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MARK <br />I <br />EF-2 <br />MANUFACTURER <br />GREENHECK <br />GREENHECK <br />MODEL <br />SP-13110 <br />SP-13110 <br />CFM <br />70 <br />70 <br />E.S.P. (IN. W.G.) <br />0.5 <br />0.5 <br />FAN TYPE <br />CEILING <br />CEILING <br />MOTOR SIZE (WATTS OR BHP) <br />80 W <br />80 W <br />ELECTRICAL (V/PH/HZ) <br />115/1/60 <br />115/1/60 <br />SOUND (SONES) <br />2 <br />2 <br />WEIGHT (LBS) <br />10 <br />10 <br />SERVICE <br />WOMENS 104 <br />MENS 105 <br />QUANTITY <br />14 <br />1 <br />CONTROLS <br />INTERLOCK <br />W/LIGHT SWITCH <br />INTERLOCK <br />WILIGHT SWITCH <br />NOTES - <br />1 2 3 4 5 6 <br />1 PROVIDE FLEXIBLE CONNECTORS AT ALL DUCT CONNECTIONS TO FAN. <br />2 PROVIDE FAN WITH GRAVITY BACKDRAFT DAMPER. <br />Ir 3 PROVIDE WITH FACTORY MOUNTED DISCONNECT SWITCH OPTION. <br />4 PROVIDE FAN WITH SPEED CONTROLLER. MOUNT SPEED CONTROLLER IN <br />2X4 METALLIC BOX ADJACENT TO FAN IN CEILING. TEST AND BALANCE <br />CONTRACTORS SHALL ADJUST FAN PERFORMANCE THROUGH USE OF <br />SPEED CONTROLLER. <br />5 PROVIDE FAN WITH ADJUSTABLE TIME DELAY RELAY FOR FAN TO CONTINUE <br />TO OPERATE WHEN SWITCH IS OPENED, <br />6 PROVIDE WITH CFL LIGHT OPTION. <br />MARK FACE SIZE NECK SIZE MATERIAL <br />SD-1 24X24 6" O ALUMINUM <br />ACCESSORIES <br />FINISH <br />- <br />MANUFACTURER <br />AND MODEL <br />TITUS-TMS-AA <br />NOTES <br />000 <br />SD-2 24X24 8110 ALUMINUM <br />- <br />TITUS-TMS-AA <br />3 <br />000 <br />SD-3 24X24 10"0 ALUMINUM <br />- <br />- <br />TITUS-TMS-AA <br />000 <br />SD-4 24X24 12"0 ALUMINUM <br />- <br />- <br />TITUS-TMS-AA <br />000 <br />SD-5 24X24 14"0 ALUMINUM <br />- <br />- <br />TITUS-TMS-AA <br />3 <br />000 <br />SD-S1 12X12 61'0 ALUMINUM <br />- <br />- <br />TITUS-TMS-AA <br />3 <br />000 <br />EG-1 24X24 22X22 ALUMINUM <br />- <br />- <br />TITUS-50F <br />3 <br />RG-1 24X24 22X22 ALUMINUM <br />- <br />- <br />TITUS-50F <br />00 <br />TG-1 24X24 22X22 ALUMINUM <br />- <br />- <br />TITUS-60F <br />02 <br />NOTES <br />1 FLEX DUCT SIZE TO MATCH NECK SIZE. MINIMUM LENGTH OF FLEX SHALL BE 6'-0" TO MAXIMUM LENGTH OF 10`-01' <br />, <br />BALANCE OF DUCT SHOWN ON PLAN SHALL BE RIGID STEEL DUCT SAME SIZE AS NECK SIZE, EXTERNALLY <br />INSULATED. <br />2 PROVIDE RUNOUT BRANCH DUCT TO AIR DEVICE SAME SIZE AS AIR DEVICE NECK UNLESS OTHERWISE NOTED ON <br />PLANS. PROVIDE O.B.D. MODEL # AG-15-AA FOR AIR DEVICES IN HARD CEILING. <br />401 <br />3 COORDINATE COLOR AND FINISH PER ARCH. DRAWINGS, REFER TO SHEET A100 NOTE "F, <br />SUMMARYAIR SYSTEM SIZING FOR 3 SYSTEM SIZING SUMMARY FOO <br />ROOFTOP UNIT SCHEDULE <br />MARK <br />- <br />RTU-1 RTU-2 <br />MANUFACTURER <br />- <br />LENNOX LENNOX <br />MODEL <br />_ <br />KCB060S4B KCB090S4B <br />TOTAL COOLING CAPACITY <br />BTUH <br />61,800 93,600 <br />SENSIBLE CAPACITY <br />BTUH <br />41,100 64,500 <br />-- <br />SUPPLY AIR CFM <br />_ <br />------.....__ _...._......