on emergency light should .. go off. For 3NTS&3NDTS press the transfer button,for Perform steps 1, through 5 at the right. Observe the status load retransfer:.For 3ADTS.&3NDTS both lights will.be lights. See Figure 7. off during the delayed-transition transfer time delay. Black circle means right is on. 4 If the retransfer to:normal delay is used the retransfer should occur after a time O White circle means Light is oft delay. For immediate retransfer(bypass timer)press the'transfer button again. NOTE: For 3NTS manually start the emergency generator at :°_.;r:ter-:. - -. a,,ti_ :.,.,_.,,,..,,,•; the generator. "Then"press the transfer button.for load transfer. If the inphase transfer feature is activated,transfer may not i { occur immediately. Transfer will occur when the phase --=- --- - = - -- ---- -- -:_. - relationship between sources is correct. Press the transfer. For 3ATS&3ADTS the unloaded.running delay keeps button again for load,retransfer to normal,then manually stop the generator running for a cool-down period. Then the the generator at the generator, generator should stop and the emergency source accepted light should go off. For 3NTS'&3NDTS Also see User's Guide 381333-400 for inphase transfer and, manually stop the generator at the generator(after a time,delay settings in;the controller. 5 cool-down=period). This completes the functional test of the transfer switch. Leave the engine-generator starting control in the"automatic (( + position... -' .. .. 1Q 381-333=406 EMERSON. ASCO Power Technologies. Page 5 Network Power ASCO.3ATS, 3ADTS, 3NTS,:3NDTS Installation Manual Testing-&.Service Replacement Parts Transfer Test When ordering replacement parts provide the,Serial No.,Bill of Material No.(BOM),and Catalog No.from the transfer Operate the transfer switch at least once a month by following switch nameplate. In the US call 800-800-2726(ASCO)or the Electrical Operation procedure on.page 6. contact custotnercare@asco.com. Preventive Maintenance Manual,Load Transfer Reasonable care in preventive maintenance will insure high This procedure will.manually transfer the load if the controller reliability and long life for.the transfer switch. An annual is disconnected. preventive maintenance program is recommended. - Wi4Rhil'N�G ASCO Services, Inc: (AS[) is ASCO Power Technologies' national service organization. _ Do not manually operate the transfer switch until ., ASI can be contacted at 1=800-800-2726 for both power sources are disconnected: open both information on preventive maintenance agreements. circuit:breakers. 1. Deenergize both the normal and emergency source(open Yearly In$peCtloll both circuit breakers)._ 2. Use the maintenance handle to manually,operate the - transfer switch to the opposite source. See pages 3 and 4, Manual Operation. Hazardous voltage capable of causing shock,, 3. Close the enclosure door. If the transfer switch is in the burns, or death'is used in this transfer switch. emergency position,manually start the generator and then Deenergize both Normal &Emergency power close the emergency source circuit breaker. sources before performing inspections! Clean.the enclosure. Deenergize all sources,then brush - and vacuum away any excessive.dust accumulation.Remove moisture with a clean cloth. Inspect the transfer switch_contacts. :Deenergize all sources,then remove the transfer switch barriers and check the contact condition. Replace contacts when pitted or worn excessively. Reinstall the barriers carefully. Maintain transfer switch lubrication. Under normal operating conditions no further lubricating is required. Renew factory lubrication if the transfer switch is subjected to severe dust,abnormal operating:conditions;or if the TS coil is replaced. Order lubrication kit 75-100. Check all cable connections& retighten them. Torque to values shown on the transfer switch label. Page 6:. ASCO Power Technologies EMERSON. :. 381333-406 Network Power Installation Manual ASCO.3ATS, 3ADTS: 3NTS, 3NDTS Troubleshooting Check in Numerical Sequence . Problem 1 Operation 2 Generator 3 Voltage The outage must be long Starting control must be :For 3ATS&:3ADTS the engine- in automatic position. enough to allow for the generator set does not start when Batteries must be feature 1C time delay plus the transfer test button is pressed charged and connected. or when the.Normal-source fails. engine cranking and starting Check wiring to the time. . engine starting contacts. 9. g Wait for the feature 2B time Voltmeter should read at delay. For immediate Is the.generator 90%o For 3ATS 3ADTS the transfer transfer,press the transfer accepted light on? least f nominal,phase & to phase volta e between: switch does:not transfer.the load button(bypass timer). If Generator output-circuit g : transfer.switch terminals EA to the emergency source after the inphase transfer is breaker must be closed"'active, and EC(or EL1.and EL2 for gen-set starts.: wait for inphase.condition. Generator:frequency 2 pole switches). For 3NTS&3NDTS press must be correct. : There are-factory settings. the transfer button. time Wait for the feature 3A t' Voltmeter should read at delay. For immediate least 90%of nominal phase For 3ATS&3ADTS-the transfer retransfer,press the transfer to phase voltage between: switch does:not transfer:the load button(bypass timer). If. _ transfer switch terminals NB to normal source when normal. inphase transfer is active, returns or after transfer test. wait for inphase.condition.. and NC', NC and NA, and .. For 3NTS&3NDTS press NA and NB(or NL1 and NL2 the transfer.button. for 2 pole,switches). For 3ATS&3ADTS the generator does not stop after load Wait for the feature 2E Starting control must be - retransfer to the normal source. delay. in automatic position. For 3ADTS&3ADTS the load:is Wait for the delayed- deenergized:(off). Load.: transition transfer timer..See - Disconnecf Timer on display. User's Guide 381333-4.00. i For 3NTS&3NDT, Shi s®Oitisaways onintlic tig ng - - ._.. it is a manual transfer Not in auto light is always on.. switch. Ao! Read the display for more information.:Refer to Alert light is on: - User's Guide 381333-400. e 381.333=406 EMERSON. ASCO-Power-TeOnologies- : Page 7 Network Power ASC0:3ATS, 3ADTS, 3NTS,:3NDTS Installation Manual INDEX 'alert light,7 inphase transfer feature,5,7 source acceptable lights,4,5 see User's Guide 3813337400 inspection,6 " starting contacts, 3 ASI is ASCO Services Inc... _ installation,2 starting control,7 800-800-2726(ASCO) insulator backing piece,2_: starting problem,:4,7 customercare@asco.com -WARNING,2 stopping problem,7 automatic operation,3ATS,5 aukiliary circuits;2 L: T lights,4, 5,7 terminals,2,3 me connections,2 testing power conductors,2 battery;7 load on emergency light,4,5 . time delays;5,7 load on normal light,4,5 transfer button,5,7 C lubrication, 6 transfer problem,7 cables,power,2 troubleshooting;7 connections,2 controller - maintenance,6 V see User's Guide 381333-400 maintenance handle,3,6 voltage checks,4,7 controller ground,.3 WARNING,3,6 cooldown,generator, 5,7 manual load transfer,6 W . WARNING,3,6 WARNING statements, 1,3;5;6 in operation,3 . DANGER statements 1,2,4,6 WARNING,3,6 manual transfer, 3NTS,5 E membrane controls,4, 5 electrical operation,5 mounting,2, emergency source accepted light, 4,5 .: : engine-starting contacts,2 non-automatic 3NTS, 5,T normal source accepted light,4,5 �.: not in auto light,7 foundation,2 frequency,7 functional test,3 operation,electrical,5 G P. generator,3,4,5,7 phase rotation;4 ground,controller;2 preventive maintenance,6 problem,7 H harness,2 R HELP -800-800-2726(ASCO) rating label,.1 customercare@asco.com replacement parts,6 retransfer button,5,7 Printed in U.S.A. ©ASCO Power Technologies; L.P. 2013 �o Page 8 ASCO Power Technologies EMERSON. :. 381333-406 Network Power User's Guide ASCO Group G Controller for: Automatic & Non-Automatic Transfer Switches . t Refer o the manual provided with the'transfer .i EMEitson. ASCO' switch for installation,functional testing, and .. - troubleshooting. AO ®o Table of Contents { OVERVIEW I Control Overview..:......... ............................1-1 . Status Information:.................................::....1-2: Source Acceptability—'....................:.............14 ................ .................... Screen Navigation 'I-3 ( Sequence of Operation diagrams 3ATS .........................::......................1-4 3ADTS .............:.................:::.........:...1-5 ' O 3NTS ..............:: ................................1-6 3 N DTS.........................:................::....1-7 SETTINGS Settings Overview.....:...'...........:..::. ............2-.1 Change a Setting, Password—.....................2-1 Voltage:and Frequency...................................2-2 Timers.................... ..............2-3, 2-4 - General.......7:................... .. . .....2-5,2-6 Features...:: :........................................2-7, 2=8 DANGER is.used in this manual to warn of,a Engine Exercisers.................. .............2-9,2-10 hazard situation which; if not avoided,:will result. ' Log ....:...........................:.........2-11 View Event in death or serious injury. View Statistics,View About............:............2-11 SCREEN MESSAGES r�WARNING Screen.Messages and their Meanings.:3-1, 3-2 Control Messages and their Meanings...::....3-3 WARNING is used in this manual to warn of a hazardous situation which; if not avoided, could DESCRIPTION of OPERATION result in death or serious injury: 3ATS ........................::..............::.:....4-1: 3ADTS .................. ....4-3 CAUTION -3NTS ... ...... .... .... .. ....4 5 3NDTS ..............................:................4-7 CAUTION,is used'in.this manual:to warn.of a hazardous situation which, if-not avoided, could ACCESSORIES Acc. 116E software bundle..........................5-1 result in'minor or moderate injury. Current, Relay, and UPS Modules::.............5-2 Load Shed Optional Accessory 30............5-2 To avoid severe equipment damage,the engine- generator_set;must have automatic shutdown devices, APPENDIX and the electrical.system must have protective devices. Cover removal, DIP switches.:.....................A-1 Voltage adjustment and other settings .......A-_2 ..Refer to the outline and wiring drawings provided ............' '••••• •' . • Logged Events ..... A 3 with the transfer switch-for all installation and Event Causes and Statistics Kept .......... ...A-4 connection details and accessories. INDEX.........::.................................::back pages . 7. ASCOPower.. Technolo ies£ 50 Hanover Rd., Florham Park, NJ 07928 USA EMERSON'_ 381333-400 A For sales or service call 800-800-2726(ASCO) 'Networkpower www.ascopower.com Overview 1-1 The Group G Controller handles the sensing,timing,and controlEkS I functions for Automatic and Non-Automtatic Transfer Switches. i E... .°" ASCOT (3ATS,3ADTS,3NTS,3NDTS)..This microprocessor-based I DO controller includes a user interface. All monitoring and control 80 functions can be done with the enclosure door closed for convenience and safety. Voltage pickup and dropout settings and time delay settings can be made through a system of menus. Control Overview The user interface includes a graphic display,control buttons, and indicator lights. Five buttons allow access to all monitoring,control, i and settings functions. Six lights show status indication of source s acceptability;transfer switch position,and alerts. The screens are - - arranged in three levels.Access to some screens require entering a User Interface password(indicated by a closed padlock symbol). OO Up-down arrows buttons The up and down arrow buttons are used to navigate the settings.These buttons also increase and,decrease a"value to modify a parameter while in the settings level screens. 