System Sensor speclert horns and strobes

INSTALLATION AND MAINTENANCE INSTRUCTIONS Horns Strobes and use with the following models 12 volt volt volt H12 24 H12 24W S121575 S1215W S121575W S241575 S2475 S24110 S2415W S241575W S24110W P121575 P1215W P121575W P241575 P2475 P24110 P2415W P241575W P24110W ULC models add suffx 24 volt models only SENSOR Division of Pittway 3825 Ohio Avenue St Charles Illinois 60174 FAX 630 377 6495 volt volt Range Rate Temperature Output Output or Full Wave Rectified H12 24 A and H12 24W A will not operate on coded power supplies 10.5 to 30 Volts H12 24A and H12 24WA ULC 20 to 30 volts Horn Strobes 12 volt models to 17 volts 24 volt models to 30 volts Flash Per Second F to 120 F 0 C to 49 C with 15 only in the model number are listed at 15 candela with 1575 are listed at 15 candela per UL 1971 but will provide 75 candela on axis straight ahead with 75 are listed at 75 candela with 110 are listed at 110 candela output levels are established at Underwriters Laboratories in their reverberant room Always use sound output specified as UL Reverberant Room when comparing products S4011 Horns and Horn Strobes UL S5512 Strobes CS548 Horns ULC CS549 Strobes and Horn Strobes Mutual Description SpectrAlert series notification appliances are designed to the requirements of most agencies governing these devices NFPA The National Fire Alarm Code UL ULC FM MEA Also check with your local Authority Having Juris for other codes or standards that may apply SpectrAlert series can be installed in systems using 12 or 24 panels having DC or full wave rectified FWR power The series can also be installed in systems requiring module MDL required or systems that do not synchronization no module required This manual should be left with the owner user of this Alarm System Considerations and Non Temporal Coded Signals American National Standards Institute and the National Fire Code require that all horns used for building evacuation after July 1 1996 must produce Temporal Coded Signals other than those used for evacuation purposes do not have produce the Temporal Coded Signal Temporal coding is accom by interrupting a steady sound in the following manner Sec Sec Sec Sec Sec Sec Supply Considerations typically supply DC filtered voltage or FWR full wave rec voltage The system design engineer must calculate the of units used in a zone based on the type of panel supply certain the sum of all the device currents do not exceed the capability of the panel Calculations are based on using device current found in the subsequent charts and must be the specified for the type of panel power supply used Sizes designer must be sure that the last device on the circuit has voltage to operate the device within its rated voltage calculating the voltage available to the last device it is nec to consider the voltage drop due to the resistance of the The thicker the wire the less the voltage drop Generally purposes of determining the wire size necessary for the sys it is best to consider all of the devices as on the of the supply circuit simulates case wire size resistance AWG solid AWG solid AWG solid AWG solid 8 ohms 1,000 ft 5 ohms 1,000 ft 3 ohms 1,000 ft 2 ohms 1,000 ft Assume you have 10 devices on a zone and each re 50 mA average and 2000 Ft of 14 AWG wiring total return The voltage at the end of the loop is amps per device x 10 devices x 3 ohms 1,000 ft x 2000 ft volts drop Manuals Online Only CURRENT mA Models Models CURRENT mA Models Models RUSH CURRENT mA Models Models FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR 124 140 190 170 230 220 280 270 370 159 114 157 182 142 171 126 160 185 170 230 210 270 270 360 NA NA NA NA NA 145 166 123 149 102 141 NA NA NA NA NA NA 350 440 340 460 330 480 NA NA NA NA NA NA 190 240 230 280 290 380 NA NA NA NA NA 169 200 140 191 115 174 NA NA NA NA NA NA 460 560 450 570 420 620 NA NA NA NA NA NA 190 230 220 290 290 370 460 460 450 460 420 480 150 270 150 270 140 250 490 520 490 520 460 480 170 270 170 270 160 270 128 150 108 104 Only High Hz High Temp CURRENT mA Models Models FWR DC FWR DC FWR DC FWR DC FWR DC FWR NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 75 cd 15 cd Hz High Temp 1575 cd CURRENT mA Models Models FWR DC FWR DC FWR DC FWR DC FWR DC FWR 105 170 124 167 142 170 124 167 107 142 NA NA NA NA NA NA NA NA NA NA 112 144 172 125 168 115 173 125 168 146 NA NA NA NA NA NA NA NA NA NA 100 101 106 102 100 103 106 Hz High Temp CURRENT mA Models Models FWR DC FWR DC FWR DC FWR DC FWR DC FWR 113 193 152 181 113 164 120 110 122 193 152 181 113 164 109 104 NA NA NA NA NA 110 NA NA NA NA NA 104 127 195 152 183 115 166 100 118 130 114 196 152 183 113 168 NA NA NA NA NA 106 113 115 104 NA NA NA NA NA 111 113 106 106 116 119 108 107 Hz High Temp 110 cd Hz High Temp CURRENT mA Models Models FWR DC FWR DC FWR DC FWR DC FWR DC FWR NA NA NA NA NA 164 187 148 167 131 167 NA NA NA NA NA 163 184 146 169 132 169 NA NA NA NA NA 156 178 136 162 119 156 NA NA NA NA NA 157 178 137 162 119 157 NA NA NA NA NA 169 192 151 172 139 174 NA NA NA NA NA 164 189 150 175 137 177 NA NA NA NA NA 159 180 140 164 123 160 NA NA NA NA NA 158 188 139 163 124 162 CURRENT mA Models Models FWR DC FWR DC FWR DC FWR DC FWR DC FWR NA NA NA NA NA 188 221 165 209 144 200 NA NA NA NA NA 186 218 163 211 145 202 NA NA NA NA NA 180 212 153 204 132 189 NA NA NA NA NA 181 212 154 204 132 190 NA NA NA NA NA 193 225 168 214 152 207 NA NA NA NA NA 188 222 167 217 150 210 NA NA NA NA NA 183 214 157 206 136 193 NA NA NA NA NA 182 212 156 205 137 195 Output Guide Volume Volume Volume Volume Hz Interrupted Hz Interrupted Hz Interrupted Hz Interrupted Reverberant Room dBA volts DC same number of devices using 12 AWG wire will produce 2 volts drop The same devices using 18 AWG wire will pro 8 volts drop your panel manufacturer specifications as well as op