_.----- <br />1750 2625 <br />OUTSIDE AIR CFM <br />_..... <br />_ <br />._ _._..... _ ....... _ ._------------------ <br />375 565 <br />ENTERING AIR TEMPERATURES <br />DB/WB:F <br />_._.._._---------__-_-- <br />76.6/66.8 78.6/66.8 <br />------------...._ <br />LEAVING AIR TEMPERATURES <br />__ ____ <br />DB/WB:F <br />_----- ----- ___-------------_.__. ..__ <br />55.8/54.9 54.9/54.8 <br />E.S.P. <br />IN. W.G. <br />0.5 0.75 <br />_._-._._...._........._-___......... .__.._--------_...-- <br />ELECTRIC HEAT <br />KW <br />11.3 16.9 <br />ELECTRICAL CHARACTERISTICS <br />V/PH/HZ <br />------------------- ---- <br />208/3/60 208/3/60 <br />MCA <br />--------............_----- <br />A <br />------ --- _.__....__.....__.________... <br />45.0 69.0 <br />MOCP <br />A <br />45 70 - <br />SEER/EER <br />_ <br />14.0 SEER 12.9 EER <br />WEIGHT <br />LBS <br />840 1235 <br />NOTES <br />3 4 5 1 2 3 4 5 <br />NOTES <br />1 UNIT CONTROL SHALL BE BASED ON SPACE TEMPERATURE AND UNIT SHALL BE CAPABLE OF <br />HUMIDITY CONTROL. PROVIDE WITH HOT GAS REHEAT COIL OPTION. UNLESS VALUE ENGINEERED <br />BY THE OWNER <br />2 PROVIDE GALVANIZED STEEL FILTER FRAMES AND MEDIA IN UNIT FILTER WITH MEDIA. FRAMES <br />SHALL BE PRE -MANUFACTURED (NOT FIELD FABRICATED), FILTER SHALL BE MERV 8. <br />PROVIDE HIGH EFFICIENCY MODEL WITH FACTORY ROOF CURB, OUTSIDE AIR INTAKE WITH <br />3 MOTORIZED DAMPER AND BIRD SCREEN AND THRU-THE BASE ELECTRICAL CONNECTION. <br />PROVIDE WITH FACTORY THERMOSTAT WITH REMOTE SENSOR. UNIT SHALL CYCLE <br />4 COOLING/HEATING FROM THEIR THERMOSTAT OR SENSOR. COORDINATE T-STAT & SENSOR <br />LOCATIONS WITH OWNER PRIOR TO INSTALLATION. <br />PROVIDE WITH FACTORY INSTALLED ELECTRIC HEATER, SINGLE POINT POWER CONNECTION AND <br />5 FACTORY DISCONNECT. <br />DUAL POWER WILL NOT BE ACCEPTED. <br />r . r I r a► <br />I [ a E <br />Air System Information <br />Air System Information <br />1. Summary <br />Air System Name <br />RTU-1 <br />Number of zones <br />1 <br />Air System Name <br />RTU-2 <br />Number of zones <br />1 <br />Ventilation Sizing Method <br />ASHRAE Std 62.1-2010 <br />Equipment Class <br />PKG ROOF <br />Floor Area <br />804.0 ft2 <br />Equipment Class <br />PKG ROOF <br />Floor Area <br />779.0 ft2 <br />Design Condition <br />Cooling operation <br />Air System Type--------------SZCAV <br />Location .___.. ..._.....----Tampa, <br />Florida <br />Air System Type -------------------_ <br />.... _.SZCAV <br />Location -----------Tampa, <br />Florida <br />Occupant Diversity (D) _- _. __._. _ <br />_....._... <br />- __--- <br />---_ 1.000 <br />Uncorrected Outdoor Air Intake (Vou) <br />263 CFM <br />System Ventilation Efficiency (Ev) <br />0.983 <br />Sizing Calculation Information <br />Sizing Calculation Information <br />Outdoor Air Intake (Vat) _____- <br />_ 267 CFM <br />_......