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Specifications
--- M1W -- w • • - 1•11, • • •� • • • .. • • • • • • • • ' • • • • • • • • • • _ • • • • • • • • •• - • • • • SpectrAlert Ordering Information • • ' ' — ' . • ••• S Wall-Mon —. p SYSTEM • • • ` • ' • i Avg. mA* Avg. mA* Red • •• Wbite • ' • �• • 1foQa� •• Candela ®Nom.VDC @Nom.FWR ** Horns, Strobes, a _ - . �� SENSOR Horn /Strobes P1215 P1 ]5W •' i 12• i 15 124 167 / ; P121575 ••• P1�1rb75W•• ••• Horn 12 15/75 152 181 • Horn/Strobes P2415 P2415W 24 15 68 78 l• ..: P241575 P241575W •:a •• • 15/75 74 82 P2430 • •I•24�Qt1f/ •• • •• :24: 4: : • • 30 92 100 - , P2475 •P247.5•W : • • • • • • • • 75 148 167 - P24110 X24 �1DW • •' : • 4 24 • " 110 165 209 - 1575K (weatherproof) — 12 15/75 724 167 p24 0 /O , Sty K �fc j'r - ^7 L - • f?1QR P241575K (weatherproof) — 24 15/75 74 82 Models Available* / �,lU_ V � �a Se) g" P2475K (weatherproof) — 24 75 148 167 _ __ a P2411OK (weatherproof) — 24 110 165 209 Horn /Strobes Horn /Strobe Strobe - P241575AG (AGENT) — 24 15/75 74 82 P1215 P121575 �: - ° Fri f_ P241575EV (EVAC) — 24 15/75 74 82 P2415 P241575 R E R F Canada P2415A P2415WA 24 15 68 78 P2430 P2475 a P241575A P241575WA 24 15/75 74 82 P2475A P2475WA 24 75 148 167 P24110 . . _ _ . f v P24110A P2411OWA 24 110 165 209 ' . r _ P241575KA (weatherproof) — 24 15/75 74 82 Strobes ' 1 P2475KA (weatherproof) — 24 75 148 167 S1215 S121575 ,�i � _ P2411OKA (wea — 24 110 165 209 , . -� _._ • Latin America P241575F (FUEGO) — 24 15/75 74 82 S2415 S241575 - 7 Strobes S1215 S1215.W 12 15 114 157 S2430 S2475 S121575 5121575W 12 15/75 142 171 S24110 S2415 52415W 24 15 43 60 adorn Back Box Skirt S241575 S241575W 24 15/75 49 64 Horns ,. l £ �, S2430 52430W 24 30 67 82 I 52475 52475W 24 75 123 159 H12/24 HC2/24 3 a { S24110 524110W 24 110 140 191 1 w' = a S121575K (weatherproof) — 12 15/75 142 171 * Refer to Ordering Information for other . - • . l' �� 5241575K (weatherproof) — 24 15/75 49 64 configurations _ y .. 1 S2475K ( — 24 75 123 159 °.� , I 1 524110K (weatherproof) — 24 110 140 191 ( � I i�� { ' : ", 5 241575AG(AGENT) — 24 15/75 49 64 III 5241575EV (EVAC) — 24 15/75 49 64 I.l `" I Canada 52415A 52415WA 24 15 43 60 - - ` •° 5241575A 5241575WA 24 15/75 49 64 _- S2475A 52475WA 24 75 123 149 Product Overview 524110A 524110WA 24 110 140 191 S241575KA (weatherproof) — 24 15/75 49 64 Meet UL and ADA signaling requirements System Sensor's SpectrAlert wal -mount series includes a complete line of electronic S2475KA (weatherproof) — 24 75 123 149 'horns, strobes, and horn /strobes. Intended for primary signaling use, SpectrAlert Low current draw 524110KA (weatherproof) 24 110 140 191 products meet UL1 + + 971 UL464, and Americans with Disabilities Act requirements. — Latin America S241575F (FUEGO) — 24 15/75 49 64 More devices per loop Horns H12/24 H12/24W 12/24 NA 10/25 10/18 Lower installed cost Performance. With its extremely efficient reflector design and Xenon flash tube, H12/24K (weatherproof) — 12/24 NA 10/25 10/18 SpectrAlert offers current draw reductions as high as 40% over previous gener- Canada HC12/24A HC12 /24WA 12/24 NA 10/25 10/18 Universal mounting plate included ation designs. By consuming less current, the flexibility to connect more devices HC12 /24KA — 12/24 NA 10/25 10/18 Accessory mounting plates available per loop is possible, for a lower installed cost. Sync•Circuit MDL MDLW 12/24 NA 16 24 Module Canada MDLA MDLWA 12/24 NA 16 24 Field- selectable horn tones Installation. SpectrAlert products offer installation ease which also lowers the Small Footprint Mounting Electromechanical / 3kHz installed cost. By taking up no room in the back box, SpectrAlert strobes and Plate for Single Gang Only S -MP S -MPW NA NA NA NA Surface Temporal 3 / Non temporal 3 horn /strobes make wiring connections simpler and faster. Each SpectrAlert Universal High / Low dBA output includes a universal mounting plate for 4 "square and single gang back box Mounting Mount Back Box Skirt BBS BBSW NA NA NA NA unting Plate (replacement) D -MP D -MPW NA NA NA NA mounting. Accessory mounting plates are also available for small footprint or Weatherproof Back Box WBB — NA NA NA NA Available in 15, 15/75, 30, 75, and 110 candela surface mount applications. Notes: Agency Listings- Indoor models: UL, ULC, FM, CSFM, MEA. Weatherproof models: UL, CSFM (strobe only), MEA, ULC. Flexibility. SpectrAlert offers the flexibility to meet a broad range of All of these SpectrAlert products are designed for wall mount only. All weatherproof models must use weatherproof back box model WBB. Installation of less than 75 candela Synchronizable horns and strobes with strobes may be permissible under the equivalent facilitation clause of the ADAAG (Sec. 2.2). However, it is the responsibility of the person or entity designing the fire alarm sys- requirements. The SpectrAlert horns and horn /strobes feature a number of Sync•Circuie module tem to determine the acceptability of less than 75 candela strobes. All 15/75 candela strobes or horn /strobes are recommended for 20' x 20' rooms or less. field- selectable /reversible horn tones. For visible requirements, SpectrAlert *Horn and horn /strobe current draws assume horn is set at temp 3, electromechanical tone and high audibility. ** FWR = Full Wave Rectified Aesthetic design strobes and horn /strobes are available in a wide variety of configurations to System Sensor Sales and Service address non - sleeping area, sleeping area, and corridor requirements. Offerings include 24 volt models at 15, 15/75, 30 75 System Sensor Headquarters System Sensor Canada System Sensor in China System Sensor– Far East FIE dtiVtiti, 3825 Ohio Avenue Ph: 905.812.0767 Ph: 011.86.29.524.6253 Ph: 011.85.22.191.9003 • ® and 12 -volt devices at 15 and 15/75 candela. St. Charles, IL 60174 Fx: 905.812.0771 Fx: 011.86.29.524.6259 Fx: 011.85.22.736.6580 . 4 Ph: 800- SENSOR System Sensor Europe System Sensor In Singapore System Sensor– Australia ® ® Aesthetics. To meet building owner aesthetic requirements, SpectrAlert Fx: 630/377 -6495 Ph: 011.44.1403.276500 Ph: 011.65.273.2230 Ph: 011.613.54.281.142 O'2 MEA incorporates a stylish, low profile design. And this apEetiliaca g2tetlt across Documents on Demand 1 LISTED ® approved all SpectrAlert wall -mount products. 1- 800 - 736 -7672 x3 Fx: 011.44.1403.27650 Fx: 011.65. 273.2610 Fx: 011.613.54.281.172 APPROVED approved CITY OF TIGARD www.s BUILDING DIVISION © 1999 System Sensor. The company reserves the ngttt to change product specifications without nonce- A05- 936 - 08•11 /99(1OK)•#572 i • �� • • • • • • • • • • • •'• i .... �•' i • • • • • • • • • • . • • ••• ••• • ••• • • • •e • •• • • •• •• • • • •�• • • • Engineering Specifications ••• - • • • � • SpectrAlert Current Draw Table ' • • •,,. , • : • • • -• • General • • Horn /Strobe Cron:bination Strobe Only ••• • • • • V • SpectrAlert horns, strobes and horn /strobes shall,pe cajable Nern /.St &he shrill be a System Sensor SpectrAlert Model Average Current (mA) • • • • • • • P e fii A) • In Rush Current (mA) of mounting to a standard 4" x 4"x 1 boar • n>:a .' — '-- �isYelt Ya UL 1971 and UL 464 and shall be III III 12V Models 24V Models • • • . • • 12VModels • 24V t odels 12V Models 24V Models • single gang 2" x 4" x ] 7 /8" back box using the it •.•apfS?oved ?or fire protective service. Horn /strobe shall 10.5V 12V 17V 20V 24V 30V 10.5V • 2!V • • ••i17 • .w • VV 30v 10.5V I 12V 17V 20V 24V 30v ' Candela 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 DC FWR mounting plate included with each SpectrAlert product. be wired as a primary signaling notification appliance Also, SpectrAlert products, when used in conjuction with • and clitiplrvoith the Americans with Disabilities Act 15 133 159 114 157 81 128 50 61 43 60 38 e& 450.460 410 480 135 .0.:35 208 135 185 80 108 92 124 140 190 97 129 116 152,47 198 the accessory Sync•Circuit Module, shall be povh,rec� : �� r car n e s �or visible signaling appliances, flashing at 15/75 168 182 142 777 99 150 56 65 49 64 44 :2 :9:i` 4:t.z+:148 ;h50 lyp 150 207 150 198 76 104 88 126 160 185 97 135 116 164 147 211 • from a non -coded power supply and shall operate:on j2 • • •1t14o$ert•tlkstrobe's entire operating voltage range. 30 NA NA NA NA NA NA 78 84 67 82 58 72 • •Nf. FA • A • : .A.183 2: 183 219 183 216 NA NA NA NA NA NA 97 129 116 152 147 198 or 24 volts. 12 volt rated devices shall have an operafin The strobe light shall consist of a xenon flash tube and 75 NA NA NA NA NA NA 145 170 123 159 102 141 NA NA NA NA NA NA I50 ago 340 460 330 480 NA NA NA NA NA NA 190 240 230 280 290 380 voltage range of 10.7 -17 volts. 24 -volt rated devices associated lens /reflector system. The horn shall have two 110 NA NA NA NA NA NA 169 220 140 191 115 174 NA NA NA NA NA NA 460 560 450 570 420 620 NA NA NA NA NA NA 190 230 220 290 290 370 shall have an operating voltage range or 20 -30 volts. tone options, two audibility options (at 24 volts) and the SpectrAlert products shall have an operating temperature option to switch between a temporal 3 pattern and a Horn Only Horn /Strobe 30 cd of 32° to 120 °F and operate from a regulated DC or full non - temporal continuous pattern. Strobes shall be powered Average Current (mA) Average Current (mA) wave rectified, unfiltered power supply. independently of the sounder with the removal of factory 12V Models 24V Models 24V Models High /Low Temp/ 10.5V 12V 17V 20V 24V 30V High /Low Temp/ 20V 24V 30V installed jumper wires. The horn on horn/strobe models Tone Volume Non DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR Tone Volume Non DC FWR DC FWR DC FWR Horn shall operate on a coded or non -coded power supply Electro- High Temp 10 11 10 10 14 14 19 21 25 18 29 26 Electro- High Temp 97 105 92 100 87 98 Horn shall be a System Sensor SpectrAlert Model (the strobe must be powered continuously). mech. Non 10 16 10 19 14 25 17 29 23 34 30 42 mech. Non 95 113 90 116 88 114 capable of operating at 12 and 24 volts. Horn shall be Low Temp NA NA NA NA NA NA 11 12 13 13 17 15 Low Temp 89 96 80 95 75 87 listed to UL 464 for fire protective signaling systems. The Synchronization Module Non NA NA NA NA NA NA 12 16 14 19 17 24 Non 90 98 81 101 75 96 3000 Hz High Temp 11 13 11 11 16 16 24 26 28 23 37 33 3000 Hz High Temp 102 108 95 105 95 105 horn shall have two tone options, two audibility options Module shall be a System Sensor Sync•Circuit Interrupt. Non 11 17 11 21 14 28 19 34 27 39 35 45 Interrupt. Non 97 116 94 121 93 117 (at 24 volts) and the option to switch between a temporal listed to UL 464 and shall be approved for fire protective Low Temp NA NA NA NA NA NA 14 14 17 15 21 19 Low Temp 92 96 84 97 79 91 3 pattern and a non - temporal continuous pattern. All horn service. The module shall synchronize SpectrAlert strobes Non NA .NA NA NA NA NA 13 18 16 21 22 25 Non 91 100 83 103 80 97 models shall operate on a coded power supply. at 1Hz and horns at temporal 3. Also, the module shall silence the horns on horn/strobe models, while operating Horn /Strobe 15 cd Horn /Strobe 75 cd Strobe the strobes, over a single pair of