1�1 .Enter/save settings button (see page 2-1 for Are.you sure? screen) The enter/save settings button;moves from the status.level to the Main Menu level and other-levels. It also is used to select a parameter and to enter or save a new setting. ®Escape button (see page 271 for Are you sure?screen) The escape button ignores a change and returns to the previous-status level. Transfer button (see page 2-1for Are you sure?screen) message lines The transfer button has several functions..Refer to the control message for control status (bottom line)on the control status/home screen. A closed padlock symbol indicates that'a password must be entered(see page 2-1). •transfer test function simulates a failure of the normal source. ." control message •for a 3NTS and 3NDTS,press this button to transfer or retransfer the load. See pages 3-1, 3-2, 3-3 •bypass timer function cancels an active time delay abort function cancels.a pending.operation(inphase transfer,for example) Four transfer switch status lights (light is on when:) i •Normal source accepted(left light)Emergency.:source accepted(right light) / I Normal Load on Load on Emergency.. •Load on normal [transfer switch in normal position] source Normal Emergency Source •Load on emergency transfer switch in emergency position] Accepted Accepted g YL g YP ].. �l Alert light(light is on when:) •Alert light. Read the display for more information.Any alarm condition.turns on this light.- Not;in automatic light(light is,on when:) ..: •Not in automatic mode(manual);blinking indicates transfer inhibit.. For 3NTS and 3NDTS this,light is always on,indicating that it is a manual transfer,switch. 381333-400 A ASCO Power Technologies EMERSOM Network Power Overview 12 Status Information 3 message lines The controller provides the status of both power sources_(normal;and for ATS position emergency)and the position of the transfer switch. Press the up and down., other_°status arrow.buttons. No password is required to navigate:through these screens: control message . ATS Status Screen - The ATS status is the home screen. It shows the.present status of the ATS including: transfer sequence-status, and running timers;status of connected source,and position of ATS. A control message appears below the status messages. The control message instructs the user on what.action is available. All other screens automatically return to the ATS Status screen(home screen)after five minutes of inactivity. Metering Screen: One of several metering screens is-provided(a factory setting). It shows the rms voltage and frequency readings. of the power sources. If the current sensing option is provided,the load current Is also displayed. arm: creen . Active alarm message appear or no-active alarms. A control message appears below the alarm message.If an active alarm must be acknowledged,the screen stays on until you press enter. Some alarms are self clearing. Controller Screen Key indicates • Controller information,name;location,present date and time appears. If an optional software ' optional software key(dongle)is plugged into'the controller,akey symbol is key-(dongle) installed shown in upper right corner of this screen.-Accessory 11BE is described on (Accessory 11 BE) page 5-1. Source Acceptability (Feature 1C time delay is described on page 2=3. The controller considers a source unacceptable:if ry:oftliese conditions are true: •Any.phase voltage of.the source is less than the voltage dropout setting for more than the Feature 1 C setting. •Any phase voltage is greater than voltage trip setting for more than 3 seconds. Frequency of the source is less than the frequency-dropout setting for more than Feature 1 C setting: •Frequency-is greater than over-frequency trip setting for more than 3 seconds: -. The controller considers a source acceptable again when all these conditions.are true: •Each phase voltage is-greater than the voltage pickup setting. Each phase voltage is less than over-voltage trip setting by more than 2%of nominal. The frequency of the:source is greater than the frequency pickup setting'. •'Frequency is less than the over-frequency trip setting by more than 2%_of nominal,. .. :. ASCO.Power Technologies ies __ = EME 'RSON_ 381333=400 A' Network Power Overview 1-3 Screen Navigation Overview: Main Menu Button Legend .. Home/ Event Log Page Control Status 2-11 Enter/Save O O O O Escape Metering Statistics 2-11 O. O - Up. n Arrows Settings P - - Password Required U� PFactory Alarms Settings Engine P299s FP Password l l Exerciser ♦ 2-10 Required.: FP P .pages . Controller Factory: Timers 2-3 2-4 -Information General' pages. O O 2-6 page 1-2 .� P 2 6 About page General Date&Time 2-11 f O O O O P P pages Communication Features 2-7 " 2-8 O O O O P P : Pick Up/ . Page Display Drop Out. 2-2 . O O P Other Parameters P . Common Alarms- O O P . Name& Location 381333-400 A ASCO Power Technologies EMERSON� Network Power Overview 1-4 3ATS Sequence of'Operation - Normal Source, Failure See page 2=3 for Feature 1 C,213,2E, 3A,31 F,31 G time delays Legend It light is on O light is off d. time delay Generator 1 : stops, .. Nor acceptable Normal source accepts e Generator runs Load on Normal: Normal source unloaded for :._..-...__:_.__�-. �- __-- _.._... unacceptable Feature 2E Y I, 7 (see page 1-2) time delay ' ' l — -—O: 6 Load switched back 2 to�Normal source. Observe the indicator lights Automatic start of enc emerg y generator Load on Normal IC _..__ASCU ~w O� light comes on QO All lights off • status ®0 messages 's i Emergency _ Feature 31G time generator 0 delay, if used* starting . I. O O Feature 3A time .. 3:. r delay, if used = Emergency acceptable JC Normal Load on Load on : .. Emergency Source - Normal Emergency _ source Normal source.acceptable Accepted ,accepted Feature 2B time Emergency delay;if used accepted light comes on Load on Normal source: Waiting for Normal emergency accepted light: light comes on comes on source to return �. v Feature 31 F time delay;if used.** 4 Electrical loads switched to enerator 9 * **To bypass Feature 31 F' To bypass Feature 31G if Emergency fails;set it to if Normal fails,set it to yes in Features'settings.- - yes in Features settings.;• ASCO.Power Technologies --EMERSON_ 381333-400 A Network Power r Overview 1-5 3ADTS Sequence of Operation — Normal Source-Failure See page 2-3 for Feature 1C,2B,2E,.3A,31 F,31G time delays - _ ' Legend •Might is on O light'is off me � tidelay.' Generator stops Normal source acceptable Normal source _ Generator runs Load on Normal :unacceptable unloaded for (see page 1-2) . Feature 2E . time delay 6 Load switched back 2 to Normal source Observe the indicator lights Automatic start of the emergency generator . ... , o--�O --- Ioad on NomIal f E►nensoia ASCO' light comes on j 4 b- 00 All lights off switch lights are off I status —during the delayed messages ®� Emergency transition transfer generator time delay starting l - i i • j . Emergency acceptable ; Feature 3I time ; delay, if used* O _ Feature-3A time delay, if used Normal Load on Load on Emergency ^� Source Normal Emergency ; Source Feature 2B time' Emergency . Accepted Accepted delay, if used accepted 5 Normal source acceptable Y light co Feature 31 F time - \ o delay;if used'.** OLoad on 17 Waiting for Normal . g y "`l Normal source light comes on accepted light:: source to return --- - ,w.ra Q comes on T 0_. .switch lights are off .. during the delayed transition transfer Electrical loads time delay switched to generator .. *To bypass Feature 31 G if **To bypass Feature 31 F if:: LTO-77 Emergency fails,set it to Normal fails,set it to yes yes.in Features.settings. in Features settings. 381333-400 A ASCO Power Technologies EMERSON_ Network Power Overview 1-6 3NTS Sequence:of Operation Normal Source Failure See page 273 for time delays(usually set to zero for 3NTS) -. Legend , I •,light is on O light is off time delay I � . press transfer button ' ----------------------------------- Stop the generator gene Normal source acceptable Load'on Normal'. �i► Let the generator run Normal source , unloaded for cooldown*:. � �`. -^`i unacceptable -! �• (see page 1-2), _77 ~% _ �{ All lights off :Load on Normal Observe the indicator lights light comes on Feature 3y �-- time dela , I if_used EMERSOM Asco' Manually start the. Qo. generator(at generator) status i messages O 14? _ Emergency 6 ',transfer button: generator ' Press transfer button to starting transfer load to normal 3 E E Normal Load on Load on Emergency _ Emergency acceptable Source Normal Emergency Source r - t _:...__ _ w;,•,.:' Accepted Accepted Normal source ` accepted light --- b. comes on Emergency accepted light. 5 comes on Normal source acceptable Feature 26 " time delay, 4 if used_- Press transfer button to transfer load to.gen. Waiting for Normal_: \ - . - - source to return �.Y•`—, ,. � :.`. ;,--�- .��_�� "`s Load on emergency -light comes on *Follow the generator manufacturer's recommendations. ASCO Power Technologies EMERSON_ 381333400.A . Network Power Overview 1-7 - 3ND.T.S Sequence of Operation— Normal Source.Failure See page 2-3 for time delays(usually:set to zero.for 3NDTS) Legend, �. • light is on O light is off time delay :press ; ' transfer. button. � / '- ' 1 Stop the generator:. Normal source acceptable Let the generator run Load on Normal: Unloaded for cooldown* : -. Normal source unacceptabe Load on Normal 1 �-/ O; (see pa e 1I2). light comes on i .. f!?6: _._._......-...___J .. _ . Allff Oberve Indlca g t the' tor.li h s switch lights are off lights o e during the delayed 2 transition-transfer time delay I M lly.start'the EMERSON p$gQ generator(at generator) erat era 9 • ! status ®o i Emergency i messages generator.. starting Press transfer button to Itransfer button .i aransfer load to normal # Emergency acceptable - 9 Y P .. Feature 3A —:time delay, :. Emergency if used 4 -i O accepted light comes on Normal Load on Load on : EmergencyO :• . . LJ Source . Normal _ Emergency Source Normal source acceptable Accepted accepted Feature �f . Press transfer button —. I --" ` time delay; to transfer load to gen. Normal source if used .. accepted light.. Load,on , comes on emergency ergen. Waiting for Normal light comes on source to return _ -- --- ' ;�.._ e switch lights.are off during the delayed transition transfer *Follow the generator time delay manufacturer's recommendations. - 381333-400 A'. ASCO Power Technologies EMERSON- Network Power Settings 2 1 Settings Overview -(Main Menu b Settings) NOTICE Any indiscriminate change in these settings may affect the normal operation of the transfer switch: This. change could allow the load circuits to remain connected to an inadequate source. The settings can be displayed and changed from the user interface. Some-settings may required.a password. 1. On the ATS Status screen;press the enter/save button to display to the Main-Menu screen. 2:: On the Main Menu screen,press the up or,down arrow buttons to select Settings;then press the enter/save'' button. 3. : On the Settings screen,press the up or down arrow buttons to select a parameter,then:press the enter/save button. Change a Setting To.change a setting in the controller: 1. .Navigate to the.'settings screen that you want to change. 2. Press the enter/save settings button to start the first field blinking.If required,enter the password. 3,. Press the:up and-down arrow buttons to change the flashing digit(s)or word,_and press the enter/save settings, button to'move to the next.field. 4. Repeat step 3 until all the:fields have been entered. NOTE If afield is blinking,information trust be entered. The escape button will end the editing session. Password The default password is 1111 (see pages:2-5,,2-6). If Enter-Password displays,you must enter the correct password first. Use the.up and down arrow buttons to change the flashing digit of the password. Press the enter/save settings button to.move to the next digit(left°to right). ,The password is accepted when all four,digits have.been entered correctly and.the enter/save settings button is.pressed.. If Login Error-Invalid Password displays,press the.enter/save settings button to reenter the password. -- " You can now change the settings on the selected screen. NOTE Once the password is entered,it will stay unlocked for-5 minutes.so that you do not have to keep entering it. To save time,plan to make all your settings at one time. If:no password is desired,set the password to 0000. This password.unlocks:the.controller so that anyone can. . change the settings and transfer the load without entering a_password. Instead,the Are you sure?screen appears. . Are yousure? Once the correct password is entered,the controller stays unlocked for 5 minutes: During that time period:if you press the transfer button,the Are.You Sure? screen appears(instead of Enter Password). You can: press the enter/save:buttoh to'confirm(commit) load transfer,or •press:-the escape button to.cancel the load transfer operation. ASCO Power Technologies . 