___ <br />Calculation Months <br />Jan to Dec <br />Zone CFM Sizing _ <br />Sum of space airflow rates <br />Calculation Months <br />Jan to Dec <br />Zone CFM Sizing _ <br />Sum of space airflow rates <br />Sizing Data <br />Calculated <br />Space CFM Sizing _Individual <br />peak space loads <br />Sizing Data <br />Calculated <br />Space CFM Sizing _Individual <br />peak space loads <br />2. Space Ventilation Analysis <br />Time <br />People <br />Breathing <br />Central Cooling Coil Sizing Data <br />Central Cooling Coil Sizing Data <br />Space Floor <br />Area Outdoor <br />Averaged <br />Outdoor Air <br />Air <br />Space <br />Zone Outdoor <br />Space <br />Total coil load <br />Tons <br />Load occurs at <br />Jun 1500 <br />Total coil load <br />Tons <br />Load occurs at <br />Jun 1500 <br />Supply Air <br />Area <br />Air Rate <br />Occupancy <br />Rate <br />Distribution <br />Outdoor Air. <br />Air <br />Ventilation <br />-----------------------..._4.8 <br />Total coil load <br />57.5 MBH <br />- -------- <br />CA DB / WB <br />89.0 180.0 °F <br />.- --------- --- ____ ------.._.__------_._.._..7.1 <br />Total coil load <br />85.6 MBH <br />--------._ <br />CA DB / WB <br />89.0 180.0 °F <br />CFM <br />ft2 <br />CFM/ft2 <br />(Occupants) <br />CFM/ erson <br />Effectiveness <br />CFM <br />CFNI <br />Efficienc <br />Sensible coil load <br />37.0 MBH <br />Entering DB / WB <br />78.2 / 67.7 °F <br />Sensible coil load <br />58.1 MBH <br />Entering DB ! WB <br />77.0 / 66.3 °F <br />Zone Name / Space Name <br />Mult. <br />(Vpz) <br />(Az) <br />(Ra) <br />(PZ) <br />(Rp) <br />(Ez) <br />(Voz) <br />(Vbz) <br />(Evz) <br />Coil CFM at Jun 1500 _-.-_...._-.._ <br />1638 CFM <br />Leaving DB / WB ... <br />-------------- _ _.57.3 156.4 °F <br />Coil CFM at Jun 1500-------- --- ------------ <br />.......... 2610 CFM <br />Leaving DB I WB .___._.._....__ <br />------ _--- 56.3 / 55.4 °F <br />Zone 1 <br />Max block CFM <br />1638 CFM <br />Coil ADP <br />55.0 °F <br />Max block CFM <br />2610 CFM <br />Coil ADP <br />54.0 °F <br />CORRIDOR <br />1 <br />216 <br />168.0 <br />0.06 <br />0.0 <br />0.00 <br />1.00 <br />10 <br />10 <br />1,114 <br />Sum of peak zone CFM <br />1638 CFM <br />Bypass Factor <br />0A00 <br />Sum of peak zone CFM <br />2610 CFM <br />Bypass Factor <br />0A00 <br />DINING AREA <br />1 <br />1387 <br />619.0 <br />0.18 <br />18.01 <br />7.50 <br />1.00 <br />246 <br />246 <br />0.983 <br />Sensible heat ratio <br />0.643 <br />Resulting RH <br />55 % <br />Sensible heat ratio .__._ <br />0.679 <br />Resulting RH <br />_ 56 % <br />fe/Ton <br />167.9 <br />Design supply temp. <br />56.0 OF <br />ft2/Ton <br />109.2 <br />Design supply temp. <br />58.0 OF <br />OFFICE <br />1 <br />35 <br />17.0 <br />OA6 <br />1.0 <br />5.00 <br />1.00 <br />61 <br />6 <br />0.987 <br />BTU/(hr-ft2) <br />71.5 <br />Zone T-stat Check <br />1 of 1 OK <br />BTU/(hr ft2) <br />109.9 <br />Zone T-stat Check <br />1 of 1 OK <br />Totals (incl. Space Multipliers) <br />1638 <br />263 <br />0.983 <br />Water flour @ 10.0 OF rise <br />NIA <br />Max zone temperature deviation _ 0.0 OF <br />Water flow @ 10.0 OF rise <br />N/A <br />Max zone temperature deviation 0.0 OF <br />Central Heating Coil Sizing Data <br />Central Heating Coil Sizing Data <br />Max coil load <br />23.8 MBH <br />Load occurs at <br />Des Htg <br />Max coil load <br />24,6 MBH <br />Load occurs at <br />Des Htg <br />Coil CFM at Des Htg <br />1638 CFM <br />BTU/(hr-ft2) <br />29.5 <br />Coil CFM at Des Htg <br />2610 CFM <br />BTU/(hr-ft2) <br />31.6 <br />Max coil CFM <br />1638 CFM <br />Ent. DB / Lvg DB---_-_------._63.5 <br />i 77.Q °F <br />Max coil CFM-___-.-- <br />2610 CFM <br />Ent. DB / Lvg DB <br />__67.9 176.6 °F <br />Water flow @ 20.0 OF drop <br />_ N/A <br />Water flow @ 20.0 OF drop . <br />NIA <br />1. Summary <br />Supply Fan Sizing Data <br />Supply Fan Sizing Data <br />Ventilation Sizing Method .__ <br />ASHRAE Std 62.1-2010 <br />Actual max CFM <br />1638 CFM <br />Fan motor BHP <br />0.00 BHP <br />Actual max CFM <br />2610 CFM <br />Fan motor BHP <br />0.00 BHP <br />Design Condition <br />Heating operation <br />Standard CFM <br />_.1637 CFM <br />Fan motor kW <br />0.00 kW <br />Standard CFM <br />2609 CFM <br />Fan motor kW <br />0.00 kW <br />Occupant Diversity (D) <br />1.000 <br />Actual max CFM/ft2 <br />2.04 CFM/ftz <br />Fan static - <br />0.00 in wg <br />Actual max CFM/ft2 <br />3.35 CFI <br />Fan static <br />0.00 in wg <br />Uncorrected Outdoor Air Intake (Vou) ----_. <br />----. 138 CFM <br />__.- <br />System Ventilation Efficiency (Ev) <br />0.920 <br />Outdoor Air Intake (Vot) <br />150 CFM <br />Outdoor Ventilation Air <br />Data <br />Outdoor Ventilation Air <br />Data <br />Design airflow CFM <br />267 CFM <br />CFM/person <br />14.06 CFM/person <br />Design airflow CFM <br />150 CFM <br />CFM/person <br />25.07 CFM/person. <br />S ace Ventilation Analysis <br />CFM/ft2 <br />CFMIft2 <br />CFM/ft2 <br />0.19 CFM/ft2 <br />Time <br />People <br />- <br />_ <br />Breathing <br />i <br />Space Floor <br />Area Outdoor <br />Averaged <br />Outdoor Air <br />Air <br />Space <br />Zone Outdoor <br />Space <br />_I <br />Supply Air <br />(CFM) <br />Area <br />ft2 <br />Air Rate <br />CFM/ft2 <br />Occupancy <br />(Occupants) <br />Rate <br />CFM/ arson <br />Distribution <br />Effectiveness <br />Outdoor Air <br />l^ CFM- <br />Air <br />CFM <br />Ventilation <br />Efficienc <br />Zone Name i Space Name <br />Mult. <br />(Vpz) <br />(Az) <br />(Ra) <br />(Pz) <br />(Rp) <br />(Ez) <br />(Vo"oz) <br />I (Vbz) <br />(Evz) <br />Zone 1 <br />! <br />SERVICE <br />1 <br />690 <br />485.01 <br />0.12 <br />2.0 <br />7.50 <br />0.80 <br />91 <br />73 <br />0.920 <br />KITCHEN <br />1 <br />1920 <br />294,01 <br />0.12 <br />4.0 <br />7.50 <br />0-80 <br />82 <br />65 <br />1.011 <br />Totals (incl. Space Multipliers) <br />2610 <br />LL138 <br />Q.920 <br />SCALE: NOT TO SCALE <br />