wires. The module shall Average Current (mA) Average Current (mA) Strobe shall be a System Sensor SpectrAlert Model be capable of mounting to a 4 x 4 "x 2 /s" back 12V Models 24V Models 24V Models listed to UL 1971 and be approved for fire protective box and shall control two Style Y (class B) or one Style Z High /Low Temp/ 10.5V 12V 17V 20v 24V 30v High /Low Temp/ 20V 24V 30v Tone Volume Non DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR Tone Volume Non DC FWR DC FWR DC FWR service. The strobe shall be wired as a primary signaling (class A) circuit. Module shall be capable of multiple zone Electro- High Temp 143 170 124 167 95 142 69 82 68 78 67 87 Electro- High Temp 164 191 148 167 131 167 notification appliance and comply with the Americans with synchronization by daisy chaining multiple modules • mech. Non 143 170 124 167 95 142 67 90 66 94 68 103 mech. Non 163 188 146 169 132 169 Disabilities Act requirements for visible signaling appli- together and re- synchronizing each other along the chain. Low Temp NA NA NA NA NA NA 61 73 56 73 55 76 Low Temp 156 182 136 162 119 156 antes, flashing at 1Hz over the strobe's entire operating The module shall not operate on a coded power supply. Non NA NA NA NA NA NA 62 77 57 79 55 85 Non 157 182 137 162 119 157 voltage range. The strobe light shall consist of a xenon 3000 Hz High Temp 144 172 125 168 97 144 74 87 71 83 75 94 3000 Hz High Temp 169 196 151 172 139 174 Interrupt. Non 144 173 125 168 95 146 69 95 70 99 73 106 Interrupt. Non 164 192 150 175 137 177 flash tube and associated lens /reflector system. Low Temp NA NA NA NA NA NA 64 75 60 75 59 80 Low Temp 159 184 140 164 123 160 Non NA NA NA NA NA NA 63 79 59 81 60 86 Non 158 188 139 163 124 162 Specifications Horn /Strobe 1575 cd Horn /Strobe 110 cd Average Current (mA) Average Current (mA) Walk Test SpectrAlert horn /strobe and horn only Weight, horn only Weatherproof ( horn and horn /strobes) 12V Models 24V Models 24V Models work on `walk tests" with time durations of 7.2 oz. Operating Temperature High /Low Temp/ 10.5V 12V 17V 20V 24V 30V High /Low Temp/ 20V 24V 30V 4 seconds or greater Weight, strobe and horn /strobe 32 °F to 150 °F (0 °C to 66 °C) (outdoor strobe only) Tone Volume Non DC FWR DC FWR DC FWR DC FWR DC FWR DC FWR Tone Volume Non DC FWR DC FWR DC FWR Input Terminals 8.8 oz. Electro- High Temp 178 193 152 181 113 164 75 86 74 82 73 88 Electro- High Temp 188 241 165 209 144 200 12 to 18 AWG -40 °F to 158 °F ( -40 °C to 70 °C) Mounting ULC Canadian Models mech. Non 178 193 152 181 113 164 73 94 72 98 74 104 mech. Non 186 238 163 211 145 202 Dimensions 4" x 4" x 1 or 2" x 4" x 17/6" -40 °C to 66 °C Low Temp NA NA NA NA NA NA 67 77 62 77 61 77 Low Temp 180 232 153 204 132 189 Strobe and horn /strobe with universal plate standard boxes Non NA NA NA NA NA NA 68 81 63 83 61 86 Non 181 232 154 204 132 190 5" x 5 /s" x 215/16" Indoor Operating Temperature Voltages 12 o oges r 24VDC and FWR unfiltered Temp High p 3000 Hz High Tem 179 195 152 183 115 166 80 91 77 87 81 95 3000 Hz HI h Tem 193 246 168 214 152 207 Strobe and horn /strobe with small footprint plate 32 °F to 120 °F (0 °C to 49 °C) Operating voltage ranges Interrupt. Non 179 196 152 183 113 168 75 99 76 103 79 107 Interrupt. Non 188 242 167 217 150 210 3 x 5 x 25/16" 12V: 10.5 -17V; 24V: 20 -30V Low Temp NA NA NA NA NA NA 70 79 66 79- 65 81 Low Temp 183 234 157 206 136 193 Horn with universal mounting plate Operating voltage range' Non NA NA NA NA NA NA 69 83 65 85 66 87 Non 182 232 156 205 1137 195 5" x 5 x 15/16" (with Sync•Circuit module, MDL) Horn without mounting plate 12V, 11 -17V; 24V, 20 -30V 2 x 5 x 1 " These products should be operated within their rated Sound Output Guide (dBA) voltage range; UL does, however, test functional integrity to - 20% and +10% of manufacturer's stated ranges. UL Reverberant Room dBA @ volts DC Anechoic Room Peak dBA @ 10ft. /volts DC 110.5 12 17 20 24 30 10.5 12 17 20 24 I30 Temporal Low Tone Electromechanical NA NA NA 75 75 79 NA NA NA 94 96 98 3000 HZ Interrupted NA NA NA 75 79 79 NA NA NA 94 96 98 III III High Tone Electromechanical 75 75 79 82 82 82 94 95 98 100 101 102 3000 HZ Interrupted 75 75 79 82 85 85 94 95 98 100 101. 102 Non - Temporal Low Tone Electromechanical NA NA NA 79 82 85 NA NA NA 94 96 98 3000 HZ Interrupted NA NA NA 82 82 85 NA NA NA 94 96 98 High Tone Electromechanical 79 79 85 85 88 88 94 95 98 100 101 102 3000 HZ Interrupted 79 82 85 88 88 88 93 95 98 100 101 1 102 I S • • • •• ,� . . ,, • • • : • • ••• •• • • • • • • • • � . • ... • • • • • Gl�lc ilexi� lei Negro p • • • • • • • • • • • • • • •• • • • • • Itrafsalida( -) ,+ dispositivo ecij e• • • • • • • • • • • • Colo erAra�alzalida ( +) Desade el FACP IDC - -i — s IDC FIre - LITe ,&Lar ParametrosdeContactodellnterruptor _ -- A PITTWAY COMPANY Todos los cdntacjas interruptor on clasificados para 0.25 A en 30 % - - - � -�`' °5 T r ..s "�i: -:s: ° '�- _ • • • • • • • � �elsl05 LA�• cy i ` ,_S - •° – 's • • NQ • ! • ` • l4_,,,.- 7. " ° • • • • • • • :5=a18C1(Ki - k / u • . ) i - ® ' fi - 1 ! , �! rte. , ' � < i ,. e + _- • • ••• •• • Instale en la superficie la estacion BG -12 a una caja posterior de superficie " __ _ • • �'� r i t i � � F ;y k I EMPU 0AC?/VATEDE a ' ¢ i M 5' ; _ y + SB 10. Instale semi empotrada la BG 12 a una caja elecu icy cuadrada de 4- _ If 7 1 PUSH IN i EMPUJEY { @ „ , i • " + ` � ' + • •• •• •• • • pwt�das (}O.t6cirt) de ru o doblc o singular. Instale el Anillo Embellecedor HALE HA C ABAJO ' 1 PUSH I N ' ) f . E. , ' A t - • • • • • • • ` p PULL DOWN RACE HACIA A81JLs • ' • �i� • • • j 4 1 • • • • • •• (1:6V I;jy es.nacesario cuando la unidad esta siendo semi- empotrada. • , ,, • 1 • EMP UJEY ` < (�,QCT /V14TfD •� _, £ _ , __ f = � p is PUSH _IN La palabra 'ACTIVATED' °` _ �� L-_-: * 3 = i,: L t ;uAtO J t I ¢� Xi - PULL DOWN s.._� .. 12, 12L, � ., '.:, 1 ., en el manubrio de hale BG -12S de Accion Singular BG -12L de Accion Doble Cables Flexibles de la BG-12 Alambrado de la BG-12, . ) de la estacion £ , • __- (Mostrada Activada) de Accion Singular lambre a La P de Accion Doble s slon y , ` . s,. _ I iAdvertencia! No enlace el alambrado debajo de l os terminales. Rompa la corrida de a l p upe � r Si , mientras se instalando la estacion, la puerta se separa. complete Instrucciones de Alambrado para la BG - 12, BG - 12L y la BG - 12LSP los siguientes pasos para unir la puerta a Ia placa posterior. La puerta no 1) Si esta semi- empotrando. proceda al Paso 4. IIIMINIMIMINIIMI puede pulsadora si la unidad estnstalada en la p d ser conectada a Ia estacion a i p 2) Antes de instalar la estacion. hale todo el alambrado necesario a travel de la caja posterior y el BG -TR optional. .. caja posterior. BG - 12L de Doble Accion 3) Instale la caja posterior o el BG -TR a de alambrar la estacion. 1. Coloque Ia puerta y la placa posterior de lado a lado en Ia position de Estaciones Pulsadoras Manuales de la abierto complete. (es decir 180 - grades con respecto la una a la otra.) 4) Remueva la cantidad correcta de aislacion del alambre. La placa posterior de la estacion esta moldeada con on medidor para medir la Serie BG -12 2. Con to placa posterior fijada en lugar. mueva la puerta detras de Ia placa cantidad de aislacion que necesita ser removida. posterior, como es mostrado en el dibujo debajo. parte A. 5) Conecte el alambrado desde el iDC del panel de control. o cualquier dispositivo previo en el 1DC. a los terminales 1 y 2 en el bloque de Documento: 50964 Revision: B ECN: 98 -461 08/04/99 3. Al(nee los pontes y orificios de la bisagrajuntando la puerta con la placa conexiones de la estacion. Conecte el proximo dispositivo en el iDC o el Resistor de Fin -de -Linea (ELR) a los terminales 1 y 2. posterior, poniendo atencion a como las piezas caen en su lugar cuando 6) Mantenga la polaridad consistente con todas las conexiones a traves del 1DC. los orificos de Ia puerta son alineados con los posies de la bisagra de la Description placa posterior. Refierase al dibujo, parte B. Instrucciones de Alambrado para la BG - 12S Las Estaciones Pulsadoras de la Serie BG -12 son estaciones manuales 4. Con las dos piezas alineadas v juntas. deslize los orificios hacia abajo Siga las instrucciones 1 a la 3 arriba. y luego proceda con los pasos 4 y 5: no codif icadas cuales proporcionan a un Panel de Control de Alarma dentro de los posies. Refierase al dihujo. parte C. 4) Conecte el alambrado de campo desde el 1DC del FACP o desde el dispositivo previo en el IDC, a los cables llexibles de la estacion. contra lncendios (FACP) con una serial de entrada de initiation de 5. Aggarrando la placa posterior. una la puerta y la placa posterior para Conecte el alambre del 1DC positivo ( +) al cable flexible rojo. y el alambre del IDC ( -) al cable tlexible negro. Luego. conecte el alambre cerrarlas. posit ivo ( +) que esta yendo al proximo dispositivo o a un ELR al cable flexible positivo( +) rojo restante. Conecte el alambre negativo alarma. La serie BG -12 incluye los modelos de action singular s action doble equipados con un rearme por cerradura de Have o - .i1 - ( -) que esta yendo al proximo dispositivo o a un ELR al cable flexible negativo ( -) negro restante. empujando el manubrio de o UNION DE LA PUERTA 5) Mantenga la polaridad consistente con todas las conexiones a traves del IDC. cerradura de Ilave hexagonal. Una estacion de action singular es activada halando el manubrio. Primero em ''' efw' =. p j t , g „ Funcionamiento alarma y luego bajandolo. active a la estacion de dobie action. Las C- Para activar una estacion de accion singular. simplemente hale hacia abajo el manubrio. Para activar las estaciones de accion estaciones pulsadoras de Ia serie BG - 12 son reconocidas por UL y u�I o �Ll! — 1 I k BG -12S / BG -12 doble, empuje y luego hale el manubrio hacia abajo. La palabra ' ACTIVATED aparecera despues de que el manubrio Nava lienan los requisites de ADA de una fuerza de hale maxima de 5 -lb. � erld 4r r lido halado. La estacion queda en la position de acvado hasty el rearme. lr— para activarla. Las instrucciones email moldeadas en el manubrio. __ + ' J���_ I 1 ° u 1) Para rearmar las estaciones de cerradura hexagonal BG - 12S y BG - 12. entre la Have hexagonal de 9/64 pulgadas dentro de Los numeros de terminal nurldeados pueden ser encontrados adjunto ---= � la puerta ahora es ', • L A f la cerradura hasty que esta sentada f irmemente y girela hacia la izquierda. c i a los terminales de alambrado. unidaalaplaes - - i H i,IQCi', , Para rearmar ias estaciones de cerradura de Have BG - 12L y BG l2LSP. entre la !lave y girela hacia la izquierda. ms � L s, POSTE � - °moo , .- . . .c o = Modelos disponibles de la Serie BG - 12: % - 2) Habra la puerta hasty que el manubrio regrew a la position 'NORMAL'. Herramienta hexagonal de s -e4- 3) Cierre !