381333-4o0 A EMERSON_ Network Power Settings 2-2: Voltage and Frequency Settings(Main Menu b'Settings .Pick Up / Drop:Out) Unless otherwise specif ed on the order,the voltage and frequency settings are set at the factory to-the default, , values. If a setting must be changed follow the procedure below. Some settings may require a password. NOTICE Any indiscriminate change in these settings may affect the normal operation of the:transfer switch. This change could allow the load circuits to remain connected to an inadequate source. Description Settings Default Setting Adjustment Range Display Screen %of nominal increments of 1/o see below Normal . Dropout 85% 70 to.98% N Volt DO Source Pickup 90% 85 to 100% N Volt PU Voltage. Over Voltage Trip* off off; 102 to 11.5% N Volt OV Emergency r Dropout 75% 70 to 98% E Volt DO Source _ Pickup 90% 85 to 100 E Volt PU Voltage Over Voltage Tri * off off, 102 to 115% E:Volt OV Normal Dropout.: 85% 85 to 98%- N'Freq DO Source Picku 86% .86 to 100% N Freq PU Frequency Over Frequency Trip* off off, 101 to 110% N.Freq OF Emergency Dropout 85% 85 to 98% EFreq DO Source Pickup 95% 86 to 100% E Freq PU Frequency Over Frequency Tri off off, 101 to 110% E Freq OF *The.Over Voltage and Over Frequency-reset is fixed:at 2%below the trip setting.:. The voltage and frequency settings can be.displayed and changed from the user interface. See the table above. Some settings may require a password. l. On the Main Menu press:the up or down arrow buttons to-select Settings,then press the enter/save button to move to the Settings level of menus. I Press the:up and down arrow buttons to highlight Pickup/Dropout,then press the enter/save settings button to move to the PU/DO display: 3. Then you can press the up:and down.arrow buttons to highlight the voltage and frequency settings screens. An overview explanation of the settings is listed below. Description Explanation' Normal Source. This screen shows dropout,pickup,and over-voltage trip settings for the normal source. Voltage. They are in percentage of the nominal voltage and volts rms. Emergency This screen shows dropout;pickup,and over-voltage.trip settings for the emergency source. Source They are-in percentage of the nominal voltage and volts rips. Voltage Normal. This screen shows dropout,pickup, and over-frequency trip settings for the normal source. Source They are in percentage of the nominal frequency and Hz. Frequency- Emergency .. p p Source. This screen shows dropout,pickup,and over-frequency trip-settings for the emergency Frequency source. They..are in percentage of the nominal frequency and Hz. . 381.333-400 A: ASCO Power Technologies EMERSON: Network Power Settings 2-3 Timer Settings (Main Menu c:> Settings b Timers) Unless otherwise specified on the order,the timer(time delay)settings are set at-the factor :to the-default values. If a setting must be.changed,carefully follow the procedure on the next page. Some settings may require a password. NOTICE Any indiscriminate change.in these settings may affect the normal.operation of the transfer switch.: This change:could allow the load circuits to remain connected:to an inadequate source. Adjustment Range Display,Screen, Feature : . Timer Default Setting' 1 sec. increments see next a e .override momenta 0 to 6 sec 1C: i0 momentary. " 1C) :: Normal.source outages 3 seconds see.NOTICE below N.Fail ( override momentary O to 6 sec. 1 F Emergency source 4 seconds E Fail (1 F) see NOTICE below outages transfer to Emergency if Normal fails 0 0 to 60 min 59:sec N �►E N Fail (2B) _ 2B transfer to Emergency if just a test 0 0 to 60 min 59 sec . N*E Test(2B) 2E engine cooldown 5 minutes: 0 to.60 min 59 sec Cool-Down 2E R al fails to Normal jif Normal 30 minutes 0 to 60 min 59 sec E�►N N Fail (3A) ..: 3A d N Retransfer to Normal 30 seconds 0 to 9:hours E" N Test(3A) if just a test ( 59 min 59 sec Normal to Emergency 31 F© 0 0 to 5 min 59,sec 'N ♦E PreX(31 F) re-transfer signal Emergency to Normal 31 G. . 0 0 to 5 min 59 sec E♦'N PreX(31 G) re-transfer signal 31M Normal to Emergency 0 0 to 5 min 59.sec N♦E PosX(31M) post-transfer signal 31N Einergencyto Normal, ost-transfer si nal - 0 0 to 5 min 59 sec E♦N.PosX-(31 N) Inphase 0) inphase transfer 1.5 seconds 0 to 3 sec' In-Phase Load OO © delay transition transfer . 3 seconds O to 5 min 59 sec LD Disconnect disconnect Fail accept failure to.accept: .. 0 to:6 sec 3 seconds E Accept Fail maximum . Emergency source alarm. see.NOTICE below OO Standard adjustment up to 6 seconds(total power.outage). See NOTICE below. O To bypass Feature 31 F if the Normal source fails, set bypass:to yes.in Features settings(page 2-7). :. O To bypass Feature 31 G if the-Emergency source fails, set bypass to-yes in Features settings(page 2J). ®This timer appears only on the display for a 3ATS or 3NTS. Allows time for generator to stabilize before initiating inphase transfer. ©This-timer appears only on the display for a 3ADTS or 3NDTS. ©To bypass load disconnect timer on source failures, set bypass to yes in:Feature settings(page 2-7). OO This timer is disabled on 3NTS and 3NDTS. NOTICE. Feature_IC.,:1 F, and Fail accept maximum timers can be extended to O.to 60 min.59 sec if an:external 24.V do power supply:is included and the External Battery check box is selected (General Settings, Other Parameters, page 2-5). Accessory 1 UP is available(page 572) if longer than 6 seconds is.. required. ASCO Power Technologies 381333400 A EMERSOM Network Power Settings 2-4 Timer Settings continued ' (Main Menu b .Settings b Timers) The timer(time delay)settings can be displayed and changed from the user interface. See the table on the previous page. Some settings may require a password. 1. On the Main Menu press the up and down arrow buttons-to highlight:Settings,:then press the enter/save button to move to the Settings.menus. 2. Press the up and down arrow buttons to highlight Timers,then press the enter/save settings button to move to the list of timers. .... 3. : Then you can press the up and down arrow;buttons to highlight the timer settings displays. An overview explanation of the settings is listed below. DisplayScreen Explanation N Fail (IC) Momentary Normal source failure timer. It can be bypassed by pressing the transfer /,bypass button. E Fail (1 F). Momentary Emergency source failure timer. N ♦E N Fail (213) Normal to Emergency transfer timer(when normal source fails). It can be bypassed: by pressingthe transfer/bypass button. N E Test(213) Normal,to Emergency transfer timer(when transfer.button is pressed). Cool Down (2E) Engine cool down timer does not run if the load was not transferred. It cannot be bypassed. Emergency.to Normal retransfer timer(when normal-source fails).It can be E♦N N Fail (3A) by-passed by pressingthe transfer/bypass button. E N Test(3A) :: Emergency to Normal retransfer timer(when transfer button is pressed): :. Normal to Emergency pre-transfer signal timer for external equipment. When this timer is running,the transfer can be aborted by pressing the transfer%bypass button. N ♦E PreX (31 F) . If the in-phasefeature is enabled, load transfer is prevented until the condition is met.To bypass Feature 31F if the Normal source fails,set bypass to.yes in the Feature settings. Emergency to Normal pre-transfer-signal timer,for external equipment.If the in- phase-♦N PreX(31G)= phase.feature is enabled,load transfer is prevented until the condition is iriet.To .. bypass Feature 31 G if the Emergency source fails,set bypass to yes,in the Feature settings.- N ♦E P.osX(31 M): Normal to Emergency post-transfer signal timer for:external equipment.. E♦.N PosX (31 N) Emergency to Normal post-transfer signal timer for external equipment. In-Phase In-phase timer precedes;inphase transfers,if provided. Not available for 3ADTS, 3NDTS. LD Disconnect Load disconnect timer only for 3ADTS,,3NDTS delayed-transition transfer switch. The load is not connected to either source. E Accept Fail Failure to accept the Emergency source alarm timer turns on alert light when alarm expires a d 381333-400 A ASCO Power Technologies EMERSON_ Network Power Settings. 2-5 General Se#tings (Main Menu r* Settings *-General) Unless otherwise specified on the-order,the general settings are set at the factory to the default values. `-Default. Display Screen Parameter Sub Level - - Adjustment Range Settin see next page) Time hh:mm:ss '01-23:00-59:00759 .:' hh:mm:ss. Date day mm/dd/ 01-12/.01-31 /00-99.: day mm/dd/yy US mm/dd/yy Date&Time Format US ISO. /mm/dd EU :mm/vv Off Off Daylight Savings Time Off_ Apr/Oct Apr/Oct Mar/Nov - Mar/Nov: 115200 115200 57600 57600 38400 38400 Baud Rate 9600 19200 19200 Communication : 9600 9600 =RS485 Port Off Off (optional, Device Address Dev Addr :1 1 --247 1 -247 Accessory 11 BE) AscoBusll AscoBusll Protocol :AscoBusll AscoBusi : AscoBusl Modbus Modbus Emulate:Gr 1 (D no yes Q or no ❑ Q:or❑ English.. English Korean. • Korean- Chinese Chinese . Turkish Turkish Russian Russian Language English : German, German Italian Italian Portuguese Portuguese Display French Canadian French CAN French French Spanish Spanish Contrast q 1 to 20 1 to 20 :. Backlight On On, Off; 1 to 59 On, Off, 1 to 59 Vab/bc/ca Vab/bc/ca Volt Label Vab/bc/ca- Uab/bc/ca Uab/,bc/ca Uuv/vw/wu Uuv/vw/wu Source 1/2(D no yes JZI or no ❑ Q or❑ Password : 1111 - - a-z,A=Z,0-9,4 characters Other : External Battery no yes Q or no ❑ Q or❑:: Parameters Current Sensing (accessory) Off Off, 1 CT,.2CT, 3CT. . Off, 1CT;2CT, 3CT. CT Ratio 400:5 50-4000:5 50-:4000:5 Clear Events(accessory) Loss E when on E no yes Q or no ❑ Q or❑: Common Alarms E accept Fail no yes0ornoo Q or❑ 90 Load Disconnected®. no yes-El or no ❑ Q:or❑ Name a-z,A-Z;0-9,space,20 char Name•&Location P Location a-z,A-Z,0-9,space,20 char O When Emulate Grp1 box is checked, baud rate is 9600 and protocol is AscoBusil. ®.Source 1/2:only available for English language. ®Load Disconnected appears only on the display for a 3ADTS,3NDTS. . ®The alert light also turns on for common alarms. ! . ASCO.Power Technologies .. : �� 381333400 A EMERSON. Network Power Settings 2-6 General Settings continued .(Main Menu Settings b General) The general settings can be displayed and changed from the user interface. Seethe table on the previous page. If a setting must be changed follow the procedure below. Some settings may require a password.: 1. From the Main Menu press the,up and down arrow buttons to highlight Settings,then press the enter/save button to move to the Settings menus. 2. Press the up and down arrow buttons to highlight General,then press the enter/save settings.button to move' -to the list of general settings. Then youtan press.the up and down arrow buttons to highlight the general settings displays. An overview explanation of the settings is listed below. Parameter Explanation Date&Time This screen allows the.user to change the time,date, date format,and.daylight savings time. If optional Accessory I IBE was ordered,this screen allows the user to configure the Communication RS485 communication port. The baud-rate can be set off,9600— 115200. The address ..(Accessory 11 BE) can be set 1.to 247. See the Appendix for setting DIP switches S7 and S8. S7 sets the terminating resistor; S8 sets 2 wire or 4 wire. -- This screen selects.the language for messages(English is the default language). Screen Display contrast can be set. Three voltage phase labels can be set. Source 1/2(S1/S2)can be set instead of Normal and-Emergency(N/E .. This screen allows the user to change the password(default password is 11.11)... There is a setting for an external battery(if connected)for Feature I C or IF extended time range. Other Parameters If the optional current sensing module is installed,current sensing should be set for single phase or three phase. The current transformer:(CT)ratio.should be set for the . ampere size of the transfer switch(refer to the label on the CT used). See.current transformer WARNING below. All events can be cleared from the controller,if desired. .. This screen shows,selected alarm conditions. If enabled,the alarm condition will turn on the alert indicator,and deenergize the configured common alarm output relays(OP1 OP2,OP3)for external monitoring.: Common Alarms Loss E when on E Loss of emergency when connected to Emergency. E Accept Fail. Expiration of failure to accept timer(failure to acquire emer ency source Load Disconnect For 3ADTS and 3NDTS only. This screen allows the user to enter a name and location of the Transfer Switch (maximum 20 alphanumeric characters,each). If communication is used,the name and Name&Location location is exported(for ASCO bus 11 protocol name has an 8 character limit). The name&.location parameter is not available(disabled)if English language is not selected. ®wAl��iN� Never leave an open secondary circuit of a current transformer. Dangerous.voltage can cause shocks, burns, and/or death. When disconnected always install a shorting jumper between:the current transformer terminals. 