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�• - - •�• • <br /> � " ",�y� , "�;� y " ` - D8125 to POPIT Loops <br /> Region �:�:: : : _-,. <br /> � � `� . � ;�':�,,. •. I ": Use one two-wire data expansion loop, or distribute <br /> FL)M(- 6Q59 the POPITs on up to three loops.The maximum <br /> �!?�!_ _, ^.q p�_ . 4 ��eO �.� _.K lengths shown in the following table are for all data <br /> GSFM 7167-161S:d1Qd£ONTROLtl1�#tT expansion loops combined connected to the same <br /> (#it3USEHOL�) D8125 module. Setting DIP switches on the POPIT <br /> CS�M 71S5-1fi15:0118F[REAU4RM�ON- modules assigns them to point numbers. The switch <br /> �p�,U�s�-(E{�����q�� setting on each POPIT assigns it a point number, <br /> regardless of its physical location. <br /> CSFM 7167-1615:0243 7167-G�NTROL <br /> UN17'{y()(Jg�yOLD) POPIT to Sensor Loops <br /> C&fM 7165-i615;411i97165-FlREALARM The number of detection devices each sensor loop can <br /> CONTiiQLtJ#11T(COMMERCIAL� supervise is limited only by the resistance on the loop <br /> Resistance on each sensor loop must be less than <br /> Canada ULC ANEGX7.SI871-Cen#�alStativnAiatm 100 fl not including the end-of-line (EOL) resistor. <br /> Units�ertifced for Canada <br /> _.,...„ . o_ �_...,. .. . Certain UL and National Fire Protection Association <br /> ULC APffH37.S1871Pr�rietaryA[armUi�its (NFPA) applications can limit the number of detection <br /> Certi�et3fc�rCatra� devices Consult the appropriate UL or NFPA <br /> ULC AP�Yd7_51871Poti��-st�tifln�antiec- standards. <br /> tedAlalmUnitsC�rti#'tedforGanada Terminate each POPIT sensor loop with the 33 kf� EOL <br /> ULC NBSX7.Si871t�Cwsehn[d.8ur�[arAlavm resistor inciuded with each POPIT <br /> SysiemUnilsCer[tfi�iift�rCan�da Use a twisted-pair wire (six twists per foot) in all <br /> ULC At7T?t7.Sf871 LocalAlarmllr�itsCe�ti- POPIT installations for both the data expansion loop <br /> ���r������ wiring and the POPIT sensor loops. Run wires away <br /> °°°° -- - from AC sources to prevent AC induction. <br /> . <br /> . • . <br /> Compatibility Information <br /> Quantit Component <br /> Control Panels All G Series control panels,D9412,D7412, y <br /> D7212,D7212B1,D9112,D9112B1, <br /> D8112G1,D8112G2,and D9124 1 POPIT module <br /> Module D8125 1 33 kf2 EOL resistor <br /> The D8125 Multiplex Zone Expander is required The 1 Magnet(D9127Tonly) <br /> D9127 modules are wired in parallel on the D8125 1 Hardwarepack <br /> data loop <br /> 1 Literature pack <br /> Number of POPIT Modules per Control Panel <br /> D7212G,D7212GV2,D7212GV3 32 D9127 POPITs '� <br /> D7212B1 40 D9127 POPITs Environmental Considerations <br /> D7212,D7412,D7412G,D7412GV2, 67 D9127 POPITs Relative Humidity: Up to 93%non-condensing <br /> D7412GV3 -- , <br /> Temperature(operating) U°C to+50°C(+32°F to+122°�j <br /> D9124 119 D9127 POPITs <br /> D911281 126 D9127 POPITs Properties <br /> D9112,D9412,D9412G,D9412GV2, 238 D9127 POPITs Color Off white <br /> D9412GV3 Dimensions. 8.1 cm x 3.8 cm x 2.4 cm <br /> Wiring Considerations (3.2 in.x 1.5 in.x 0.9 in.) <br /> Material: UL Listed fire-resistant <br /> Wire Size Maximum Length of all Data <br /> ExpansionLoopsCombined power Requirements <br /> 0 8 mm(22 AWG) 549 m(1800 ft) Current Draw 0.8 mA maximum <br /> 1 0 mm(20 AWG) 881 m(2890 ft) Resistance: Maximum increase in resistance on the POPIT <br /> 1 2 mm(18 AWG) 1402 m(4600 ft) (oop is 1000II.Maximum resisfance between <br /> 1.5 mm(16 AWG) 2231 m(7320ft) <br /> the 08125 module and each POPIT is 90 f�. <br /> 1 8 mm(14 AWG) 3551 m(11650 ft) <br /> Voltage(operating) 12 VDC nominal <br />