— Ia puerta. Al cerrar la puerta el interruptor es rearmado a Ia position de - NORMAL. p ulgadastienequeestarserdada BG 12S Accion singular con conexiones de cable flexible y tin : - — u s s r _ ' apropiadamenteparafuncionar – - Va ucac lar I rearme de cerradura hexagonal. Los cables flexible, son 1, R.g '' ' _" N ora - Abriendo l a plrerta d la estacion no a ernvn - a a d el interrupter de anui. proporcionados para la cenexion a] Circuito del Dispositivo de u x AVISO ' Iniciacion (IDC) del FACP. POSTE —DRAM �—_ I t o Instale la estacion de aciterdo a Ias instrucciones proporcionadas. normal de NFPA aplicables. codigos Elecuicos y de Fuego locales y nacionales Y los r ( °' t re uisitos de la Autoridad Teniendo la Jurisdiccion (AHJ ). Conduzca pruebas regulares de los dispositivos utilizando as norms apropiadas de NFPA. BG - 12 - Modelo de doble accion con conexiones de terminal v I y rearme por cerradura hexagonal. = L !/- am- Falla de seguir estas instrucciones puede resultar en falla del dispositivo de reportar una condicion de alarma. Fire•Lite no es responsable por !— BG 121, lgual a la BG 12 pero con rearme por cerradura de haves. r ' ',: I / dispositivos que hayan lido instalados. probados o mantenidos inapropiadamente. i BG 12LSP - Igual a la BG 12L pero con instrucciones de //r,(l(��q�� i ` 11-1 � Para el cumplimiento con ADA. si el piso claro solamente permite el alcance frontal a on objeto. In altura de alcance delantera permitida es 48 pulgadas ri.a Jam\ funcionamiento en Ingles y Espanol. i (121.92cm). Si el pile claro permite el aicanze paralelo por una persona en una silly de ruedas. la altura maxima de lado permitida es 54 pulgadas _---- 16cm). orlficio dentro del (137 Documento 50964 Revision B ECN 98-461 08/04/99 Poste en laPu - ti . • • • • • • • • • e ll4 • • • • • • All • • • • • • • • From esaule evict �, • • • • • • • • ' • • • ' • • • • ' • I C BI C Red in DC �. r� +TO — .. wid • • • • • • • FRCP -� Neil Aotlr 4 /� •. • pigta7E• kprout ( -) R out ( +) I oc Fl e �� 1 A ▪ :' SwitchC "_ T • �.. • A PITTWAY COMP • switch contacts are rated for 0.25 A at 30 volts (AC or DC). t , - E - i ! ' l • • � I - : , = NI 0111 • ••. o i - ' ! - x iz BLACK _ 7i - 1 • • Ind tllati • _ ( . ti "4; ® ® ®e 1 • 1 + ; • • ul - ac e mQur� tbeZ3G -12 pull station to a SB -10 surface backbox. - S y s= '�` : � � • • • • � t � - I P [ ,, •.• ... • • Bemtllush mount the BG -12 to a standard single gang. double - gang. - . PULL t - /j j , t ',• • 6.1,1 6.1,1 `� ` ii t I ; ' #' it 1 r or 4 inch (10. ] 6cm;1 square electrical box. Mount the optional Trim -4 pON/N PUSH IN If ,rte. �' 1 I I [ ULLItN i • ,.`.,, '4iEd • ! • li ,ice' . i t , _ — f_. e.. i e I. I i s • • • • • • • • •• - -.. - zr -� #. $r4 ,.-„4,1 `. ••• •I • i ACTIVATED �4 -. F y �� _ 1 • ' PUSH IN _.� t s displayed + I � The word 'ACTIVATED a e. a <r r t t .. I. l: e i a' 9- t d t I , e PUL DOWN ; ' - — — I� ir F s -PU . IN . i ULL DOWN - i ... " Single Action BG-12S Dual Action BG-12L (Shown Activated) Single Action BG-12S Pigtails Dual Action BG -12, t __ on the pull station's 5i -, i` pulled -down handle 12L, 12LSP Wiring I WARNING! Do not loop wiring under any terminals. Break wire run to maintain IDC supervision. ` ` ,. .. , , , , , tt , If, during mounting of the pull station the door becomes de- Wiring Instructions for the BG -12, BG-12L and BG -121 SP - = I , tached, complete the following steps to reattach the door to the 1) If semi -flush mounting, proceed to step 4. y .--- --.- =_ backplate. The door cannot be connected to the pull station if the 2) Mount the backbox before wiring to the pull station. unit is mounted to the backbox. 3) Before mounting the station, pull all necessary wiring through the backbox and optional BG -TR. Dual Action BG - 12L I. Position the door and backplate side by side in the full open 4) Remove the correct amount of wire insulation. The pull station backplate is molded with a strip gauge to measure the position. (i.e. 180- degrees with respect to each other.) amount of insulation to be removed. BG -12 Series Manual Pull Stations 2. With the backplate position fixed, move the door behind the 5) Connect the wiring from the fire alarm control panel's IDC, or any previous device on the IDC, to terminals 1 and 2 on the backplate, as shown in the illustration below, part A. pull stations terminal strip. Connect the next device on the IDC or End -of -Line Resistor (ELR) to terminals I and 2. Document: 50964 Revision: B ECN: 98 -461 08/04/99 3. Align the hinge posts and holes by bringing the door up to meet 6) Maintain consistent polarity with all connections throughout the IDC. the backplate. paying particular attention to the `keying' that occurs when the door's post hole is aligned to the backplate's Wiring Instructions for the BG -12S Description miimilimii hinge post. Refer to the illustration, part B. Follow instructions 1 through 3 above. and then proceed with steps 4 and 5 following: The BG -12 Series Pull Stations are non -coded manual pull 4. With the two pieces aligned and 'keyed' together. slide the holes 4) Connect the field wiring from the FACP's IDC or the previous device on the IDC, to the pull station's pigtails. Connect stations which provide a Fire Alarm Control Panel (FACP) down on the posts. Refer to the illustration, part C. the positive ( +) IDC wire to a red pigtail. and the negative ( -) IDC wire to a black pigtail. Next. connect the positive ( +) with a single alarm initiating input signal. The BG 12 series 5. Holding the backplate_ close the door slightly to lock the door P g and backplate together. wire going to the next device or an ELR to the remaining red positive ( +) pigtail. Connect the negative ( -) wire going to includes both single - action and dual - action models equipped • the next device or an ELR to the remaining black negative ( -) pigtail. with either a hex or key lock / reset. A single-action pull- 5) Maintain consistent polarity with all connections throughout the IDC. DOOR ATTACHMENT station is activated by a single pull -down of the alarm handle. Na7 ''�- . o The dual- action versions require pushing in the handle. then - I : HNC ' yam., s, E Operation I k D J1 . I w cT i> . To activate a single - action pull station. simply pull -down the handle. To activate dual - action stations, push -in. pulling the handle down for activation. The BG -12 series + II „ �.c° BG- 125 / BG -1'e manual pull stations are UL listed and meet the ADA require- ! — A With the door and backplate align and then pull -down the handle. The word `ACTIVATED' appears after the handle is pulled down. The pull station tEe } remains in the activated position until reset. ment of a 5 -1b. maximum pull force to activate. Operating , t t ke together, slide the holes down onto I ) To reset the BG -12S and BG 1 _ hex lock pull pp ull stations, work the supplied d 9/64 -inch hex wrench into the lock instructions are molded into the handle along with Braille 4 �� 1i � 9 , � i — � the p osts. text. Molded terminal numbers can be found adjacent to the I h i (7 unt fi se ated and turn counterclockwise 1 /4 -turn. wiring terminals. DOOR KEYS INTO To reset the BG -12L and BG -12LSP key lock stations, insert the key and turn counterclockwise 1/4 -turn. BACKPLATE AT THIS POINT- .- ,, �. I �' 2) Open the door until the handle returns to the - NORMAL' position. i l HOLE I -_ P05i J c 3) Close and lock the door. Closing the door automatically resets the switch to the 'NORMAL osition. must e f ullys a • BG -12 Series Models available: i' - — position. must beruuyseated { t» r )UlI station door hill not activate or deactivate the alarm Su tick. to work properly a— BG -12S - Single action with 'pigtail' connections and a hex I 1 sl H EU Note - Opening the I r. lock reset. Pigtail wires are provided for connection to the ' i_I = WARNING -- Posr��] III' ;FE f FACP initiating Device Circuit (IDC). l� I E . Install the pull station in accordance with the supplied instructions. applicable NFPA standards, national and local Fire and Electrical i— BG -12 - Dual action model with screw terminal connections _ F " °`Ell �� 'I; ='- ' codes and the requirements of the Authority Having Jurisdiction (AHJ). Conduct regular testing_ of the devices using the appropriate and a hex lock reset. '° 1 % r NFPA standards. Failure to follow these directions may result in failure of the device to report an alarm condition. Fire •Lite is not i BG -12L - Same as BG -12 except with a key lock reset. fr responsible for devices that have been improperly installed, tested or maintained. i— BG -12LSP Same as BG-12L except With both English and 1 ,. ;; P P For ADA compliance. if the clear floor space only allows forward approach to an object, the maximum forward reach height allowed is Spanish o erating instructions. �— Closing the door slightly 48- inches (i 11.92cm). If the clear floor space allows parallel approach by a person in a wheelchair, the maximum side reach height allowed -/ r i ii' - locks the door and � = r -' -'- backplate together. is i4-inches (1.3/.1 6cm). I� i i_ -- Document 50964 Revision B ECN 98 - 461 08/04/99 DOOR MATED TO BACKPLATE- ■ , oneywell - – -_ 1010 1010 1010 1010 _ ,10.. Jl - 1010 •• • • • • ••• • • • • • • • • • • • • Intelliguard ControJ. • • Centers • . • • •• • • • .- .:• •.: • : : The Honeywell Intelliguard Security System offers four control centers ellefltS to meet every customer's needs. Control centers disslef syyem status, and are used to execute a variety of system commatrtfs..E$ch1nrllZgueid• 4 _Custom text provides tailored descriptions. system employs the appropriate control center to previae cetrrilrtro tt•• efficiently and effectively. An Intelliguard system may consit of ehly • • ;'; one type of control center in all areas, or may include a combination of 410 'Displays and function keys guide system operation. types according to customer security requirements. - - O One - step function key (ALL ON /OFF) provides total Every control center consists of a display and keypad with which system _Simplicity. - -- -- activities are initiated. The display provides the current status of the system and any feedback from the keypad activities. All control centers O - Passcode authority levels determine which system have built -in audibles that produce distinct warning tones. The warning -operators can perform which system functions. tones assist the user in determining the Intelliguard system status. 4 - four - different control centers annunciate, control The 540, 541 and 542 Control Centers feature an English language security, and provide fire protection. • display with custom programmable text. The alphanumeric display walks the user through each command, and shows the exact location of any alarm or system trouble. 1 l: r TCLLIGURRD HneypN ul I I576tCn GR Dtl 17L Id.m)"wni J , i lk _ 1 . 111 . 11101 011 1 1111111101111111 FIRE ALARM a ■ k.411 lt , The 540 Control Center provides system annunciation and control over The 542 Fire Annunciator provides system annunciation only. It has no all system operations. It features ten numeric keys (1 -0) arranged hori- command functions for system operations and requires no operator zontally with five larger function keys also arranged horizontally below passcode. The annunciator has one function key (NEXT), which allows the numeric keys. The function keys are labeled ALL ON /OFF, ENTER, the user to scroll through a list of trouble and alarm events. NEXT, PREVIOUS, and CLEAR. They are easy to use, making day -to- day operation effortless. r5rsirn NDRnRL eune,..e0 I 1.E.: —� w....