381-333-400 A ASCO,Power Technologies EMERSON: Network Power Settings. 2-7 Features Settings (Main Menu b Settings-* Features) Unless otherwise specified on the order,the features settings are set at the factory to the default values. If a setting must be changed follow the procedure on the next page. Some,settings may require a password.. NOTICE . Any indiscriminate change in these settings may affect the normal operation of the transfer switch.:This change:could allow the:load circuits to remain connected to an inadequate source. Feature-., Default Setting Adjustment Range Display Screen . see next page) Bypass Normal-to Emergency transfer Feature 31 upon_ no yes D or.no ❑ BP N.♦.E F31 N Fail Normal source failure . Bypass.Emergency to Normal .. transfer,Feature 31.upon no - yes Ef or no ❑ BP E♦N F31 E Fail Emergency source failure Bypass delayed-transition transfer upon a source failure Ti no yes O or no ❑ BP DTTS Src Fail Commit to transfer no yes O or no ❑ Commit Transfer Inphase monitor enable 02 no __: yes El orno ❑ In Phase On_. Load Shed Inphase enable.a no yes 0 or no.❑ Load Shed In Phase Fail Accept Timer no yes.0 or no ❑. : Fail Accept Timer External Feature 66 . no yes 0 or no ❑ Ext. Feature 6B.:' _External Feature 17 O. no .-: yes D or no' ❑ Ext. Feature 17 - es es.0 or no ❑.. Feature 31 Controller Output contact ON no yes 0 or no ❑ : Common Alarm (select one) no Yes El or no ❑ NR2 no- .:yes 0 or no ❑ Not In Auto no yes 0 or no ❑ a Feature 31 Relay Expansion Module®Us yes yes.0 or no❑ .: Common Alarm ..Output contact OP2 no - es D.or no❑ NR2 (select one) no ..:Yes 0 or.no ❑ Not In Auto .-: no ves O or no ❑ 1 G .: Relay Expansion Module®-(5) no yes 0 or no❑... Feature.31 Output contact OP3 no yes O,or no ❑ Common Alarm (select one). no es 0-or.no ❑ ..NR2 es yes 0 or no.❑ Not In Auto Manual DTTS© no yes.0 or no❑ .: Manual Load Disconnect Recovery Mode yes yes O.or no ❑ Auto p This feature appears only on the display for a 3ADTS.. OThis feature appears.only on the-display for a 3ATS. s0 This feature appears only on the display for a 3ATS or 3ADTS, not on a 3NTS or 3NDTS. ®The.Controller.Output contact OP1:can be set to.operatemith a Common Alarm only if Accessory 11 BE is ordered. See page 571. O The Relay:Expansion:Module is optional:Accessory 18RX for 3ATS and 3NTS. It is included with a.3ADTS and 3NDTS. See page 5-2. ©This feature appears only on the display for a 3NDTS. ASCO Power Technologies .. 381333-400 A EMERSON_ Network Power Settings 2-8: Features Settings continued (Main Menu * Settings b Features) The features settings can be displayed and changed from the user.interface. See the tattle on the previous page. . Some settings may require a password. 1. From the Main Menu press the up and down arrow buttons to highlight Settings,then press the enter/save button to move to the Settings menus. 2. Press the rup and down arrow buttons to highlight Features,then press the enter/save settings button to move to the list of features. 3. Then you-can press.the up and,down arrow.buttons to highlight.the feature-settings displays. An overview explanation of the settings is listed below. Display Screen Explanation BP N E F31 N Fail This display shows the setting for bypass Normal to Emergency transfer Feature 31 if the Normal source fails. If set to yes,there is no delay. BP E♦N F31 E Fail This-display shows the setting for bypass Emergency to Normal transfer Feature 31 if the Emergency source fails.If set to yes,there is no delay. BP DTTS Sre Fail This display appears only for 3ADTS.It shows the setting for bypassing delayed-transition transfer upon-a source failure.If set to yes,there is no delay. This setting affects the transfer sequence as follows:. Enabled(yes)-If Normal fails the controller continues transfer sequence to Commit Transfer emergency even if Normal returns before Emergency becomes acceptable. Disabled(no)-If Normal fails,the controller cancels the transfer sequence to emer enc if Normal returns before Emer enc becomes acceptable. In Phase On This display appears only for 3ATS,3NTS,. It shows the status of in-phase monitor.If it,is on,load transfer.is,delayed until sources are in phase.. Load Shed In Phase This display appears only for 3ATS.It shows the status of in-phase monitor for load shed.If it is on, load transfer is delayed until sources are in phase.. .. Fail Accept Timer This display shows the failure to accept Emergency source tuner setting. If set to yes,the alert light will turn on after this timer runs out. Ext. Feature 613 This display shows the setting for external Feature 6B(override switch to. manuallybypass time delay off retransfer to normal source).- Ext. Feature 17: This display.shows the setting for external Feature 17(remote contact which opens to signal ATS to transfer to emergency). This display shows the settings for output contacts OP1,OP2,and OP3. OP Output O.P1, OP2, OP3 is in the Group G controller. OP2 and OP3 are in the Relay'Expansion Module. :This module is included in.3DTS and 3NDTS;it is an optional accesso on 3ATS and 3NTS..Feature 1G is available on OP2. See a e 5-2. Manual DTTS This display only appears for 3NDTS. It shows the setting for load disconnect Load Disconnect recovery. It is normally set to Auto. Recwery Mode SC r 381333=400 A A O Powe Technologies EMERSON_ Network Power Settings 2-9 Engine Exercisers (Main Menu b Settings b Engine Exerciser) These timers periodically exercise.the emergency engine-generator..:They can be set to-exercise with.or without load transfer,or they can be completely disabled. The engine-generator should be exercised.under load once a week for a minimum time period of 20 minutes,or follow the recommendations of the engine-generator set- manufacturer. Unless otherwise specified on the order,the engine exerciser settings are set-at the factory to the default values. If a setting must be changed follow the procedure on the next-page. Some settings may require.a password. NOTICE . Any indiscriminate change in these settings_may affect the normal operation of the transfer switch..:This. change:could allow the load circuits to remain connected to an inadequate source. Standard Exerciser The standard built-in exerciser.provides a once a week(or two week)20 minute exercise period:. Exercise Parameter Default Setting, Adjustment Range . Display Screen see next page) Enable .: no no❑or yes.0 Enable.: IT ..:With load no. no❑.or yes 0 With Load ❑ Interval weekly Weekl or Bi-Weekl Interval. Weekt Start day Sun Sun, Mon,Tue,Wed,Thu, Fri, Sat Day of Week Sun': -. Start time 00:00 0.to 23 h, 0 to 59 m hh:mm Time 00:00 Duration _ 20- not adjustable Programmable Exerciser (part of:optional Accessory 11 BE) _ The.programmable:exerciser provides seven programmable.exercise periods. They can be set for:once a week (all),alternate.weeks(ls`,2nd;.3rd,0,5`h week),.and each with an adjustable start and exercise period. Exercise Parameter Default Setting Adjustment Range Display Screen see next page) ..Program number 1 1:to 7 Program No 1: Enable no❑ no ❑ or es 0 Enable' ❑ With.load no no❑ or yes 0 -With Load .: ❑ Interval/Start week All All,Alt alternate , 151, 2" , 3`.,4 rd ; 5 Start Week All: Start day ._ Sun Sun, Mon,Tue,Wed,Thu,Fri, Sat Da of Week Sun Start time 00:00 0 to 23 h, 0 to 59 m hh.mm Time 00:00 - Duration 00:00 0 to 23 h, 0 to 59 m hh:mm Duration- 00:00- ASCO Power Technologies . 381333400 A EMERSOM Network Power Settings 2-10 Engine Exercisers continued (Main Menu b Settings b Engine Exorciser) . The engine exerciser settings can be displayed and changed from-the user interface. See the table on the previous page. Some settings may.require a password. 1. From the Main Menu press the up and down arrow buttons to highlight Settings,then press the enter/save - button to move to the Settings menus. 2. " Press the up and down arrow buttons to highlight Engine Exerciser,then press the enter/save settings- button to move to the Engine Exerciser screen: - 3." Then you-can press.the up and.down arrow;buttons to highlight-the engine exerciser settings displays. An overview explanation of the settings is:listed below. Exercise Parameter Explanation Program number Up-to seven independent engine exercise routines can be set. Each routine (Accessory 11 BE) functions in the same manner. Six parameters need to be configured for each routine(Program No 1,2,3,4,5,6,7—not all have to-be used .- Enable(turn on)or disable(turn off)the exercise routine. Enable _ 0 Enables the exerciser. ❑-Disables the exerciser. . Exercise with or without load transfer. With load 0 The load will be transferred-to Emergency. ❑No load transfer. The load will not be transferred to Emer enc . Interval Exercise week: (standard exerciser)- Weekly or Bi-weekly. Start"week Exercise week: (Accessory 11 BE exerciser) All,Alternate,'I st,2nd,3rd,4th,-or 5th week Start day Exercise day: " Sun,Mon,Tue, Wed,Thu,Fri,.Sat Exercise"start time: Start time hh:mm 0-23 hour 0-59 minute Duration Exercise_run time(length of time)that the generator will run., (standard exerciser) 20 minutes not adjustable). Duration : Exercise run time(length:of time)that the generator will run. (Accessory 11 BE exerciser) hh:mm 0-23 hour 0-59 minute.. 381333-400 A � ASCO Power Technologies EMERSON- Network Power Settings -2-11 View:Event LogAccessory 11 BE, page 5-1. Main Menu �: Event Lo rY ( g) . Event Log is used to-view events;use the up and down buttons to navigate the event list. If optional Accessory 11BE was ordered;the controller event log can be viewed from the user interface. 1. From the Main Menu screen press the,up:and down arrow buttons to highlight Event.Log,then press the enter/save button to move to the Event Log. 2 Press the up and down arrow buttons to scroll through the Event Log. Logged Events The display shows:the last 300 events.Each event displays shows the event number(1 is the most recent,300 is the oldest),the time and date of the event,the event type,and the cause or reason(if applicable)under the event. type Refer to-Appendix.A-3 for a:list of the event types recorded. Refer to Appendix A-4.for a list of the event:causes. View Statistics (Main Menu b Statistics) Statistics is used to view transfer switch(TS)history,and statistics. The statistics log-can be viewed from-the user interface. 1. From-the Main,Menu display press the up and down arrow buttons to highlight Statistics,then press the enter/save button to view the list: 2. Press the up and down arrow buttons to scroll through the Statistics. Refer to Appendix A-4 for a list of the statistics kept. View About (Main Menu E* About) About is.used to view controller information;use the.up and down buttons.to navigate:the About_list. The About screen can be:viewed from the user.interface: 1. From the Main Menu screen press the up and down arrow-buttons to highlight About,then press the enter/save button to view the About screen. 2 Press the up and down arrow buttons to scroll through the About screens. About screens The display shows the nominal voltage and frequency,the transfer switch ampere size,the type of transfer switch; the transfer switch name,location,the software version,bootloader version,and the serial number. ASCO.Power Technologies .. 381333=400 A EMERSON_ Network Power Screen Messages 3=1 Screen Messages and their Meanings The following messages(in alphabetical order) can appear on the controller display; Screen Message Meaning or Explanation Refer to Pages Access denied If optional Accessory 11 BE was not ordered, this Option not installed - message displays if Acc. 11 BE features are selected. 