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Typical Wiring <br /> Single or cascaded booster NAG Circuit >To next signaling <br /> g NAG Circuit ` >device,booster,or <br /> anywhere on a notification appliance circuit iVf EOL resistor <br /> ExistingNAC end-of-line resistors are not required to be M >NAC output#1 <br /> q Fire Alarm n N >NAG output#2 <br /> installed at the booster's terminals.This allows multiple Control Panel N >NAG output#3 <br /> boosters to be driven from a single NAC circuit without the s n >NAG output#4 <br /> 23 <br /> need for special configurations. <br /> Booster Power <br /> Supply <br /> Configuring the Booster for Multiple CC1(S) modules using the <br /> AC Power Fail delay operation* BPS's sense inputs <br /> TB1 Notification appliance circuit(NAC) TB1 Notification appliance circuit(NAC) <br /> NAC1/+ 4, UL listed NAC1/ + (Zj UL listed <br /> AUX1 - r 00 EOL 15 Id) AUX1 - n 010 EOL 15 KW <br /> AUX2 nNotification appliance circuit(NAC) AUX2 ± Notification appliance circuit(NAC) <br /> NAC3/ + © UL listed NAC3/ + nUL listed <br /> AUX3 - 4 © 0 EOL 15 kO AUX3 - 4 04 OM EOL 15 KW <br /> NAC4/ + © NAC4/ + <br /> AUX4 - © AUX4 - <br /> 200 mAAUX,, @ + 200 mAAUX <br /> Continuous m 4 - Continuous cog <br /> INV) + IN70 + <br /> Sense 1 COM 10 Sense 1 COM 1 0 <br /> OUT I0 + OUT I0� EOL 47 K <br /> IN I 1 Thz, IN I 0 + <br /> Sense 2 COM l gl EOL 47 kO 109 Sense 2 COM 1© <br /> OUT ©J CC1(S)module[1][3] OUT Vl y EOL47 K <br /> Trouble COM © 87 6 5 0 43 21 Trouble COM 0 1 r�A 1 � za I I <br /> NC n $®mammm NC in 109 109 <br /> TB2 i+ad 1 +[ + TB2 CC1(S)module CC1(S)module <br /> o e•C• • Data in from —► Data out to 0 8765 04321 ® 8765 04321 <br /> module[4] previous device_ -.--�next device <br /> 0 0 or Signature <br /> *The Booster supports AC Power fail delay <br /> of three hours via its trouble contact when <br /> dip switch SW2-6 is on.All other troubles <br /> are reported to supervising module or panel <br /> without delay via Sense inputs. <br /> Page 3 of 4 E85005-0€25 <br /> Issue 1.2 <br />