>...1 1 1111111..10101010... .-.l■-(■(■(ll■(l■.1 `-, i l 1 EOM i L_ J 1 (111K E 1 1 1 i l .,, a.". l LTLi ..,.71. i f 1010" J i ou, 1 l .�.y 1010 The 541 Fire Control Center provides annunciation as well as system The 550 LED Control Center provides cost - effective control in areas control. It works like the 540 Control Center, but has three unique func- requiring basic operation. This control center controls only its local area tion keys (ACKNOWLEDGE, SILENCE, and RESET) that do not re- and offers a built -in LED display, a 15 key touchpad, and annunciation for quire a passcode to operate. These three fire control function keys let the alarm and faulted conditions at each protection point. Perimeter, interior, user control audible alarms and scroll through a list of affected points. and AC power are indicated by LED display. The 550 Control Center has five function keys (ALL ON /OFF, ENTER, PERIMETER, WATCH, and RESET). • • • • • • • • • • •• • • ' • • • • • • • • • • • • • • • • • • • • iOney Intelliguard Control Centers• • . • . •• SECURITI( ••• Control Centers The 550 functiop keysi'1ticlude: • • • • • • A L4 ON4OfF1'Cey arms and disarms only the local area. • 540 CONTROL CENTER • • ' • • ENTER key sillenccS9larms other than burglary alarms. The 540 Control Center is a 4 -wire keypad/display unit used vNtlrth� • • • •pElltflETER key Perimeter Arms or Disarms the area. Intelliguard 5700, 5800, 5900, and 5924 security systems. It features a WATCH key turns the watch mode on and off. 10 -digit keypad, five function keys, a 16- character English language •• display, and a built -in speaker that emits several distinct warning lfles S •' RF • • remrtiates all sensors and clears the alarm memory • The 540 function keys include: • • ; • ° �orQb • •ai. • • ALL ON /OFF key arms and disarms all areas for which a • ••• Specifications user has authority. ENTER key brings the user to the first command on the Dimensions command list. • Control Centers: 8.5" x 4.5" x 0.9" NEXT key allows the user to view a list of bypassed and faulted points in a disarmed area. This key also provides navigation through Voltage Input the tailored command list. • • Nominal 12 VDC supplied by the Intelliguard control/ PREVIOUS key permits the user to see the status of all bypassed communicator and faulted points in an area that is disarmed. When viewing the tailored command list, this key shows the user the previously Current Required available command. 540, 541, and 542 Control Centers CLEAR key silences all trouble and alarm tones for the local control • Idle: 104mA • center. This key also allows the user to scroll through a list of trouble 'Maximum: 206mA, with annunciation and warning tone on and alarms. 550 LED Control Center • Idle: 20mA • 541 FIRE CONTROL CENTER • Maximum 75mA, with annunciation and warning tone on The 541 Fire Control Center provides simple control of fire protection Wiring Primary and does not require a passcode for operation. The 541 function keys include: • Four -wire cable supplies Data In, Data Out, +I2VDC, and silences the control center sounder (not fire • ACKNOWLEDGE key Maximum data loop resistance: 2452 audibles) and releases the display to scroll through alarm events. SILENCE key silences any indicating devices (fire horns, burglary Colors bells, etc.), as well'as releases the scrolling alarm display. • Fire Engine Red RESET key re- initiates all sensors and clears the alarm memory. If • Soft White this key is pushed before ACKNOWLEDGE or SILENCE, it will act as the SILENCE key. Display 540, 54/, and 542 Control Centers 542 FIRE ANNUNCIATOR - • 16- character vacuum fluorescent display The 542 Fire Annunciator is a remote display for fire • alarm events that • I4-segment unit characters • Sooft ft bblu lue color allows local authorities to easily view fire alarm conditions. The 542 features a display and sounder and is assigned to a specific area. There 550 LED Control Center are no alarm control capabilities with this control center. The words • 8 point LED display FIRE ALARM are prominently displayed on the keypad. All alarm • I power LED • I command LED events from the control center's assigned area are shown. • 3 arm status LEDs NEXT key steps through multiple alarm displays. Environmental 550 LED CONTROL CENTER • Operating Specifications: 32-1221/2F (0-501/2C) THE 550 LED Control Center is an economical control center that • Relative Humidity: 5 to 85% @ 861/2F (301/2C) provides control over a single area with simple LED annunciation. The 550 is designed for areas with less than nine points of protection and Approvals moderate security operations, such as a cash office or stock room. The • UL for Central Station, Police Connect and Local Burglary 550 may be used for a combination of burglary, fire, or other point type • UL for NFPA 71 and 72 (Chapters 6 & 8) Fire monitoring. The display consists of LEDs, which indicate armed status, • California State Fire Marshal point status, and power. The sounder is a piezo device. • New York City -MEA Honeywell Home and Building Control In Canada: Helping You Control Your World Honeywell Inc. 8 Place du Commerce . Honeywell Plaza Nuns' Island Verdun Quebec P.O. Box 524 Canada H3E IN3 Minneapolis, MN 55440 -0524 56 -5009 6/94 • Printed in USA • Providing nationwide U.L. listed central station alarm service 1-800-328-51! l 50% Total Recovered Fiber 117 10% Rom Conwmer Fiber IN • o n�eyv ••• • • •• • • : :• • • • • •••• •'• •'• •�• • �� I 5800/5900 ••: ••• • ••• • ••• •ecurity System . • •• ••• • : • • • •••.•• : • • . • .:•: SPECIFICATION DATA i _ _ fir: „:,,: - BENEFITS • �' - Flexible Security —Area controlled security protects against both T 1 j external and internal theft by securing some areas while others H” "w 6°■ _ i _ - are occupied. l = = - • Adaptability to Building Use—A shared area may be armed or • �T1 disarmed to allow access to common areas. The system can ,r- - -�e= ` L"::: . r also require the arming of critical areas before the main system i is armed. F gi � o ; }; • Cost Effectiveness — Burglary, fire, hold -up, critical equipment :. monitoring, and other services are monitored from one control at one affordable price. ■. ■:.:_o • Ease of Use — Arming and disarming is simple with the ALL ON/ OFF key. Disarming can be as simple as presenting an access • 1 credential to gain entry. . • Employee Control— Authority levels control who operates the 5_r system, what they can do and what doors they can use s..:;›, : Honeywell Monitoring —The Honeywell Customer Service ® Center assures reliable and prompt response to alarm conditions. +r r 4 } 3" �. Y' : • Approvals —The Intelliguard System is listed by the required ...� 1 . } - approval agencies —your assurance that it meets the highest . __ _ . -__ __�_�_ industry standards. • Tailored Security — Tailored areas, control centers, command lists, and displays match your system to your building operation. The Honeywell Intelliguard "area controlled" security system protects Honeywell has designed a family of control centers to meet every against internal and external theft. With the Intelliguard system, up to customer's needs. Control centers are used to display system status, eight different areas of a facility can be individually armed and and can perform a variety of system commands such as arming or disarmed in order to provide security in one area while other areas disarming all areas at once, arming or disarming one area at a time, are occupied. and arming or disarming an area perimeter. The control centers utilize function keys that provide simple, yet flexible, features such as Intelliguard areas are designed to match specific business needs and the ALL ON /OFF key that makes arming and disarming effortless. routines. A hallway or vestibule shared by several security areas can The control centers also provide access to a tailored command list, be automatically turned on or off to assure easy access to other showing users only those commands they might need. protected areas. The system can also be programmed to require that a certain critical area be turned on before the entire system is armed. Employees are assigned a user passcode with its own authority level. Passcodes with authority levels provide security against unauthorized The flexibility of the Intelliguard system allows the monitoring of use. A passcode must be used to initiate any system command. several types of protection such as burglary, fire, sprinkler Employees may also be issued an access credential used to unlock supervision, hold -up and critical equipment, on the same control and the door and disarm the security system. at one affordable price. An Intelliguard system monitored by Honeywell's Customer Service The Intelliguard system can be equipped to pinpoint the exact Center enhances property protection because the fire or police location of an alarm, ensuring a more accurate response to an department is quickly dispatched in response to an alarm signal. emergency. Additionally, repeated false alarms are minimized because the source of the problem is identified and can be fixed the Intelliguard has received approvals from the required agencies, first time. providing assurance that it meets all industry standards. OO U.S. Registered Trademark 111 I 11 III 1 III 111 II Copyright © 1997 Honeywell Inc. • All Rights Reserved 56 -5013 • • • • • • • • • • • : • • • • • • • 4 io r e y w ell - INTELLIGUARD 5800/5900 SECURITY SYST4IK : • ; ; • • • .SECURITY • •• • ••• • • • • • • •'• • ••• ' • • • • • • • • • • • • • • • • ••• •• ••• ••• FEATURES Printer — Optional printer(s) provides on- premise recording of system evepts. The record includes tirne, date, event, area Area Controlled Security —A business can protect against extqroal • • • - • • • nrmlae� uter'rutpbar, point number and explanatory text. and internal theft because up to eight different areas of a facility • H • S d gitalCdjnmunicator —The communicator provides can be armed and disarmed independently in order to provide • ; • low- oos=maaris offsignaling the Honeywell Customer Service security in one area while others are occupied. • ••• tenter in order to ensure a prompt response to alarm and other Shared /Master /Associate Areas —An area can be shared by several system messages. security areas so it is automatically turned on when other associated areas are armed. Alternately, an area can be a master area that requires critical areas to be armed before it can be armed. SPECIFICATIONS Individual Points of Protection —The system can be equipped to pinpoint individual doors, windows, fire detectors, or other sensors. Equipment Dimensions in in. (tall x wide x deep): Point Bypass— Designated points of protection can be bypassed D5591 Standard Enclosure: 16.0 x 16.0 x 3.5 before the system is armed in order to permit continued protection D8108AH Attack Resistant Enclosure: 16.0 x 16.0 x 3.5 for remaining points. Specific points can be given priority status to D8109H Red Fire Enclosure: 16.0 x 16.0 x 3.5 prevent bypass. D9210BH Entry Control Module Enclosure: 5.0 x 8.0 x 2.5 ALL ON /OFF Key —This key provides a simple method to arm and WSE 4205W Credential Reader: 5.75 x 5.25 x 1.25 disarm all areas assigned to the user. D8127/9127 Point Terminal:.3.2 x 1.5 x 0.9 Entry Control— Optional credential readers control access to an Control Centers: 4.5 x 8.5 x 0.9 area. Entry can also cause the system to disarm or simply turn off the interior protection. Control Center Models: Perimeter Arm — Employees who work late can arm the building's 540 Control Center -16- character alphanumeric display perimeter while the interior protection remains disarmed. When 541 Fire Control Center —Fire function keys and alphanumeric employees leave for the night, they can conveniently switch to display complete protection with the ALL ON /OFF key without having 542 Fire Annunciator -16- character alphanumeric display to disarm. 