1-1 Press the escape key to cancel. Press escape ke ,to return to previous screen. Are you sure? This may appear when you press the transfer button. 2-1, 3-3 The emergency to normal load transfer time delay Emergency-�Normal Timer Feature 3A is running.The time remainingis shown. 2-3, 2-4 Engine Exerciser/Witli Load The engine exerciser is running the engine-generator set 2-9 2-10 with load transfer switch transfers load to generator). . The engine exerciser is running the engine-generator Engine Exerciser/Without Load. set without load.(the transfer switch does not transfer 2'9,2-10 the load to the enerator). Engine Cooldown Timer. The engine-generator,set unloaded cooldown time delay, 2 3 2 4 Feature 2EY is running.The time remaining is shown. . . Controller is unable to accept the emergency source Fail Acquire E within the times specified.. 2-5, 2-6 Invalid.Password An incorrect password has been entered. 2-1 Load Disconnect The load is disconnected. (3ADTS;3NDTS) The load disconnect time delay is running.The time Load Disconnect Timer remainingis shown. 3ADTS,3NDTS 2-3, 2-4 Load on Emergency The load is connected-to the emergency source. Load on Normal The load is connected to the normal source. Load Shed./From Emergency Load shed from emergency,Acc. 30. (3ATS, 3ADTS) 5-2 Load Shed/FromNormal Load shed from normal,Acc. 30. (3ATS, 3ADTS) 5-2-- Loss E-When on E The emergency source has failed with the load 2-5, 2-6 connected to emergency. Manual Transfer In the manual transfer mode. Manual Transfer Enabled The transfer switch is in the manual mode. No Active Alarms There are no active alarms. 1-2 The normal to emergency load transfer time delay Normal Emergency Timer Feature 2B .is runnin .The time remaining is.shown. 2-3, 2-4 The normal source failure time delay(Feature,1 C) is Normal Fail Timer runnin .The time remainingis shown. 2-3 2-4 Normal Failed/Under Voltage The normal source is not-acceptable. 3-1 Normal OK The normal source is accepted. 3-1.. The post-transfer time delay(Feature 31 M or 31 N) is Post Transfer Timer running.The time remainin .is shown. ?=3,"2-4 Pre Transfer Timer The pre-transfer time delay(Feature 31 F or 31 G) is 2-3, 2-4 runnin .The°time remainingis shown. Sources Not Acce table The controller has powered up and has recognized an See HELP p error condition both sources are not accepted). in INDEX Switch Position Unknown The controller has powered up and has recognized an see HELP error condition cannot determine switch position). in INDEX Test Mode/Test Circuit 5 Occurs briefly during a transfer test. Installation Manual Test Mode/Test Circuit 17 Test circuit Feature 17 is active(remote test). page 2-7, 2-8 Time to Run The engine exerciser time remaining is shown. Transfer Emergency Inhibited Load transfer to emergency source is inhibited. 381333-400 A ASCO Power Technologies . EMERSON_ Network Power Screen Messages . 3 2 Screen Messages and their:Meanings (continued) The following messages(in alphabetical order) can appear on the controller display: Screen Message - Meaning'or Explanation Refer to Pages Transfer 4 Normal Inhibited Load transfer to normal source is inhibited. The controller is waiting for the emergency source -Waiting for Emergency Acceptable to become acceptable so that it can continue in the 3-1 transfer sequence. The controller is waiting for the sources to come in. phase so that it can make an in phase load transfer. P Waiting for In-Phase The phase angle:and frequency difference are also 3-1 displayed..This message will be displayed until the - sources come in phase. 3AT$, 3NTS -Waiting-for.In-Phase Timer The in-phase transfer timer in running. (3ATS,3NTS) 2-3, 2-4 The controller is waiting for the transfer button to be Waiting for Retransfer 1-6, 1-7,4-6,4-8 `ressed. 3NTS, 3NDTS e ASCO Power Technologies 4, 381333-400 A EMERSON- Network Power Screen Messages. 3=3 Control Messages and their Meanings The following control messages-(in alphabetical order) can appear on the controller.display: Control Message Meaning or Explanation Refer to Pages A password is required to proceed further in the Enter Password change process. Enter the correct password to 1-1,1-3, 2-1 continue or press the escape button.. Press the transfer button to stop an impending load transfer when any of these screens appear: normal OK,waiting for in-phase timer Press=Abort Transfer • normal failed,waiting for in-phase&in-phase timer test mode&load shed pre transfer timer • engine exerciser with load re-transfer timer Press.the transfer button to cancel a running time delay when any of these screens appear: normal OK, emergency 4 normal timer _ normal failed, normal:fail timer Press T_TJ Bypass Timer • normal failed, normal-3�emergency timer - . •normal failed, emergency•a normal timer -.engine exerciser time to run timer test mode:&load shed, normal 4 emergency timer test mode:&load shed, emergency-->normal timer Press the transfer button to retransfer the load to, normal when any.of these screens appear: Press T_TJ Re-Transfer normal failed,waiting for re-transfer manual transfer,Waiting for re-transfer Press the transfer button to perform a test load transfer when any of these screens appear: Transfer T .Test Transfer g Press normal OK, load-on normal,waiting for retransfer- Switch (3ATS, 3ADTS) .signal, engine cooldown timer Installation • load.shed, load on normal, normal 4 emergency, Manual timer, engine cooldown timer Press the transfer button to perform a test load` transfer when any of these screens appear:. Transfer �j • normal OK, load on normal,waiting for retransfer Switch Press C T 7 Transfer.(3NTS,3NDTS) signal; engine cooldown timer Installation • load shed, load on normal, normal-�,emergency Manual, timer, engine cooldown timer The display freezes if-an active alarm needs to be Press '�. to acknowledge alarms 1-2 acknowledged..Note it, then press the enter button. Press to Test (3ATS, 3ADTS) Press the transfer button to confirm load transfer. 1-2 . Press to Transfer.(3NTS,3NDTS) Press the transfer button to confirm load transfer._ _1-2 Press®to Cancel Press the escape button to return to previous screen. . 1-1, 1-3, 2-1 381333-400 A: ASCO Power Technologies EMERSON- Network Power Description of Operation 4-1 : Open-Transition Automatic Transfer (3ATS) -Normal Failure NR relay -Transfer Test SE relay Feature 1 C deenergizes. Emergency -Gen exercise ... deenergizes: time delay Generator start accepted (with load transfer) signal Inphase transfer TS coil Feature 213: Feature 31F .:feature. ER relay energizes. time delay: time delay .: (if transfer test energizes Load transfer to or den exercise) emergency Load Transfer to Emergency The sequence for load transfer to the emergency source begins automatically when the controller detects a normal source.failure a transfer test,signal either local or remote a remote transfer to emergency signal,or a generator � . g ( )� g Y gal, g . exercise(with,,load transfer). Normal Source Failure. The Normal source is considered unacceptable when any one of four voltage or frequency conditions occur(see page 1-2). Transfer Test Signal,The test transfer signal can be froin the transfer button,the'engine-generator exerciser, or via the optional serial port(Accessory I 1 BE). The controller begins the load.transfer sequence by de-energizing the SE relay and starting the Feature 1C time delay.,.Feature:1 C time delay on engine starting prevents nuisance starting'of the engine-generator set and load transfer to emergency due to momentary failures of the normal source. If the normal source is restored:(voltage - returns above the dropout point)while Feature.I C time delay is running,the:SE:relay is.re-energized,and the . .. transfer.sequence is terminated. (For transfer test the Feature 1 C time delay is bypassed.) Engine.Start3ignal. When the Feature 1C time delay ends;-the controller de-energizes the NR relay which signals the engine-generator to start. The controller monitors the emer'gency source,waiting for it to.become acceptable. Usually about 10 seconds elapse-from dropout of the NR:relay to acceptance of the emergency source. This interval occurs because-the engine-generator must:crank, start,and run up to nominal pickup points. If the emergency source is available immediately,the controller will accept it as soon as the NR relay drops out. When the emergency source becomes acceptable,the controller starts-the Feature 2B time delay on transfer to emergency(if desired). Feature 2B time delay allows the emergency source to stabilize before load transfer.: If the ernergency source fails while Feature 2B time delay is running,the controller again waits for-the emergency source to become acceptable again and restarts Feature 2B. At the conclusion of.the Feature 2B time delay,-the controller is ready to transfer the load to emergency. If enabled, 31F time delay will.run.prior to transfer and the Feature 31 output will be active:while.the time .. . delay runs. Also,if the inphase transfer.feature(for motor loads)is enabled,the controller will inhibit transfer until the sources are in phase. Load Transfer. To transfer the load to the emergency source the controller energizes ER relay., The-transfer switch TS coil energizes,and'all transfer switch contacts(mains,controls;auxiliaries):reverse position.:Transfer switch is now supplying the load from emergency source. Feature 1F,time delay-ignores a momentary voltage drop of the einergencysource when:load is.added to the generator. If enabled,Feature 3 1 M time delay will run after the transfer and the Feature 31 output will be active while the time delay runs. .. ASCO Power Technologies .. : 381333=400 A EMERSON. Networl(Power 4-2 Description of Operation OpenJransition Automatic Transfer (3ATS) continued -Normal restored -Cancelled Test Feature 3A Feature 31G - Inphase ER-relay -.Gen exercise: time delay time delay transfer feature, energizes completed TS coil NR relay SE relay energizes. Feature 2E energizes. energizes Load transfer to time delay Generator start normal (gen cool down) signal ended. Load Retransfer to Normal The sequence for load retransfer to the normal source begins automatically:when the controller detects a restored normal source;a cancelled transfer test signal (local_or remote),a cancelled remote transfer to emergency signal, or a completed generator°exercise(with load transfer). Normal Source Restoration. The Normal source is considered acceptable again when all four-voltage and ' frequency conditions occur(see page 1-2). Cancel Transfer Test'r Removal of the test transfer signal can be by pressing the transfer,button again, ending ,, a remote.test,':complete engine-generator exercise period;or via the optional serial port(Accessory l l BE). The controller begins the load retransfer sequence by starting the Feature 3A time delay. Feature.3A time delay on retransfer to normal allows the normal source to stabilize. If the normal source fails while the'Feature 3A time delay is running,the controller waits for the normal source again to become acceptable and restarts the Feature 3A time delay.,If the emergency source fails while Feature 3A is running,the controller bypasses the time delay for: immediate load transfer. To bypass Feature 3A time delay.press the transfer button(bypass timer). At the conclusion of the Feature 3A time.delay,the.controller is ready to-transfer the load to normal. If enabled, Feature 31 G.time delay.will run prior to retransfer and theTeature 31 output will be active while the time delay.. runs. Also,if the inphase transfer feature is enabled,the controller will prevent transfer until the sources are in phase. Load Retransfer. To retransfer the load to the normal source the controller de-energizes ER relay and energizes SE relay. The,transfer switch TS coil energizes;and all transfer switch contacts(mains,-controls, auxiliaries)reverse.position.The transfer switch is now supplying the load from the normal source again. Engine Cooldown and Stop. After.load retransfer to the normal source,the controller starts Feature 2E time delay. Feature 2E time delay provides an unloaded cooldown running period for"the engine-generator. At the end' of the time delay,the controller energizes the NR relay and the engine-generator is signaled to shutdown. 