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Home My WebLink About5320 1st St (2)0 A Advat�i(,,_-.,e(J A 0 xis AX [lite 111gerit" photoelectrlc, Detef"Jor The low -profile Intelligent Photoelectric Detector, with built-in dedicated microprocessor, offers a wide range of capabilities to suit any commercial, industrial, or institutional application. Distinguished by it's clear dual -alarm LEDs which illuminate red during alarm, the detector provides a complete 360 0 view of device status. The detector's dual -alarm LEDs can also be programmed for flashing during quiescent mode. The Intelligent Photoelectric Detector incorporates a unique industry method of addressing the detector. Each detector is individually addressed through it's associated base by a patented address ("XPerT") card. The address is quickly and easily set by removing "pips" on the XPerT card according to a chart supplied with each base. Once the address is set on the XPerT card, it can be slid into place and locked into the detector base. By addressing the detector at the base rather than internally to the detector, the all -too -common errors associated with detector removal and maintenance are eliminated. Designed to adapt to changing environments and protect against unwanted false alarms, the response characteristics of the detectors have been carefully set to comply with the stringent requirements of UL 268 and NFPA 72. Each detector is continuously monitored and tested for proper sensitivity and operation. If a problem is detected with either the device's sensitivity or proper operation, a trouble or maintenance signal is reported back to the fire alarm control panel. In addition, the detector will compensate for any sensitivity drift of the initial programmed response/sensitivity value due to environmental contamination and/or dust build-up. Each detector will maintain the initially set sensitivity at a constant level even when the chamber is severely contaminated. When compensation levels exceed normal values, a maintenance signal will be generated. In addition to the detector's superior false alarm reduction features, each detector is capable of being field programmed for one of five response/sensitivity modes (see Table 1). Response modes correspond to unique response behaviors of a detector and the type of environment it is protecting, which can be broadly related to the characteristics of a fire. The detector response modes relate to different combinations of smoke sensitivity characteristics and transient rejection/stabilization times (see Table 2). Response mode 1 is more sensitive than response mode 5. Detectors set to response mode 1 would be for environments in which sources of unwanted alarms are rare. Response mode 5 set detectors would be suitable for more dusty or smoky environments (i.e.: factory, light industry areas). Response mode 3 (default programmed) would be the mid -sensitivity level used for most normal ionization detector applications. W Patented XPerT Detector Base Addressing Built-in Dedicated Microprocessor Five Selectable Response/Sensitivity Modes Ten 7-Day Response/Sensitivity Mode Timers Sub -Addressing of Ancillary Functions Dual -Alarm LEDs with 360 0 View * 100% Digital Communication Protocol * Integral XPerT Card Address Labeling Tab . ETL ANSIIUL 864 Listed: 101 564744NYM-001 . UL file: UOXX.S5022 / ML file: S24459 CSFM Approved: 7271-1713:104 NYC MEA: 294-95-E-4 FIRE ALARM PLAN SCALE: 1/4" = V-0 RA TTERY CAL CULA TIONS MIRCOM POWER REQUIREMENTS (ALL CURRENTS ARE IN AMPERES) ITEM DESCRIPTION QTY STANDBY TOTAL STANDBY ALARM TOTAL ALARM 1 EXP 0 .130 .130 .220 .220 2 PULL STATION 2 000200 .0006 .00020C .0006 3 SMOKE DETECTOR 12 .000300 .0144 .000300 .0144 4 HEAT DETECTOR 0 .000300 .000 .000300 .000 5 CARBONMONOXIDE DETECTOR 0 .000300 .0006 .000300 .0006 6 7 NAC S1 1 3.0 3.0 TOTAL CURRENTS .146 .236 Standby .146 x 24 Hrs =3.50 + Alarm .236 x Alarm Hr .083 = .019 Standby 3.5 + Alarm .019 Derating X 1.25 = 4.39 AH BATTERY MODEL BATTERY SIZE INTERSTATE 7AH -FIRE ALARM WIRE LEGEND A = 16/2 FPLP NON -SHIELDED (WHITE/BLUE) B = 14/2 FPLP NON -SHIELDED (BLUE) C = 14/2 FPLP NON-SHEILDED (YELLOW) D = 14/2 FPLP NON-SHEILDED (BLACK) E = 18/4 FPLP NON-SHEILDED (WHITE) FIRE ALARM SYMBOLS — POTTER SIGNAL FIRE CONTROL PANEL — POTTER SIGNAL REMOTE ANNUNICATOR F—E—XP--] — POTTER SIGNAL NAC PANEL ID — POTTER SIGNAL ADDRESSABLE MANUAL STATION ED - POTTER SIGNAL ADDRESSABLE CONTROL RELAY H — TAMPER SWITCH BY OTHERS FFSJ — FLOW SWITCH BY OTHERS F D D] — POTTER SIGNAL DUCT DETECTOR Fs_m� — POTTER SIGNAL SOUNDER CONTROL MODULE F-C-01 — POTTER SIGNAL CARBONMONOIXIDE DETECTOR El — DOOR HOLDER Pml — POTTER SIGNAL DUAL MONITOR MODULE POTTER SIGNAL HEAT DETECTOR POTTER SIGNAL PHOTO SMOKE DETECTOR W/6" STANDARD BASE @CO POTTER SIGNAL PHOTO SMOKE DETECTOR W/6- BASE, CO DETECTOR W/6" STANDARD BASE POTTER SIGNAL CEILING STROBE ONLY WHITE POTTER SIGNAL CEILING HORN/STROBE WHITE Fs� — POTTER SIGNAL MULTI cd STROBE ONLY WHITE a— POTTER SIGNAL HORN/STROBE MULTI cd WHITE EAPOTTER SIGNAL HORN/STROBE MULTI cd WHITE WP WEATHERPROOF -'VVV — END OF LINE RESISTOR NOTES: 1. Verify with contract drawings for exact device location and mounting height. 2. All Visual Signal Device Candella Ratings (cd) indicated next to Device. 3. Fire Alarm System Complies with 2016 NFPA 72 & 101 of F.F.P.C. 30 1 � 31 b32D ��5v tA- ALL WORK SH�kl_L CUIVIII-L' VVI'H NFFA CODES AND STANDARDS V I E v q 0 AT E 3 N4 ILL 'iy OF ZEPW ILL RE AND LIFE S F EXAMINEPZ�� z 0 C5 V) E V) Cn 0 12 N = C- 0 U-) z 0 E 1_ a_ V) 0 W ELI C*4 1-1 co Ljj 7F Cn z 0 < 0 F— C) LJ ry z 0 tf) 10 E N c,4 00 -2 U-) 8 CL n CU CF) 53 04 L0 C 101) (0 0 L? Go to 0 0) n 0 1 04 - S 0'a X Ln P, a 00 *4%