550 LED Area Control Center Day Annunciation— Designated protection points can sound a local Electrical: alarm during business hours to help prevent internal theft through Input: doors in remote parts of a facility. Primary: 16.5 Vac, 40 VA class II plug -in transformer Watch Mode —The system can be programmed to automatically Secondary: 12 Vdc 7 -14 Ah, rechargeable battery sound a short tone from the control center when a point is faulted. Output: This alerts occupants to someone'entering or leaving an area Continuous: 12 Vdc 1.4A maximum when the system is disarmed. Alarm: 12 Vdc 2.0A maximum Passcode Access —A personal passcode must be entered each time D9210 Lock Relay Rating: . the system is operated in order to prevent unauthorized use. An spdt 2.0A @ 12/24 Vdc event log automatically records the actions of each user to Environmental: provide an audit trail. Operating temperature: 32° to 122 °F (0° to 50 °C) Authority Levels —One of fifteen authority levels is assigned to each user for each area. The authority level determines the commands Approvals: a user can issue and what doors they can use for entry control. UL Central Station, Mercantile and Proprietary _ Duress Signaling —Users can inconspicuously advise the Honeywell UL Fire (NFPA 72) Customer Service Center of a problem in the event they are California State Fire Marshal forced to deactivate the system. New York City —MEA – English Language Display —The optional 540, 541 and 542 Control DOD (SCIF) Centers have a 16- character alphanumeric display that helps Model Comparisons: guide the user through system operation. Clear messages show system status, confirm commands, and give instructions. Features 5800 5900 Tailored Command List —The system provides a customized list of Control Centers 8 supervised 8 supervised commands, in the order you would like, according to the user 32 unsupervised 32 unsupervised and area_ One Person Walk Test — During the Walk Test mode, points tested Alarm Inputs (points) 74 245 are automatically stored. The Control Center displays a list of Relay Outputs 51 131 points, tested and untested, which allows one person to check the Custom Commands 4 16 operation of all protection devices. Periodic testing provides assurance that the system is operating properly. Printers 1 3 LED Display —The optional 550 Control Center, has an LED Entry Control Doors 4 8 ' display showing the status of up to eight points (normal, Users 100 250 bypassed or alarm memory). Other LED indicators show armed status and power status to help determine the condition of the Credentials 400 1000 system at a glance. . Hone Home and Building Control In Canada: Honeywell Inc. 8, place du Commerce Honeywell Plaza Nun's Island P.O. Box 524 Verdun, Quebec Minneapolis MN 55408 -0524 CANADA H3E 1N3 56 - 5013 Rev. 1 - • Providing nationwide U.L. listed central station alarm service 1- 800 - 328 -5111 • Printed in,USA •• • • 6 FIRE SYSTEM ACCESSOR • • • • • • • • • •• : .: • : • • •• : , • Firepower 5495 ' :••• • •• • • •• • • - .:...: .:. Distributed :' ::'::•• ••• •:• ••• Power Module _ •• : :• ::•::•: • • • �# = In an emergency, tr. - w r " . -- you need maximum power. The Firepower 5495 Distributed Power Module by Silent Knight is the most- • -powerful and cost - effective power supply available today. It delivers 6 amps of notification appliance circuit power — what you need to drive power -hungry components like ADA notification appliances. The 5495's advanced microprocessor design is years ahead of the competition. Its switch mode power supply design is up to 50% more efficient than competitive linear mode power supplies. And, ADA retrofits are easier and less expensive with the 5495 because it integrates into current systems without the costly investment in new components. For the most sophisticated and cost - effective notification power supply available, you need Firepower 5495. Call Silent Knight today for more information at 1- 800 - 446 -6444. Firepower 5495 • Ground fault detector /indicator. control panel and still provide full Distributed Power Module • Independent trouble relay. supervision of the notification circuits all The firepower 5495 is a notification • AC loss delay option shuts off power the way back to the control panel. power expander that provides its own to non - essential high- current • AC power connection, battery charging accessories like magnetic door - i T ci and backup battery for use with holders. } i = fire and security controls such as the • Stand alone operation. ' Silent Knight Model 5207 Fire Control • Lightweight design adds to ease of = - /Communicator. The 5495 is the cost installation and reduces shipping effective solution for powering costs. notification appliances required by the Americans with Disabilities Act (ADA). • Operates with most polarized, UL With 6 amps of notification power, Listed notification devices. Firepower 5495 drives the additional • UL 864 & 1481 listed. t • sounders and brighter strobes required. i . (' • CSFM approved Meeting ADA requirements is easily i accomplished in a retrofit or new installation. Connection to Local Fire Control Features Firepower 5495 may be connected to a _- - - • UL Listed for 6 amps of notification local fire control which utilizes Class A '4. ; ; power. or Class B type notification circuits - ( 1h� ; �u.� o eratin between 9 and 32 VDC. The I I"II 1 • Power supply's advanced switch P 9 mode design reduces damaging control panel's notification circuit is } - heat and manages power up to 50% connected to one of the inputs on the . more efficiently than other systems. 5495. The control panel's notification Firepower 5495 • Dip switches allow for easy circuit end -of -line resistor is also Distributed Power Module reconfiguration. connected across two terminals on the Firepower 5495, which provides • 24 VDC filtered output voltage. supervision between the 5495 and the • Four power - limited notification fire control panel. Polarized audible outputs; 2 Class A or 4 Class B, or 1 and /or visual notification devices are Class A and 2 Class B. then connected to the 5495 signal • • Additional continuous auxiliary circuits using the 4.7kS2 end -of -line SILENT output. resistors provided. Since the 5495 lit • 3 amps per output circuit. draws very little power from the control, KNIGHT • 2 inputs; 2 Class B or 2 Class A it is possible to connect one Firepower 5495 to each notification circuit on the ∎' I t T IA.' -.� �. - . : ._ .s _ r4L'� ;,i^:: . a S L ) - d. . � - '1:- -i: �'._z.. T :t a.. -_s f. ., 1! y _- --. ••• • • ••• • • •• • • • : • • • • • • Firepower 5495 . ••• • • ' : : •': Al Distributed Power Module • • • .• • • Supervision Current: : :•• : .'• • P : Input Firepower 5495 supervises a Standby • riA • voltage range: 9 - 32 VDC variety of functions including: Alarm 175 mA Battery charging • Low AC power. Auxiliary capacity: 7.0 AH • Low battery condition. power circuit: 1 Ambient Temp.: 32° to 120° F • Earth ground fault. Notification 0° to 49° C • Auxiliary output power limit circuits: 4 Mechanical condition. Output Dimensions: 12.25" W x 16" H x • EOL supervision trouble or configuration: 2 Class A (Style Z) 3" D (30.88 cm W power limited condition at an 4 Class B (Style Y) x 40.64 cm H x output. (1 Class A & 7.62 D cm) When a trouble condition occurs, 2 Class B) Indicator Lights Firepower 5495 creates a trouble Amps per AC power on : Green condition on the host control signal total output ut circuit: 3.0 (6.0 amps 6.0 am s circuits to which it is connected. ) Battery trouble: Yellow Firepower 5495 still maintains the Notification Ground fault: Yellow ability to be activated by the host circuit output: 20.4 to 27.3 VDC Aux Trouble: Yellow control. In addition, the 5495 @ 3.0 amps each, provides a Form C trouble relay 4.7 kS2 EOL Output output as an alternative to using resistor required troubles (1 -4): Yellow the notification circuit trouble. on each Class B Approvals: circuit UL: 864 & 1481 Electrical Specification AC Input: 120 VAC at 2 amps No. of inputs 2 NFPA: 72 Output: 24 VDC at 6 amps Input CSFM configuration: 2 Class B or 2 Class A Model 5495 Block Diagram Signal Circuit Output Signal 1 Signal 1 - fnput Distributed Signal 2 Signal Circuit Output Signal 2 Power Input Module 5495 Signal 3 (Optional) Signal 4 120 VAC Aux. Power r --- Trouble Output Local Fire Control (Alternative to notification circuit trouble.) -`:_ , SILENT KNIGHT 7550 Meridian Circle, Maple Grove, MN 55369 -4927 P MADE IN AMERICA 800 -446 -6444 or in Minnesota 612 - 493 -6435 FORM# 350395, Rev. 2/99 FAX: 612- 493 -6475 World Wide Web: http: / /www.silentknight.com Copyright © 1999 Silent Knight S_ _• �- • . • • • • • • . • A •• •• • • • • • ••• ___ •• • • , •• •• •� •• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •• •• •• • • • • • • • • • Maintenance :•: • •• rite 5. Remov • • • of cover and screen for cleaning: INSTALLATION AND MAINTENANC • INSIRUCTI�PIS •, • • • NOTE: Before removing the detector, notify the proper • • •� SY STEM , . . authorities the smoke detector system is ynder.go • SENSOR® ing maintenance and, therefore, will be t�n3 -• • •' • • • • • • 2400 REMOVABLE HEAD COVER • • ly out of service. Disable the zone or syst 'uridar ••• ••• i ' an 2400TH Di rec t Wi re • • . 3825 Ohio Avenue �t - i ••• • 5t. Charles, Illinois 60174 i going maintenance to prevent unwanted alarms. iw °� y , Photoelectronic i • •• • ec ors 1- 800- SENSOR2, FAX: 630- 377 -6495 Smoke Detectors 1. Remove the detector cover by placing a small.p�• ••• ••• :' . �'� L y screwdriver in the side slot of the detector cover,:twist• • • : TgaTSLOT• Specifications • • ,. _ . ••• • ing it slightly until the c can be turned co '• % . • ' '• Diameter: 5.5 i nches (4 : • • • S • clockwise for removal. . t • • Height: 3 .14 inches (80 mm) • 2. Vacuum the screen carefully without removing it. If fur- Yo !ll Add 0.5 inches (13 mm) for 2400TH _a s :. � e ::: - CLEANABLE SCREEN Weight: 0.7 lb. (310 gm) :.. __ ni!i:.... *her cleaning is required continue with step 3, otherwise g " _ _ ::: .:.:..:.... `` � � ;;L:64 � � � � i ?i ` +;s skip to step 6. '' P/N RS24(W /O THERMAL) Operating Temperature Range: Model 2400 — 0° to +49 °C (32° to 120 °F) 3. See Figure 5. Remove the screen by pulling it straight Model 2400TH — 0° to 38 °C (32° to 100 °F) out. Vacuum the inside. HEAD COVER , _ 11 � p y g 1 Operating Humidity Range: 10% to 93% Relative Humidity Non - condensing 4. Clean the vaned chamber iece h vacuumin or blow- REMOVAL SLOT ' ��/ Maximum Air Velocity: 3000 ft /min (15m /s) ing out dust and particles. 