381333-400 A - _ ASCO Power Technologies . EMERSON. NetwortlPoEver Description of Operation :4-3': Delayed-Transition Automatic Transfer (3ADTS) -Normal Failure NR relay -Transfer Test SE relays Feature 1 C deenergizes. Emergency -Gen exercise ... deenergize time delay Generator start accepted (with'load transfer) signal CN coil CE coil Feature 213 Feature 31F ER-relays .__j, energizes. Load energizes. time delay time delay. energize Disconnects Disconnect Load transfer to normal source. time delay emergency = Load Transfer to Emergency The sequence for load transfer:to the emergency,source begins automatically when the controller detects,a normal ,. source failure,_a transfer test signal(either local or remote),a remote transfer to emergency signal,or a generator exercise(with load transfer). Normal Source Failure. The Normal source is considered unacceptable when any one of fourvoltage or. frequency conditions occur(se. e page 1-2 )• Transfer Test Signal.'The test transfer signal can be from the transfer button-the engine=generator-exerciser,.. or via the optional serial port(Accessory I IBE). The controller begins the load transfer sequence by de- l energizing the SE-relays and starting the,Feature I time delay. Feature.IC time-delay on engine starting prevents nuisance starting of the engine-generator set and load transfer to emergency:due to momentary-failures of the normal source. If the normal source is restored(voltage returns.above the dropout point)while Feature 1 C time delay is:running,the SE relays:is re-energized and the transfer sequence is terminated::(For transfer test the Feature I time delay is bypassed.) ,. Engine Start Signal. When the Feature 1C time delay ends',the controller de-energizes the NR relay which signals the engine-generator to start., The controller monitors the emergency source,waiting for it to become acceptable. Usually about 10 seconds elapse from dropout of the NR relay,to acceptance of the emergency source..This interval occurs because the engine-generator must:crank;start,and run up to nominal pickup points. If the emergency source is available immediately,the controller will accept it as soon as the NR relay drops out. When the.emergency source becomes acceptable,the controller starts the Feature 2B time delay on transfer to. . . emergency(if desired). Feature 2B time.delay allows the emergency source to stabilize before load transfer. If the emergency source fails while Feature 2B time delay is running,the controller again waits for the emergency source to become acceptable again and restarts Feature 2B: At the conclusion oftheFeature 2B time delay,the controller is ready to transfer the load to emergency. If . enabled,Feature 31F time,delay will run prior to transfer and the Feature 31 output will be active while the time delay runs. Load Transfer. To transfer the load to the emergency source in a delayed-transition mode the controller energizes the ER relays: The transfer switch CN coil energizes and opens the CN transfer switch main contacts. The load is disconnected from both sources. The load disconnect time delay starts. When this time delay ends, the controller energizes the ER relays. The transfer switch CE coil energizes and closes the.CE transfer switch main contaets. Transfer switch is now supplying the load from emergency source. Feature=1 F time delay ignores- . a momentary voltage drop of the emergency source when load is added to the generator. ASCO Power Technolo les . . 9 .. 381333400 A EMERSON. Netuvork PcAver 4-4 Description of Operation Delayed-Transition Automatic Transfer (3ADTS) continued -Normal restored -Cancelled Test Feature 3A Feature 31G ER relays SE relays -Gen exercise time delay time delay; energize energizes completed CE coil CN coil NR relay 'energizes. Load energizes. Feature 2E energizes. Disconnects Disconnect Load transfer to time delay Generator start emergency. time delay normal (gen cool down) signal ended. Load Retransfer to'Normal The sequence for load retransfer to the normal source begins automatically:when the controller detects a restored normal source,or a cancelled transfer test signal_(local or remote),a cancelled remote transfer to emergency signal,or a completed generator exercise(with:load transfer). Normal Source Restoration. The Normal source is considered acceptable again when all four voltage and frequency conditions occur(see page 172). Cancel Transfer Test. Removal of the test transfer signal can be by pressing the transfer button again,ending a remote test,-Complete engine-generator exercise period,or via the.optional serial port(Accessory 1113E). The controller begins the load retransfer sequence by starting the Feature 3A time.delay. Feature:3A time delay on retransfer to normal allows the normal source to stabilize. If the normal source fails while the'Feature 3A time delay is running,the controller-waits for the normal source again to become-acceptable and restarts the Feature 3A time delay. If the emergency source fails while Feature 3A is running,the controller bypasses the time delay for immediate load transfer. To bypass Feature 3A time delay press the transfer test button(bypass timer).. At the conclusion of the Feature 3A time delay,the controller is ready to transfer the load to normal. If enabled, Feature 31 G.time delay will run prior to retransfer and the Feature 31 output will be active while the time delay: dins. Load Retransfer. To retransfer the load to the normal source in a delayed-transition mode the controller de- energizes the ER and ER2 relay and energizes the SE2 relay. The transfer switch CE coil energizes and opens the:- CE transfer switch main.contacts. The load is disconnected from both sources. The load disconnect time delay starts. When this time delay.ends the controller energizes the SE relay. The transfer switch CN coil energizes and closes the CN transfer switch main contacts. The transfer switch is now supplying the load from the normal source again. Engine Cooldown and Stop. After load retransfer to the normal source,the controller starts Feature 2E time delay. Feature 2E time delay provides an unloaded cooldown running period for the engine-generator. At the end of the time delay,the controller energizes the NR relay and the engine-generator-is signaled-to shutdown. 381333=400 A 17 ASCO Power Technologies EMERSON: Neh,jork Power i Description of Operation 4-5 Open-Transition Non-Automatic Transfer (3NTS) -Normal Failure Manually start Press the SE&NR relays Emergency Transfer Test the generator transfer button. deenergize. accepted Inphase transfer TS coil Feature 26 Feature 31F feature. ER relay energizes. time delay y (if transfer test energizes Load transfer to time dela or gen exercise) emergency Load Transfer to Emergency The transfer switch does not transfer.the electrical load automatically.:The:generator is not started automatically. :. The sequence for load transfer to the emergency_ source begins when the controller detects a.normal source failure,, emergency source available,and a transfer.test signal(either local or remote),a-remote transfer to:emergency signal. Normal Source Failure. The Normal source is considered unacceptable when anyone of four.voltage or frequency conditions occur(see page 1-2). Manually Start the Generator. If the Normal source has failed-or to perform a transfer test,manually start the engine-generator first. Transfer Test Signal. The-test transfer signal can be from the transfer button or via the optional serial port (Accessory 11 BE). The controller de-energizes the SE relay and NR-relay. The:controller monitors the emergency source,waiting for it to become acceptable. When the emergency source,becomes acceptable,the controller:starts the Feature 2B time delay on transfer to emergency(if desired). Feature 2B.time delay allows the emergency source to stabilize before load transfer. If the emergency source fails while Feature 2B fiine delay.is running,the controller again waits for the emergency . source to become acceptable again and restarts Feature 2B._ At the conclusion of the Feature 2B time delay,the controller is,ready to transfer the load to emergency. If enabled,Feature 31 F time delay will run prior to transfer and the Feature 31 output will be active while the time. delay runs. Also, if the inphase transfer feature(for motor loads)is enabled,the controller will prevent transfer . until the sources are in phase. Load Transfer. To transfer the load to the emergency source the controller energizes ER relay. The transfer switch TS coil energizes;and all transfer switch contacts(mains,controls,auxiliaries)reverse position: Transfer switch is now supplying the load from emergency source. If enabled,Feature 3 1 M time delay will run after the=transfer and the Feature 31 output will be active while,fhe time delay runs. ASCO Power Technolo ies .. ..,v, 381333-400 A 9 :. EMERSON. Netwo lepower 4-6 Description of Operation Open-Transition Non-Automatic Transfer (3NTS) continued -Normal restored NR relay Press the Feature 31 G Inphase -.Cancelled Test energizes transfer button time delay transfer feature TS coil Allow the rd shut SE relay energizes. generator to run he energizes Load transfer to for cooldown tor normal Load Retransfer to Normal The transfer switch does not,retransfer the electrical load automatically. The generator is not stopped automatically._The sequence for load retransfer to the normal source begins when the transfer button is pressed again. A password may need to be entered first. Normal Source Restoration. The Normal source is considered acceptable again when all four voltage and frequency conditions occur(see page 1-2). Transfer Test Signal. The test transfer signal can be from the transfer button=or via the optional serial port (Accessory 1-1BE). The,controller-monitors the normal source,waiting for it to become acceptable. The controller energizes the NR relay. The controller is.ready to transfer the load to normal. If enabled,Feature.31G time delay will run prior to retransfer.and.the Feature 31 output will be active while the time delay runs. Also, if the inphase transfer feature is enabled,the controller will prevent transfer until the sources are in phase. Load Retransfen TO retransfer the load to the normal source the controller de-energizes ER relay and energizes SE relay. The transfer switch TS coil:energizes, and all transfer switch contacts(mains,controls, auxiliaries)reverse position.The transfer switch is now supplying the.,load from the normal source again. Engine Cooldown and Stop. ,After load retransfer to the normal source,allow the generator to run for a cool down period. Then,manually,shut down the engine-generator. a 381333=400 A N. r Tech .ASC O Powe Technologies EMERSO Network Power Description of Operation 4-7 Delayed-Transition Non-Automatic Transfer (3NDTS) -Normal Failure Manually start Press the SE&NR relays Emergency -Transfer Test ..: the,generator transfer button deenergize. accepted CN coil CE coil Feature 2B Feature 31.17 ER relay energizes. Load energizes. time delay time delay energizes Disconnects Disconnect Load transfer to Normal source. time delay' emergency Load-Transfer to Emergency The transfer switch:does not transfer,the electrical load automatically. The:generator'i,s not started automatically. ; The sequence for load transfer-to the emergency source begins when the controller detects a.normal source failure, emergency source available,and a transfer test signal.(either local or remote),a remote transfer to.emergency. signal. Normal Source Failure. The Normal source is considered unacceptable when ariy one of four voltage or frequency conditions occur(see page 1-2). Manually Start the Generator. If the Normal source has failed or to perform a transfer_test,manually start the engine-generator first. Transfer Test Signal..The-test transfer signal can be from the transfer button or via the optional serial port (Accessory 11BE). The controller-de-energizes the SE relay and NRrelay. The controller monitors the emergency source,waiting for it to become acceptable. When the emergency source becomes acceptable,the controller starts the Feature 2B tune delay:on transfer.to emergency(if desired). Feature 2B time delay allows the emergency source to stabilize before load transfer: If the emergency source fails while Feature 2B time delay is running,the controller again waits for the emergency source to become acceptable again and restarts Feature 28., At the conclusion of the Feature 2B time delay,the controller is:ready to transfer the load to emergency. If enabled,Feature 31 F time delay will run prior to transfer and the Feature 31 output will be active while the time delay runs. Load Transfer. To transfer the load to the emergency source in a delayed-transition mode.the controller energizes ER relay: The transfer switch-CN coil energizes:and opens.the CN transfer switch main contacts. The . load is disconnected from both sources. The load disconnect time delay starts. When this time delay ends,the controller energizes the ER relay. The transfer switch CE coil energizes and closes the CE transfer switch main contacts.. Transfer,switch is now supplying the load.from emergency source. W. ASCO.Power Technologies '�? 