11" ii VANED CHAMBER ( Locking Alarm: Reset by momentary power interruption 5. To replace the screen, orient it so that the arrow on top _ • P.' Electrical Ratings aligns with the test module socket of the detector. Voltage: 12/24 VDC Carefully push the screen onto the base, making sure it A7 &1213 -01 Maximum Ripple Voltage: 4 Volts peak -to -peak fits tightly to the chamber. Start -up Capacitance: 0.02 uF Maximum (5. Replace the cover by gently rotating it clockwise until it Standby Ratings: 8.5 VDC Minimum; 35 VDC Maximum locks in place. 120 itA Maximum 7 . Notify the proper authorities the system is back on line. Alarm Ratings: 4.2 VDC Minimum at 10 mA 6.6 VDC Maximum at 100 mA Alarm current must be limited to 100mA maximum by the control panel. If used, the RA400Z Remote Annunciator operates within the specified detector alarm currents. Reset Voltage: 2.5 VDC Minimum Reset Time: 0.3 S Maximum Start -up Time: 34 S Maximum Before Installing Please thoroughly read the System Sensor manual 156- 407 - model 2400, but also features a restorable, built -in, fixed XX, Guide for Proper Use of System Smoke Detectors. This temperature (135 °F) thermal detection unit. manual provides detailed information on detector spacing, placement, zoning, wiring, and special applications. Copies These detectors are listed to UL 268 and are latching type of this manual are available at no charge from System system detectors. When latched in alarm, the detectors Sensor (For installations in Canada refer to CAN4-S524, must be reset by a momentary power interruption. Standard for the Installation of Fire Alami Systems and CEC I Part 1, Sec. 32). An LED on the detector provides a local indication of the Please refer to insert for the Limitations of Fire Alarm Systems detector's status. This LED blinks every 10 seconds when NOTICE: This manual should be left with the owner /user the detector is receiving power and ready in standby and is of this equipment. latched on continuously in alarm until the detector is reset. The detector provides an output for connection to an IMPORTANT: This sensor must be tested and maintained optional Remote Annunciator (Model RA400Z). The Three -Year Limited Warranty regularly following NFPA 72 requirements. This sensor Remote Annunciator mounts to a single gang box and pro - System Sensor warrants its enclosed smoke detector to be free from Department, RA n . 3825 Ohio Avenue, St. Charles, IL 60174. should be cleaned at least once a year. vides a supplementary alarm indication. defects in materials and workmanship under normal use and service for a Please include a note describing the malfunction and suspected cause of period of three years from date of manufacture. System Sensor makes no failure. The Company shall not be obligated to repair or replace units Spacing other express warranty for this smoke detector. No agent, representative, which are found to be defective because of damage, unreasonable use, General Description p g dealer, or employee of the Company has the authority to increase or alter modifications, or alterations occurring after the date of manufacture. In no System Sensor 2400 photoelectronic detectors use state -of- NFPA 72E defines the spacing requirements for smoke the obligations or limitations of this Warranty. The Company's obligation case shall the Company be liable for any consequential or incidental dam- the -art, optical sensing chambers. These detectors are detectors, typically 30 feet when detectors are installed on of this Warranty shall be limited to the repair or replacement of any pan ages for breach of this or any other Warranty, expressed or implied what - of the smoke detector which is found to be defective in materials or work- soever, even if the loss or damage is caused by the Company's negligence • designed to provide open area protection, and are intended a smooth ceiling. However, ALL installations must comply manship under normal use and service during the three year period corn- or fault. Some states do not allow the exclusion or limitation of incidental for use with compatible UL- listed 2 -wire control panels with NFPA 72E and /or special requirements of the author - mencing with the date of manufacture. After phoning System Sensor's toll or consequential damages, so the above limitation or exclusion may not only. The detector's operation and sensitivity can be tested ity having jurisdiction. free number 800- SF.NSOR2 (736 -7672) for a Return Authorization number, apply to you. This Warranty gives you specific legal rights, and you may send defective units postage prepaid to: System Sensor, Repair also have other rights which vary from state to state. in place. Model 2400TH has the same specifications as D400 4 156 285 - 04R D400 - 05.00 1 156 285 - 04R 0 2001 System Sensor • r 1V 1 , • • •• • • •• •• • •• • • • • • • •• •• • • Y • • • • • • • • •• • •.• • • •• ` • •• • • • • Figure 1. Flush mounting of 2400TH smoke jot et • • or ; � Fiiu • • te 2. • 2 400 Smoke detector mounting bracket: Installation ••• • • '• • : • • • • • • • • ` � . Pr3ss aDd the recessed test switch with a 0.1 • on 3% -inch and 4-inch octagonal box: • • • • TAMPER inch maxiimirn diameter tool. RESISTANT TAB ®W ARNING • • O • • •• •••• 3. The detector's LED should light within 5 seconds. • • ••• •• •.� •. • • • •• P D isable the ower from initiatin device c uit h . „Jos P initiating L� : • •• $ Calibra ;ed 714t Card (R59- 18 -00) ... • • •• installing detectors. `•• •• • �1. Reir�ive; the detector cover by placing a small bladed ,�:a 1 screv?driler in the side slot of the detector cover, ■Imi • •• • ••• •I' 1. Wire each detector following installation guidelipes. • twisting it slightly until the cover can be turned coup L IA � I I■1 (■�I I II •: • : : • 2. Line up arrows on the detector with arr all ; • •`• teiclot ise for removal. • I I I IIII 111111,,in1 • • ••• ••. .• • • •• • • • ` OMAKEDETECTORTAMPERRESISTANT, mounting bracket • •. . . . •: • ;x InDert • le NO ALARM end of the test card fully into _ • ••• • BREAK O T clockwise until ilik LINE 3. Turn the detector cocwse untt clicks into place. Mates! (See Figure 5 A78-1411 -00 A78-534-00 p ( g 5) then slide it counterclock- 4. After all detectors have been installed, apply power to wise until it stops. Mounting Make wire connections by stripping about % inch of insu- the control unit. 3. The detector should not alarm after 20 seconds. Each 2400 detector is supplied with a mounting bracket kit lation from the end of the wire and sliding the bare end of 5. Test the detector as described under TESTING. 4. Remove the test card by sliding it clockwise before that permits the detector to be mounted: the wire under the clamping plate, and tightening the • 6. Reset the detector at the system control panel. removing, then insert the ALARM end. ] . Directly to a 3 -inch or 4 -inch octagonal, 1 deep clamping plate screw. A wiring diagram for a typical 2 -wire 7, Notify the proper authorities the system is in operation. 5. The LED should latch on within 20 seconds. An alarm • electrical box, (See Figure 1) or: detector system is shown in Figure 3. should also be initiated at the panel.6. Put the cover 2. To a 4 -inch square electrical box by using the plaster ring I ®CAUTION back by gently rotating it clockwise until it locks in with the supplied mounting bracket kit. System Sensor's smoke detectors are marked with a com- Dust covers can be used to help limit dust entry to the place. patibility identifier located as the last digit of a five -digit detector. However, these covers are not a substitute for C. Test Module (System Sensor No. MOD400R /MOD400). Installation Wiring Guidelines code stamped on the back of the product. Connect detec- removing the detector during building construction. The MOD400R or MOD400Test Module is used with an All wiring must be installed in compliance with the tors only to compatible control units as indicated in System Remove any dust covers before placing the system in serv- analog or digital voltmeter to check the detector sensi- National Electrical Code and all applicable local codes, and Sensor's compatibility chart which contains a current list of ice. tivity as described in the test module's manual. any special requirements of the local authority having UL- listed control units and detectors. A copy of this list is D. Aerosol Generator (Gemini 501). jurisdiction. Proper wire gauges should be used. The con- available from System Sensor upon request. Testing Set the aerosol generator to represent 4 % /Ft to 5 % /Ft ductors used to connect smoke detectors to control panels Before testing, notify the proper authorities that the smoke obscuration as described in the Gemini 501 manual. and accessory devices should be color -coded to reduce the NOTE: For system supervision — do not loop wire under I detector system is undergoing maintenance, and the system Using the bowl shaped applicator, app]} aerosol until likelihood of wiring errors. Improper connections can pre- terminals 1 and 2. will be temporarily out of service. Disable the zone or sys- unit alarms. •-eni a system from responding properly in the event of a NOTE: If remote annunciator is not used, polarity to tern undergoing maintenance to prevent unwanted alarms. E. Direct Heat Test (2400TH only). fire. detector may be reversed. To test the bi- metallic thermal collector on the 2400TH, Tor signal wiring Before testing the detector, look for the presence of the use a low powered heat gun or blow dryer, aiming the wiring (wiring between interconnected detec- Tamper resistant Feature flashing LED. If it does not flash, power has been lost to the heat source across the detector. Hold the heat source tors), wire be no smaller than AWG 18 is recommended. This detector includes a tamper - resistant feature that pre- detector (check the wiring), or it is defective (return for about 12 inches (30 cm) from the detector to avoid dam - However, the screws and clamping plate, in the base can, vents removal of the detector without the use of a tool. To repair - refer to Warranty information). aging the plastic.When the heat rises to greater than accommodate wire sizes up to AWG 12. The use of twisted make the detector tamper- resistant, break off the smaller 135 °F, the detector will latch in alarm. After the test, the pair wiring for the power (+ and -) loop is recommended tab at the scribed line on the tamper resistant tab, on the Detectors must be tested after installation and following bi- metallic collector will self- restore. to minimize the effects of electrical interference. detector mounting bracket (see Figure 2), then install the periodic maintenance. The 2400/2400TH may be tested as detector. To remove the detector from the bracket once it follows: Notify the proper authorities that the system is back on Smoke detectors and alarm system control panels have has been made tamper resistant, use a small screwdriver to A. Functional Tests line. Detectors that fail these tests should be cleaned as specifications for allowable loop resistance. Consult the depress the tamper- resistant tab located in the slot on the Recessed Test Switch described under MAINTENANCE and retested. If the detec- control panel manufacturer's specifications for the total mounting bracket and turn the detector counterclockwise loop resistance allowed for the control panel being used for removal. 1. A test switch is located on the detector housing (See tors still fail these tests, they should be returned for repair - before wiring the detector loops. Figure 4). Notify the proper authorities the system is back on line. Figure 3. Wiring diagram for 2400 smoke detector used with two-wire control panel: Figure 4. Top and side views showing position of test switch: + LED INITIATING LOOP + _ ^ _ �� RECESSED SIMITCH EST + _ RESISTOR 1 f ®� UL MPA TEn + Ij 2 + �� 2 } 1 C ) r OMPATIBLE \ \\ 1 CON REMOTE 3 3 \ �� P ANEL ANNUNCIATOR - ANNUNCIATOR - Il ria a I -ncfii nnnm ® ®nn 7 � CLASS OP1roNAL WIRING TEST MODULE PUSH RECESSED SwrrCH'MTi- - - A78 - 1393 GG AM 1554 - 00 SOCKET A .1' MAX. DIAMETER TOOL NOTE: IF REMOTE ANNUNCIATOR IS NOT USED, POLARITY TO DETECTOR MAY BE REVERSED. 0400 -05 -017 2 I56- 285 04R I56-285-04R D400-05-00 3 •• . • • - • • • . • 4- - • : - • • • • • • •: • • • • • • • t 0. • . • • ••• • • •• • • • • • • • • • *) •• • • • • •• • • • • • • • • • • • • • • , • • • • : • • • • Household Fire Warning•�cuipment ' ' • • • •• • • • . • • • • . ... •• . • S ' Honeywell • . The Household fire darning €quipmetit AanDajd requires 24 hours of standby plus 4 • • • • minutes of alarm operation aft?* Gad th i4 Aar • period. You must use battery ampere • • • •: :• • • • • • • • • hour (Ah) calculations to verify compliance. The following formula includes the calculation : : • • • • • for 4 minutes of alaffi pppration 4 the end of the 24 hour period, as well as a 10% • • • • . • 1:: "' ' contingency factor:wAic?>.i ; llaw9 fdr Qeplerior3xif battery capacity with age. Household Fire Ampere -Hour C�alcohatiorf Formula • :• • • • : Total B Hours • C Hours Contingency Total Ah • ' . •' " ' . . • . • . • . • ( x 24) + ( x 067) + 10% = Intelliguard 5800G/5900G Control /Communicator Total Ah requirements must not exceed Ah capacity of batteries: • • Two D126 Batteries = 14 Ah Approved Applications One D1218 Battery = 17.2 or 18.0 Ah Compliance Guide Two D1218 Batteries = 34.4 or 36.0 Ah p Access Control The Access Control Standard requires 24 hours of standby plus 5 minutes of alarm operation at the end of the 24 hour period. You must use battery ampere hour (Ah) calculations to verify compliance. The following formula includes the calculation for 5 minutes of alarm I _0.0 ,_S ok operation at the end of the 24 hour period, as well as a 10% contingency factor which allows for depletion of battery capacity with age. Ut) A.. _Ste., '1)-- Access Control Ampere -Hour Calculation Formula I Q 16 0 Total B Hours Total C Hours Contingency Total Ah ( x 24) + ( x .083)+ 10% = Total Ah requirements must not exceed Ah capacity of batteries: Two D126 Batteries = 14 Ah One D1218 Battery = 17.2 or 18.0 Ah Two D1218 Batteries = 34.4 or 36.0 Ah • • t Honeywell Helping You Control Your World 74- 07632 -000 -E 1/02 • •• .• • 4 •. • ••• • • • - • • Ilt. I •, •• • • • • • • • • • • • • ' . • • • • • • • • • • . .•: Kb A ' ••• ; • • : • •• • . • • • • • • . • • • • •• •• • • • • • • • • • • • •• • • 4410 •• • • • • • • ••• • • • • • • • • • • • • • ••• • • . Standb Ba tter y cal ion for • • • • • • . • ' . • NFPA 72 Fi Alarm • Applications • ••• • • •• .•• • • • . • • Listings and Approvals . • • • • ;•. ••• ;•• . • S. :• ••; ••:• ••• Current Chart First ••' * : • ' •• • Fire : ; •• ••• ••• • • • UL 0 * * • • S • • ' • • • See the Current Rating Chart for Standby Battery Calculations for totals B and C used in the Underwriters Laboratories lists the 5800G/5900G Control /Communicators as Signal System formulas below. When connecting two batteries, use either the D122 Dual Battery Wiring Control Units for: Harness or the D8132 Battery Charger Module. Central Station, Local, Auxiliary, Remote Station, and Household Fire Warning. . Central Station or Local Systems Burglary Central Station or Local Systems require 24 hours of standby plus 5 minutes of alarm operation UL at the end of the 24 hour period. A single battery is sometimes adequate for Central Station Underwriters Laboratories lists the 5800G/5900G Control /Communicators for: Systems, but you must install two batteries to meet the basic standby requirements for a Central Station, Local, Police Connect, Bank Safe and Vault, Mercantile Safe and Vault, and Local System installation. You must use battery ampere hour (Ah) calculations to verify compliance. The following formula includes the calculation for 5 minutes of alarm operation at Grade A Household systems. the end of the 24 hour period, as well as a 10% contingency factor which allows for depletion Department of Defense (DOD) of battery capacity with age. The 5800G/5900G have been granted approval for Department of Defense (DOD) Central Stations or Local Systems Ampere -Hour Calculation Formula installations in Sensitive Compartmented Information Facilities (SCIF). Total B Hours Total C Hours Contingency Total Ah ( S &S. 0' 24) + ( 1505. x .083) + 10% = 15.053 g o 13 50 + l ay G1 lc 4- I % = Total Ah requir Ah errrents must not exceed ca acity of batteries: Two D126 Batteries = 14 Ah One D1218 Battery = 17.2 or 18.0 Ah Two D1218 Batteries = 34.4 or 36.0 Ah • Remote Station or Auxiliary Systems Remote Station or Auxiliary Systems require 60 hours of standby plus 5 minutes of alarm operation at the end of the 60 hour period. A D8132 Battery Charger Module with additional batteries installed in a separate D8109H or D8108AH enclosure may be required in the 5800G/ • 5900G system to meet the basic standby requirements for a Remote Station or Auxiliary System installation. You must use battery ampere hour (Ah) calculations to verify compliance. The following formula includes the calculation for 5 minutes of alarm operation at the end of the 1 60 hour period, as well as a 10% contingency factor which allows for depletion of battery capacity with age. ' - Remote Station or Auxiliary Systems Ampere -Hour Calculation Formula Total B Hours Total C Hours Contingency Total Ah ( x 60) + ( x .083) + 10% = Total Ah requirements must not exceed Ah capacity of batteries: Two D126 Batteries = 14 Ah One D1218 Battery = 17.2 or 18.0 Ah Two D1218 Batteries = 34.4 or 36.0 Ah 5800G/5900G Approved Applications Compliance Guide - 5800G/5900G Approved Applications Compliance Guide - 74- 07632 -000 -E 1/02 Page 2 Page 15 74- 07632 -000 -E 1/02 •• • • • • • • • • • •• ' r i t' 1 • • • • • • •'• • • • • • • • •i • • ••• • •'• •• • • • •• • •ep • • • • .. • • • • • •• • • • • • ep • • � • • • : • • • • • • • • • • • •.• • • • • • , • • �- • • • • • • •', • • , • • • • • • 11--.--- • • Stand tat R fiqu i rements Table•ot :Co ts: • ." • • • • • • • • • • • • • • • • . • • •• • epee • --- • •• •• epee • • • • • ' • •• • •• • ' • • Listings and Approvals 2 •• o o ! • ..• •: • • Fire ••••• •••••• J. • V...: 2 Household Burglary and Commerciat'Bmglary Burglary • •,„ : ' .• 2 • • i di •...•. .,..... •.. w Optional Compatible Equipment ., • • • • • • • • - P P , 546 • •...•...e........ 4 Four hours of standby battery capacity required. Burglary Applications 4 Bank Safe and Vault Applications 4 Bank Safe and Vault Fire Applications 4 Introduction 4 72 hours of standby battery capacity required (UL 365). Aux Power current for all devices, - . Fire Applications (Continued) 5 including control centers, must be limited to 300 mA or less to meet this requirement. Enclosures 5 System Chart 6 Central Station or Local Fire Alarm 5900G Control /Communicator, 1 of 3 7 5900G Control /Communicator, 2 of 3 8 24 hours of standby plus 5 minutes of alarm operation required. See Central Station or Local 5900G Control /Communicator, 3 of 3 9 Systems Ampere -Hour Calculation Formula in the Standby Battery Calculation for NFPA 72 5800G Control /Communicator, 1 of 3 10 5800G Control /Communicator, 2 of 3 11 Fire Alarm Applications section. 5800G Control /Communicator, 3 of 3 12 Current Rating Chart for Standby Battery Calculations 13 Remote Station or Auxiliary Fire Alarm Standby Battery Requirements 14 60 hours of standby plus 5 minutes of alarm operation required. See Remote Station or Household Burglary and Commercial Burglary 14 Auxiliary System Ampere -Hour Calculation Formula in the Standby Battery Calculation for Bank Safe and Vault 14 NFPA 72 Fire Alarm Applications section. Central Station or Local Fire Alarm 14 Remote Station or Auxiliary Fire Alarm 14 Household Fire Warning Equipment 14 Household Fire Warning Equipment Access Control 14 Current Chart First 15 24 hours of standby plus 4 minutes of alarm operation required. See Household Fire Ampere- Central Station or Local Systems 15 Hour Calculation Formula in the Standby Battery Calculation for NFPA 72 Fire Alarm - Remote Station or Auxiliary Systems 15 Applications section. Standby Battery Calculation for NFPA 72 Fire Alarm Applications 15 Household Fire Warning Equipment 16 Access Control Access Control 16 24 hours of standby plus 5 minutes of alarm operation required. See Household Fire Ampere- M Helping You Control Your World 17 Hour Calculation Formula in the Standby Battery Calculation for NFPA 72 Fire Alarm i Applications section. 5800G/5900G Approved Applications Compliance Guide - 5800G/5900G Approved Applications Compliance Guide 74- 07632 -000 -E 1/02 Page 14 Page 3 74- 07632 -000 -E 1/02 • • • • • 4 r - • • .. ' • • • • • • t •'. :.• ;• • • • • Ilse • .. . • . . • ••• •• • • • •• • • • • • • • • • • • • • • •• •• • • • • - • • • • • �•• • • ••• •• • • • • • • • • ••• • • • • • • • • • ; • • • • • • 5 Introduction '�atte f r • S to p ddb = ry Calculations The Syste►r� Chait fe�ren€Lstofhpon rrtse and listed by Underwriters' Laboratories • • • •.