381333-400 A EMERSON. Networtt Power 4-8 Description of Operation Delayed-Transition Non-Automatic Transfer (3NDTS) continued -Normal restored NR relay Press the Feature 31G SE.relay -.Cancelled Test energizes transfer button time delay energizes CE coil CN coil Allow the Manually shut energizes. Load energizes. generator to run down the . Disconnects Disconnect Load transfer to for cooldown generator emergency. time delay normal Load Retransfer to Normal The transfer switch-does not retransfer the electrical load automatically. The generator is not.stopped automatically.The sequence for load retransfer to the normal source begins when the transfer button is pressed again. A password may need to,be entered first. Normal Source Restoration. The Normal source is considered acceptable again when all four voltage and frequency conditions occur(see page-1-2). Transfer Test Signal.-'The test_transfer.signal can be from the transfer button-or via the-optional serial port (Accessory II BE). The controller-monitors the normal source,waiting for it to become acceptable. The controller energizes the NR relay. The controller is ready to transfer the load,to normal. If enabled,Feature 31G time delay will run:prior to retransfer and the Feature 31 output will be active while the time delay runs. Load Retransfer..To retransfer the load to the normal source in a delayed-transition mode the controller de- energizes ER and ER2-relays and energizes the SE2 relay. The transfer switch CE coil energizes and opens the CE transfer switch main contacts. The load is disconnected from both sources. The load disconnect time delay starts. When this time delay ends the controller energizes the SE relay. The transfer switch CN coil energizes and closes the CN transfer switch main contacts. The transfer switch is now supplying the load from the-normal source again. Engine Cooldown and.Stop. After load retransfer to the normal source,allow the generator:to run fora cool down period.. Then manually shut down the engine-generator. 381333400 A '� .' ASCO Power Technologies EMERS115N. Networtc P61ver Optional Accessories 5-1 Optional Accessories Several optional accessories are available for the Group G Controller. They can.be.factory installed-or. most can be ordered later as an accessory kit. WARNING Deenergize both. Normal and Emergency power sources before installing an accessory_kit. Four-Function Software Bundle (Accessory :11 BE or Kit 935147) If optional Accessory I IBE software was ordered,.the controller is factory-configured-with four.additional . functions:communication,programinable.exerciser,event log,common alarm output contact option OP (in the . controller). The controller has additional screens for these four functions. Communication,. Under the General,settings,a screen allows the user"to configure_Communication(RS485 port). The baud rate can be setoff, 9600- 115200. The address can be set 1 to 247. See the Appendix for setting DIP switches S7 and S8: S7 sets the terminating resistor;:S8 sets 2 wire or 4 wire. See pages 1 3 and 2-5. Programmable Exerciser. Under the Engine Exerciser settings,a screen allows the user to configure the optional exerciser. This exerciser provides seven programmable exercise periods. They can be set for once a (Is',:. nd .,rd th th week(all),alternate weeks(1 2 ) j -. ,4 ,5 week ,and each with adjustable start and exercise period. See pages 173,2-9,and 2-10. Event Log. Under the Event Log main menu,a screen allows the user to view events. Use the up and down keys to navigate the event list(last 300 events). See pages 1-3,2-11,Appendix A-3 (event types), and Appendik. A-4(event causes). Common Alarm. Under the General settings,a screen allows the user to configure Common Alarms; Output OP1 contact,(in the controller)can be configured to operate when a common alarm occurs. Refer to the wiring diagram provided with the transfer switch for connections and rating of the:OPI:contact. See pages 1 3,2-7;and-" 2-8 for settings(Settings,Features). 5140 Quad-Ethernet Module (Accessory 72EE or Kit 948551) This accessory provide' a 10/100 Mbit Ethernet interface:to the transfer switch. It includes embedded web pages and access to Modbus registers for monitoring and control.. It is mounted on a DIN rail. ASCO Power Technologies _ -. 381333-400 EMERSON. Neiwork'Power Optional.Accessories 5-2 : Current Sensing Module (Accessory.23 GA— 1 phase, 23GB—3 phase, or Kit:935150) s This accessory is a current sensing module that is mounted on the controller(lower part).The customer=supplied current transformer(s) . attach to the load cables of the transfer switch. With this accessory . : installed the controller measures and displays the load current(l phase, . 3 phase,or off). This accessory is not ava%lable when a Power Meter is provided. Seepages 1-3,2-5;and 2-6 for settings (Other Parameters). VOI�1�mRN, IN,G „ Never leave an open secondary circuit of a current transformer. Dangerous voltage can cause shocks, burns, and/or death. When disconnected always install a shorting jumper between the current transformer terminals. Relay Expansion Module (Included on 3ADTS & 3NDTS) (Optional Accessory 18RX for 3ATS & 3NTS or Kit 935148) This accessory consists of a relay module.mounted on a DIN rail. ,The module interfaces with the controller for dual-operator transfer ov switches(3ADTS &3NDTS). It also provides-some commonly used accessory relays(18B, 18G,etc.). Output OP2 and OP3 contacts can- be configured for common alarms. See pages 1-3,2-7,and 2-8 for ° settings(Features,Output OPI, OP2, OP3). Refer to transfer switch Wiring diagram for connections and rating of OP2 and OP3 contacts. Uninterruptable Power Supply Module (Accessory 1 UP or Kit 935149) This accessory consists of a module that attaches on a DIN rail. The module provides limited reserve power(approximately 3 minutes)to the ° controller and some-accessories during a power outage until the generator starts. The built-in battery recharges when power is restored. Load.Shed (from emergency source) . (Accessory 30AA and 30BA on 3ATS or 3ADTS.only, kit not available) If.optional Accessory 30AA or 30BA was ordered,the controller is factory configured for Load Shed. The home /control status screen displays the load shed operation. Load shed can be set to occur only when the sources are in phase(see page 2-7 and 2-8). Refer to the wiring diagram provided with the transfer switch for connections to these accessories. Accessory 30AA is a load shedding circuit initiated by opening of a customer-supplied contact. Accessory 30BA* is a load shedding circuit initiated by removal of customer-supplied voltage(*specify voltage).. A 381333-400 ® SCO Power Technologies EMERSON. Networks Poiver Appendix A-1. Cover Hazardous voltage capable of causing shock, ° l �j ; � Thumb..: 0 burns, or death is,'used.in this switch. , ,� � latch on Deenergize both Normal and Emergency power ; right side . sources.before making any changes. Hook on left side i f NOTICE.: Do not make_any setting changes while the o controller is energized< Any:change in.these: settings,may affect the normal operation of the i transfer switch. This change could allow the load circuits to remain connected to low voltage source. . I ° O This appendix-shows the controller DIP switch settings.and jumper block settings for input voltage; frequency,phases,and type of transfer switch used. These controls should only be used:by trained Figure,A-1. Cover removal. technicians from ASCO Services, Inc.(ASI 1-800- 80072726). Controller Cover.Installation Controller Cover Removal 1. Position the cover so,that the hole on left side 1. :Deenergize the.controller:: engages the hook on.the base. 2.. Release the cover by:pressing the latch outward - 2. Press the cover-inward until it latches on the on the right side with your thumb. Figure,;A-1. right side. :See Figure:A-1. 3. Pull:the cover outward and unhook it from the 3. Reenergize the controller. left:side. Battery for clock ® § . -CR2032 3 V Lithium r d Power car DIP switch.S1 Do not move it! for voltage'frequency, �� O and phase settings O a sI: to TS TYPE e NOW VOLT - �09 r, a NOW FRED C ® O - ° ,° LJ ❑ � o" N PHASE{ 'B' c ::cc:&:r; � • NOT USED. NOT USED ® �.. r DIP SwllCh S7 €o � 6 0 W for RS485 communication ^_. termination resistor setting AEQP._ B 99 PP "' O LED indicators u P IPe IP . P 4 ° DIP switch S8 .. for relay operation 123 4 s e 7 e o io n a u 1,i!1! 1 5 ® for RS485 communication Figure A-2. Location of DIP switches 381333 40 ASCO.Power Technologies �m - 0 EMERSON_ A Network Power } Appendix A-2 Power Supply Jumper Card NOTICE The power supply jumper card is positioned during To avoid permanent damage be certain that the manufacture for the customer system voltage. Do setting matches the transfer switch type. not move this card. Table A-2. Transfer switch type Location between transformers DIP switch S1, actuators 1 and 2 0 ILO Hi O S1 DIP open transition Delayed transition on on Y3 oQ .. .. YJo 11 2 . . b on a off YBQ �. .. 0 Y7� Frequency Setting rep Y90 DIP switch S I actuator 7 selects either 50 or 60 Hz, source frequency sensing. See Table A-3. Figure A-3. Power Supply Jumper Card. Table A-3. Source Frequency" Table A-1 shows the appropriate position of the DIP switch S1, actuator 7 power supply.jumper card for different controller S1 DIP 60-Hz 60 Hz part numbers and system voltages. 7 off b..on NOTICE To avoid permanent damage, be certain that Normal Phase Setting the voltage settirig matches the transfer switch DIP switch S 1 actuator"8 selects either I phase or 3 phase sensing for the Normal source.The sensing system voltage. Do not apply HI voltage with the jumper card in the LO position. for the Emergency source is - phase. See Table A-4. Table A-1. Position of Jumper Card. Table A-4. Phase of the Normal Source DIP switch S1, actuator 8 Position of Jumper Card Controller 'fors stem Volta a S1 DIP 1 Phase 3 Phase Part No. Up T (LO) "Down 1 (HI) 8 M off.: b on 894000- toward the top toward the bottom 001 115V, 120 v =- Voltage Setting 002 208V, 220V 380V, 400V, 415V 230V, 240V 440V, 46OV,48OV. DIP switch S1,actuators.3,4,5,and 6 select the 003 277V .. 550V, 575V,600V voltage setting. See"Table A-5. Transfer Switch Type Setting NOTICE DIP switch S I,actuators I and 2 select the type of To avoid.permanent damage be certain that the transfer switch used with the controller(open- voltage setting matches the transfer switch transition or delayed-transition). See Table A-2. system voltage: Table A-5. Voltage setting, DIP switch S1, actuators 3, 4, 5, and 6 S1 DIP switch 115 120 208 220 230 240 277 380 400 416 440 460 480 660 675 600 actuators 3 G� b Gam. b. a b a b- <= . b a b a r* . a b 4 a a.. b . b a a C> C . a a E:> a G? �J b 5 a a a a b b b E:> a a a a r-> . b b 6 a a a a a a a a � . � b: [ � F* 381333=400 A ASCO Power Technologies EMERSON_ Network Power -Appendix A 3 Logged Events and Causes See page 2-11 for-how to view logged events and.their causes. The following table lists in alphabetical order the Event Types:that are displayed. The meaning is shown at the right.-The next page lists the Event Causes (reasons)that.are displayed under the event type. Re corded Event Types Displayed Event Type.," Meaning Alarm Reset The alarms were acknowled ed. Clear Event The:event to database was cleared erased by a local or remote user. Cleat Statistics The statistics data was-cleared erased by a local or remote user. Clock Set The clock was set by a local or remote user. DST Off The Da li ht Savings Time setting was turned off b :a local or remote.user. - DST On The Daylight Savings Time setting was turned on by a local or remote user. DTTSType Set .: The delayed-transition transfer switch type was set. E:Source Accepted The emergency source has become acceptable. E Source Not Accepted: The emergency source not acceptable(voltage or frequency dropout orpickup) En ine.:Start The controller has signaled the engine to start..: Engine Stop The controller has signaled the engine to stop.. Fail to-Accept Timer The emergency emergen''cy source was not accepted.within the time setting, Firmware U dated- The Firmware was u dated. In-Phase OFF The in phase s6ttihb was turned off b a local or remote user. In=Phase On:. The in phase setting was_turned on by a local or remote user. Internal Error See HELP in INDEX: Load Connected The load was connected to the transfer switch. . Load Disconnected The load was disconnected from the transfer switch: Local Transfer Override: Load transfer:was cancelled by a local user. N.Source Accepted The normal source has-become acceptable. N Source Not Accepted The normal source:not acceptable(voltage dropout orpickup). Not in Automatic - The manual mode-enabled or Feature 34B activated: NVM Defaults.Loaded NVM defaults were loaded. OTTS Type Set Theo en-transition transfer switch type was set. Password Changed The password was changed. Position Error See HELP in INDEX. Return to Automatic The automatic mode was enabled.. Timer 2B Bypass:: Feature 2B was bypassed by a local or remote user. Timer 3A Bypass Feature:3A was bypassed by a local or remote user.: Timer 31 B ass Feature-31 was bypassed by a local or remote user.: Transfer Abort .. The transfer-has been aborted"or cancelled by.a local user. Transfer Committed Load transfer has been committed by a local or remote user. . Transfer E to N Transfer from emerdency to.normal E source failure,or manual�transfer . Transfer Failure See HELP in INDEX. Transfer N to E.. Transfer from:normal to emer enc N source failure, test;'exercise, manual transfer TS Initial Position See HELP in INDEX. continued on the next page ASCO Power Technologies .. 381333400 A EMERSON_ . Network Power r - Appendix A-4 The following.table lists in alphabetical order the Event Causes that are displayed under the event type (previous page). The meaning is shown at the right. Event Cause Displayed Event Cause' Meaning Acknowledge Alarms Alarms acknowledged. Cancel Test Test cancelled. E,Not Accepted Emergency source not accepted. E Over Frequency Emergency source over frequency E Over.Voltage Emerdency source over:volta e E Under Frequen6v Emergency source under frequency E:Under Volta a Emergency source under volta e Engine Exercise The generator is being exercised. F6 Aborts NE Transfer Load transfer cancelled;.F6" F34B Inhibit Active Not in automatic; Feature 34B activated. . Feature 5 Test requested Feature 5 Feature.17 Test requested Feature 1,7 -Local User Local-user active Manual Mode Enabled The manual transfer mode is enabled. Manual Transfer The transfer switch is in manual transfer mode. N.Not Accepted Normal"source not accepted.: N Over Frequency Normal source over frequency N Over Voltage Normal source over voltage - N Under Frequency Normal source under frequency N Under Voltage Normal source under voltage Position Error See HELP in INDEX. Remote User Remote user active Serial 17 Serial 17 active. Switch on Center Off. The load is disconnected for 3DTS, 3NDTS only) Switch on Emergency The load is connected to the emergency:source. Switch.on Normal. The load isconnected to the normal source.. Statistics Kept See:page 2-11 for how to view the statistics kept. The following table lists the statistics that are displayed. The meaning.is shown at the right. Statistics Displayed Statistics , Meaning TS Total Transfers Number of times the transfer'switch has transferred the load. TS Transfer Time Total time sec. it took to transfer the load between sources. Source Fail Transfers Number of times transfer.switch has transferred load dub to source unacceptable. Days Ener ized Total number of days the ATS has been energized. Time Normal Available : Total time(hours-&:minutes)the Normal source has been available. Total Time On Normal Total time hours the load has been connected to the Normal source. Time Emerge.Available Total time hours&minutes the Emergency source has been available. Total Time On Emer . Total time hours the load has been connected to the Emergency source. Last Gen Start Last time date&time the generator started. Gen Starting Time At that time, how long it took for the generator to become acceptable. In-Phase Time Time sec. it took to run the in-phase monitor achieve in= hase transfer. 381333-400 A � ASCO Power Technologies . - EMERSON_ Network Power Index 1 . INDEX.: A C E About,1-3,2-11 Cancel Test,A-4 EAccept Fail,2-5,2-6, 3-1 .. Accessories change password,2-1,2-5,2-6 E Source Accepted,A-3 lUP,2-3,5-2 Clear.Events,2-5,2-6,A-3 E Source Not Accepted,:A-3 . 11BE,2-5,2-6,2-9.thru-11, .. Clear Statistics,A-3 EAccept Fail,2-5;2-6,3-1 5-1 Clock Set,A-,' Emergency-►Normal Times,2-3, 18RX,5-2 Commit Transfer,2-7,2-8 -2-4,3-2 23GA,23B,5-2 Common Alarm_ s settings, 173,2-5, Enable,exerciser,2-9,2-10 30AA,30BA,5-2 2-6,5-1 Engine Cooldown Timer,2-3,2-4; dongle, optional, 1-2 Communication settings, 1-3,275, 3-2,4-2 acknowledge alarms, 1-2 2-6,5=1 Engine Exerciser settings, 2-9,2-10 Alarm Reset,A-3 Contrast,Display,_2-5,276 _ Day of Week,2-9,2-10 alarms, 1 251-3 control messages;3-3 Duration,2-9,2-10 Appendix;A-1,A-2,A-3;A-4 control overview, 14, 1-3 Enable,2-9,2-10 - alert light, 1-1: cooldown,engine,2-3;2-4,3-2,4- Program No,2-9,2-10- acknowledge alarm screen, 1-2 2 Time,2-9,2-10 Appendix cover removal;A=1 With Load,2-9,2-10 battery,A-1 CT Ratio,2=5,2-6 - Enter Password, 1_-3,2-1,2=5,2-6, cover removal,A-1 current sensing, 1-2,2-5;2-6,.5-2 3-2 DIP switches,A-1,A-2 enter/save button, 1-1, 1-3 frequency setting,A-2 D escape button, 1-1; 1-3 LED indicators,A-1 DANGER statements;cover,A-1 .: Event Log,2-11,-5-1,A-3,A-4 logged events,'A-3,A-4 Date&.Time settings, 1-2, 1-3, Exerciser, Engine,2-9,2-10,5-1 phase setting,A-2 2-5,2-6, explanations statistics,A-4 Day of Week;exerciser,2-9,2-10 , ° engine exercisers,2-10 . transfer switch type,A-2. daylight sayings time,.2-5,2-6;A-: features,2-8 voltage hi=10 card,A-:1,A-2 3 general,2-6 voltage setting,A-2. decrease value button, 1-1 . : screen messages, 3-1 Are you sure?,2-1,3-1 delayed transition transfer,4-3, time delays,274 arrow buttons, 1-1, 1-3 4-4,4-7,4-8,A-2 voltage and frequency,.2-2 ASI is ASCO Services Inc. description of operation &t. Battery,.2-3,2-5,,2=6 800-800-2726(ASCO) 3ATS,4-1,4-2 Ext. Feature 6B,2-7,278 customercare@asco.com 3ADTS,4-3,4-4 . Ext. Feature 17,2-79 2-8 ATS status screen, 1-2, 1-3 3NTS,4-5,4-6 3NDTS,4-7,4-8 F B . shed load,5-1 Fail Accept Timer,2-7;:2-8 battery,internal,A-1 DIP switches,A-1,A-2 Fail Acquire E,3-2 battery,external,2 33,2-5,2=6;5-2 display messages,3-2,3-3 Features settings,2-7,2-8 baud rate,communication,2-5,2-6-- Display settings, 1-3,2-59 2-6 BP E->NF31 E Fail,2-7,2-8 buttons,,1-1' Contrast,2-5,2-6 BP NEE F31 N Fail,2-7,2-8 Bypass,Features,-2-3,2-4,2-7, Language,2-5,2-6 Commit Transfer,2-.79 2-8 2-8 Source 112,2-5,2=6 Ext. Feature 6B, 17,2-7;2-8 Bypass Timer button, 1-1 - Volt Label,2=5,2-6 Fail Accept Timer,2-7,2=8 dongle, optional, 1-2 In Phase On,2-7,24 drop out settings, 1-3,2-2 Output OP1-3,2-7,2-8 - DST,2-55 2-6,A-3 Format, Date&Time,2-5,2=6 Duration,exerciser,2-9,2-10: frequency, 1-2,2-2,A-2 381333-400 A ASCO Power Technologies EMERSO1V: tfetavortt Pori>er. M Index-2 IND EX: General:'settings, 1-3,2-5,2-6:` Main Menu,.1-3,24 operation,description of Common Alarms,2-5,2.6 Manual Mode Enabled;A-4 3ATS,4-1,472 Communication,2-5;2-6 manual:operation, 1-1 3ADTS,4-3,4-4 Date&-Time,2-5,2=6 3NTS, 1-6;4-5,4-6 3NTS,4-5,4-6 Display,2-5,,2=6 3NDTS;1-7,4-7,4-8 3NDTS,4-7,4-8 Name&Location,2-5,2=6 Manual Transfer,A-4 optional accessories,5-1,5-2- Other Parameters,.2=5,2-6 messages,display;:l-2,3-1,372 Other Parameters, 1-3,2-5,2-6 . metering screen, 12, 1-3 Clear Events,2-5;2-6 CT Ratio,2-5;2-6 HELP :800-800=2726,(ASCO) N Current Sensing,2-5;2=6 customercare@asco:com :- NNotAccepted,A-4 Ext._Battery,2-5,2=6 home screen(main menu),1-3,2-1 N Over Frequency,A-4 = Password,2-5,2- N Over Voltage,A-4 OF over frequency trip,2-2 � 1V Source Accepted,A=3 OTTS Type Set,A-4 increase value key, 1-1 N Source Not Accepted,A-3 Output OP,2-7,2-8 - Iri=P ase,2=3,2-4,2-7;2-8,5-2; N Under Frequency,A-4 OV over voltage trio,2=2 A-4 N Under Voltage,A-4 overview, 1-1, 1-3 Internal Error,A-4 Name&Location,.2-5,2-6 interval,exerciser,2-9;2-10 navigation,screen;1-3 P increase:value button, 1=1 No Active Alarms,-1-2,3-2 password, 1=3,2-l-,2-5;2-6,3-2 Invalid Password,;2-1,2-5,2.6, non-automatic operation General-� Other Paraineters 3-2 3NTS,4-5 password,default,1111 _. 3NDTS,4=7 _- phase setting,normal source,A-2. K ° Normal->Emergency Timer,2-3, ° pickup settings, 1.-3,2-2 key:symbol, dongle,optional, 1-2 24,3-2 Position Error,A-4 Normal-Fail Timer,2-3,2-4,3-2 Post Transfer Timer,2-3,2-4,.3-2.:' L ... Normal Failed,3-2,4-1 power supply,5-2,A71 A-2 Language,Display,2-5,2-6 - Normal OK,.1-2,3-1,3-2,4-2. Pre Transfer Timer,2-3,2-4,.3-2 legend,.l-3, 1-4, 1=5, 1-6,1-7_ Not in Automatic,A4- Present Time;.exerciser,2-9;2-10 lights, 1-1,A-1 not in automatic light;1-1 Press E-F Abort Transfer,3_:3 Ld Disconnect setting,2=5,2-6, NVMDefaults Loaded,A-4 Bypass Tinier,3-3 3_2 Press Load Connected,A-3 Press=Re-Transfer,3-3. - Load Disconnect Timer,3-2 Load Disconnected,5-2;A-3 Press Test Transfer,3-3 Load on.Emergency,3-2 Press. Transfer,3-3 Load on Normal,,1-2,3-2 Press to acknowledge alarms. Load Shed,5-2 3-3 Load Transfer Override;A-4 re t Local User,A=4 P ss o Test,3-3 Location, Name&; 1-3,2-5,2-6 Press-0 to Transfer,3-3 Loss E when.on E,2-5;2=6,3-1 Press 0 to Cancel;3-3 Program No,exerciser,2-9,2-10 programmable engine exerciser, 2-9,2-10,5=1 protocol,communication,2-5 . . PU/DO pick up/drop out,2-2 NQ ASCO. Power Technologies ._ _ 381333=400 A: RSQ EMEN: Networit Oiower Index 3 . INDEX R T: U - relay expansion module,5-2 Test Mode,3-2,4-1 ups,5-1 retransfer button,.1=1 Time, Date,& Time, 1-3,2-5,2=6 Return to Automatic,A-3 Time,start,exerciser,2-9,2710 V RS-485,Communication;2-7,2-8 _ Time Delay 2B Bypass,A-3 Volt Label,Display,2-5,2-6 Time Delay,3A Bypass,A-3 voltage; 1-2,2-2,2-5,2-6, S Time Delay 31 Bypass,A-3 471 through,4-8,A-1,A-2,A23 screen messages,3-1,372 Timers-(time delays)settings, 1-3 jumper.card,A-2 screen navigation, 1-3 - : I C& 1 F,2 3;2-4,4-1 setting,A-2 sequence of operation, 1-,4 thru 1-7 2B,2-3,2-4 Serial 17,A-4 2E,2-3,2-4 W Settings,.1-3;2-1,2-2 3A;,2-3,24 . : Waitingfor Emergency Available, General; 1-3,275,2=6 31F,2-3,.2-4 3-2,4-1 Engine Exerciser, 1-3,2-9,2- 31 G,2-3;2-4 Waiting for In-Phase,3-2,4=9 10, 31M;2-3,2-4 . Waiting for RMW:nsfer Signal,3-2 , Features, 1-3,2-.7,2=8 31N,2-3,2-4 With Load;exerciser,2=9,2-10 Pick.Up7Drop:0ut, 1-3,2-2 Fail Accept Max,2-3,2-4 Timers, 1-3,2-3,2-4 In-Phase;2-3,2-4 Source 112,Display,2-5,:2-6 Ld Disconnect,2-3;2-4 source acceptability, 1-2,3-1 Transfer Abort,A73 Star-t Week,exerciser,2-9,2-10 transfer button, 1-1 Statistics,2-111 A-4 Transfer Committed,A-4 status information, 1-2, 1-3,3-1 Transfer E to N,A-3 status lights,.1-1 Transfer Failure;.A-3 Switch on Center Off,A-4 Transfer Inhibit Signal,3-2 Switch on Emergency,A-4 Transfer N.to E,A-3 Switch on Normal,A-4 . transfer:switch, 1-1' see Installation Manual type setting,A-2 transfer test,:]-1 Transfer to Emergency Inhibited,3-3 Transfer to Normal Inhibited,'3-3 transformers,jumper card,A-2 TS Initial Position,A-3 Printed in U.S.A.. ©ASCO Power Technologies, L.P.2013 All Rights Reserved. 381333-400 A '� ASCO Power Technologies EMERSON: NetavothPomver. A City of Zephyrhills BUILDING PLAN REVIEW COMMENTS Contractor/Homeowner: �— 4 . le C 1. �e V S �e S Date Received: 3 // ), / Site: 3 I3 0 Tre,1h Po�a/ fi V Permit Type: n Approved Who comments:LJ Approved w/the below comments: ❑ Denied w/the below comments: ❑ j,2av�`�O This comment sheet shall be kept with the permit and/or plans. Tans Examiner ate Contractor and/or Homeowner Ge,h , (Required when comments are present)