• • for compatilIili With the C ontrolVComrTuntcztor. These components meet the basic system • • requirements for the applicable stand's . •• • A : • :•• ••• :.. • • C The System g.Djpgt nn, ' Issue•A shows the relationship between the panel and the • • • • ; • • • •• accessory corrparler>,ti r1fl�'retl S o i� Y • the p s tem Chart. AC Power OA• . AC Power Off In Alarm .: • • • • • • Normal Current Minimum Current Maximum Current (mA) (mA) (mA) - - Model Quantity Each Each Each Optional Compatible Equipment Number Used Unit* Total Unit Total Unit Total 5800G/5900G r 200 x 1 = 200 200 x 1 = 200 500 x 1 = 500 You can use UL listed components that do not require evaluation for electrical compatibility in D125B W 20 x Quant. = I° 19 x Quant. = ?C 123 x Quant. = 4 1 cd many applications when installed according to the manufacturer's instructions. D127 13 x Quant. = 12 x Quant. = 45 x Quant. = Burglary Applications D129 25 x Quant. = 25 x Quant. = 25 x Quant. = You can use UL listed burglary alarm sensors that do not require evaluation for electrical D185 120 x Quant. = 120 x Quant. = 350 x Quant. = compatibility in burglary applications. In some cases you must use a UL listed Honeywell D192D ( 15 x Quant. = IS 26 x Quant. = A 50 x Quant. = S° interface module in conjunction with the sensors. Consult the individual component specification Dl 92C 15 x Quant. = 26 x Quant. = 50 x Quant. = and installation documents to determine suitability. 540 r 104 x Quant. = 10 106 x Quant. = /010 206 x Quant. = Ac Test weekly: UL Standard 1023 requires a weekly test for residential burglary applications. 540R 104 x Quant. = 106 x Quant. = 206 x Quant. = 541 R I 104 x Quant. = /0(1 106 x Quant. =lob 206 x Quant. = 2_ Bank Safe and Vault Applications 542R 104 x Quant. = 106 x Quant. = 206 x Quant. = You must use the UL Listed Model 5110 Bell and Model 4001 -42 External Line Balancer (both 550 55 x Quant. = 20 x Quant. = 75 x Quant. = made by Rothenbuhler) forthe bell and balanced line module in bank safe and vault applications. D8125 48 x Quant. = 48 x Quant. = 48 x Quant. = Modifications must be made to the Honeywell D8108A enclosure to meet UL standard 681. See the Radionics Technogram D9412, D9112, D7412, D7212 UL Certificated Bank Safe and D8127T /U 3 x Quant. = 3 x Quant. = 4 X Quant. = Vault Applications (73- 07302 -000). D8128D I 51 x Quant. = S t 51 x Quant. = .- I 51 x Quant. = 57 Test bell at arming: UL Standard 365 requires a bell test at arming for bank safe and vault D8129 20 x Quant. = 20 x Quant = 20 x + (25 x # of f relay = applications. D8130 5 x Quant. = 5 x Quant. = 54 x Quant. = Fire Applications D9127T/U 0.5 x Quant. = 0.5 x Quant. = 0.8 x Quant. = - You can use UL listed fire initiating devices not requiring electrical compatibility evaluation D9131 A 24 x Quant. = 22 x Quant. = 36 x Quant. = in any application. For example: 4 -wire smoke detectors, heat detectors, water flow D921 0B 100 x Quant. = 100 x Quant. = 120 x Quant. = switches, and manual pull stations are suitable fire initiating devices. Consult the individual D928 14 x Quant. = 14 x Quant. = 45 x Quant. = component specification and installation documents to determine suitability. Pr Ratings of other devices in the system which are not shown above: Two -wire smoke detectors only connect to the panel through the D125B Powered Loop ti 3 1 . 0501 x Quant. = • BIZ I x Quant. =.Z x Quant. = J Interface so that an earth ground will not cause an alarm. Two -wire detectors must be evaluated for electrical compatibility, and must be UL listed for use with the panel. See the — x Quant. = x Quant. = x Quant. = Honeywell Technogram Smoke Detectors Compatible with the 5800G/5900G (33283), or x Quant. = x Quant. = x Quant. = you may contact the detector manufacturer. x Quant. = x Quant. = x Quant. = x Quant. = X Quant. = x Quant. = Total A = 5.910 B = S 5c2 O(ZJotal C = I .5OS 5800G/5900G Approved Applications Compliance Guide - 5800G/5900G Approved Applications Compliance Guide 74- 07632 -000 -E 1/02 Page 4 • Page 13 74- 07632 -000 -E 1/02 • • • • • •• •• . •• r r 1 • • • • • • • . •• • ' • 0 '•• ; •• • • ' ; • • • •, ••� •• • • • • • • .• • • • • • • • ••• • . • • • • • • • • • • • • • • • • : • • • • • • • • • • • • • • • ••• ••• ••• ••• ••• • . . • .• • • . • • • • • •• •• F ire Applications (Continued) • 5800G SyStemW. irirfg jbi • gram, Issue A • • ' • ••• •.. Other initiating devices�intl!ldng to ik$ detectors, • tors, connect to the panel on -board • points or through the D't29 Dual Cla t\ latiatiori Crcuit Module, the D125B Powered 5800G Control /Commun atpib 3.Q.3 • • • •. • Loop Interface, D8127 o� D9127 POPITs, or D8128C/D OctoPOPITs. When using 4 -wire • • .. • ; • • • • , smoke detectors, install a suitable power sup i. isiQp unit according to the manufacturer's • • . S. • . ; ; . • . • instructi Use the D130:11eTff Module, [3832V QctARelay, or terminal 8, Switched Aux • • • • Power to provide reset capUbiliti. SeerrOff Pelays section of the Program Entry s = . 5 ` Guide for details on the installation! of•the•D8129. • • U. o m E NON For battery calculations, refer to Current Rating Chart for Standby Battery Calculations, N € a� Standby Battery Requirements, and Standby Battery Calculation for NFPA 72 Fire Alarm Am — ��Q - oa 0 Applications. Test weekly: Honeywell recommends you perform a Fire Test weekly. The AC power is automatically tested as is the battery per UL 864. m � � 5 d < < < • "am mD 1'c,-; 8. 8a mo mg- mg Enclosures ° E in m d s 1 cot m o = Honeywell offers three optional tional enclosures for the control /communicator. —S = — Y a D �o-- • The 5591 enclosure is suitable for residential fire and /or burglary installations and fag " ° a commercial burglary applications that do not require attack resistance or approval by CNI o Q. m o r o mo t m Factory Mutual or NYC -MEA. (See the System Chart for acceptable applications.) � g 0 Prn o 0 E no II N" n v ' • The D8108AH is attack resistant. It is intended primarily for UL commercial burglar < o- Y ° N alarm and mercantile safe and vault applications requiring a local bell. You can use o the D8108AH in any burglar or fire alarm application where the 5591 or D8109H °' • enclosure is suitable. The D8108A, with some modification, can be used for bank • safe and vault applications (see the Radionics Technogram D9412, D9112, D7412, D7212 UL Certificated Bank Safe and Vault Applications, RPN: 73 07302 - 000). UL lists the D8108AH for all commercial fire alarm applications. The D8108AH is © ©� ©© approved by Factory Mutual, California State Fire Marshal, and the New York City e o o e o o Materials and Equipment Acceptance System. I. t • The D8109H is normally used for commercial fire alarm applications. UL lists the d J C C u F .0) D8109H for all commercial fire alarm applications. The D8109H is approved by the fii 1w_ ® ® ®® !t California State Fire Marshal, NYC -MEA and FM. A 3 ! e $ ! e Ems® Note: All references to NFPA and related requirements are based upon compliance with f , Ili ! 'Ili 11 • the 1 993 edition of NFPA 72, National Fire Alarm Code. Since installation specifications are 0 1 °° `i l�,tl l!!. -a�! i • nearly always based upon a specific edition of a standard which has been legally adopted , !1 -t III !i ° �. 1 g ) ! I ! � � ' !�lg.i. a by the Authority Having Jurisdiction (AHJ), earlier editions of NFPA standards will generally ao i I; ii. a , 41111 i- (!j , it � ! Iat,i i ; r apply. Consult with the appropriate AHJ for confirmation. 1, e= wit � . �► i : II lFJ j J !j ij ;Imo " i d e ilt o t s .$4 4 ! �� - C .;.' I tf � olio llii k OF a 3�i�eE 1 1 @ 1 j E ° ! 106 Bixli • ' • 1f it °°I 1 1 lr + ! ! ! ! !! ¢ � ! !j� ! ;! 1 a w 1rk; E S p Ill ;; ;1 7? i I I i° ¶ p.0 « t<° co co ao_ lldOd lldOd otL� Sao 5800G/5900G Approved Applications Compliance Guide - 5800G/5900G Approved Applications Compliance Guide 74- 07632 -000 -E 1/02 Page 12 Page 5 74- 07632 -000 -E 1/02 f Y, • • • • • • • • • • • • •• •• : • • •• �•• r . •�• • ••• :•� • • • • • •• • • • • •• • • • • • : : • • • • • • �• ••• • • • • • • • • • • • •• •• •• • • • • • : • • •• • • •• • • • • • ••• • • • • • • • • • • • • :•• •,•System Cart • 5800G Systett Wiring pr , Issue A . • •• • • •••• •• • • • • • • • • - • ••• • • • • • • - -- ... • •• ••• • z • 5800G Control /Communicator, 2 of 3 . •• ••. ••• m lE •, •m• • � • • •p•D ••• m N A � it lLL 22 • : ••• :••m € • • • • -a 0 m m tl • • ° • • • °m E m cc— of i u • • • ••• • • J • •• m i o • S° • � • • • I 4, • v '3 i • L:• Q.o E as e` = 2 �.m • ••• w • c u E E c crrn u E '>< 'gE u t°im p Q cm c be m om m Q =U 8 Q. J SQ J O 0 Ju- -I LT. U0.1 U WH Io O.LL..Q O M Mt inimum Hours of Standby 24 +4 60 +5 24 +5 24 +5 24 +5 24 +5 24 +5 24 +5 24 +5 f ° ":P Battery 72 24 mins 4 4 4 mins mins mins mins mins mins mins mins • alarm alarm alarm alarm alarm alarm alarm alarm alarm Qt 5591 Enclosure Choose one. No No No No No No No No No No - ( r D8108AH Enclosure _ 0101 lock required for Req. Req. 6 ,,,,, Req. S Re m Choose one ! e D8109H Enclosure enclosure. No No °"°. No € ° e a ® ®O ®® �Ca r m D122 and D122L Dual Calculate current draw to determine Calculate current draw to determine if second battery is `� g e i . S Battery Harness D122L Req. ry 5� a ° a A tz 9 ff second flattery is required, required. ;; a ! D1258 Powered Loop Interface Opt. Opt. # Opt. Opt. Opt. •- D125 and D129 required to connect fire alarm initialing devices to zones 1-8. D125 a1 ' �: ® F provides two powered loops for connecting listed 2 -wire smoke detectors. 0129 i 1 1 i l • hid 3- [ f m o D129 Class A Initiating Module Opt. Opt. # provides two nort initiating l:�y a OOOI�OOOOO�O ©Q •powered Class A irdtiati rirrargs, ,, v rn ao r` ao rn D726orD1218Battery 1+ 1+ 1+ 1+ 1+ 1+ 2+ 1+ 1+ 1+ 1+ 1+ 1+ 1+ g Q e� I - l �g L. T. m ao m m . e ° g Q < a c a D12 or D12 atte '' nn if I ?if e= i ! ✓ ! o L o° o ° a Et ° .' B c a o. n a Reversing y Opt. Opt. Opt. Opt. Opt. Opt. No Opt. No No Opt. Opt. No No V a ac ss t r e�>;$ - - . ':. Fig 3 J ...: J 9 a = E N 3 8 8 9 8 0928 Dual Phone Line Module l0 €s € 2 I 6 8 1 ' p11:::::' ` o p ' r Opt. Opt. Opt. Opt. Opt. Opt. Required for communication on two phone lines and/or CPU C2 d$ -3 P Ill l j;j Q w watchdog function. E {' 0161 Telephone Cord Required to connect rtel to RJ31X or 2 Two e s t Aa required to connect panel to u l RJ38X TelCo. Block Req. RJ31X or RJ38X TelCo. Blocks a Eai' a o ff ` E P fns 3i 0185Auxili ary Interface Kit � • a e _ .O o Y N a D792A/D192C /D792DBell Opt. W 9 iE ( I d a4 : Psi • a1 1 1 - m > Q ro ° H � 4 D92 /D192C /D1 pt. Opt. Opt. Opt. Opt. Opt. Required for indicating circuits. Opt. Opt 3 i 1 5 e - 1 a .,: >! • Ni d o a o- 0. o -.: c 92 y 1 4 i a j'a 3 i i E Of y Y e p) 2 m E N N U W a� V Smoke Detector Base Opt. Opt. 1++ Opt. I Opt. I Opt. I Opt. I Opt. Opt. Opt. Q '� a 1 gd 3 j — o m > Q) � i1l• J a i ' : � o 3 mod� D26&/D269HIndependent is �13t! p_ o _ .. Optional, o nly connect to zones 1 to 8. C 3d 5 z a 3 B f #, , f° `1 0 c� 0 0 z cv o z Zone Control ii a trop {jai 1 i 9 � i `_ -. Indicating Device 1+ 1 1+ 11+ I Opt. I •' •. 11+ 11+ I 1 +,.. 11+ 11+ I Opt. I Opt. I = Mid E E! I t i { s 1" f . D461 Pull Station Optional, may be required by : ° • °i f y job specifications and/or Authority Having Jurisdiction. - Control Center ° 1 5 e f7 • 1+ 11+ I 1+ 1 1+ I 1+ I 1+ I 1+ I 1+ I 1+ I 1+ 11+ I 1+ I Opt. I o $ mf • a 01640 Transformer Required for all applications. U • 1 i�a ; � l Is a ? a Opt. I Opt. I Opt. I Opt. I Opt. I Opt. I R 08004 Transformer Enclosure " ] e e Q 1 1j: i3 Pa 1 ii I[ t w " I ° Required 209, @ g ° is I l dl ' �I . D8122 Derived Ch S.T.U. Optional, contact TeICO..for availability of derived channel service. • 2 ; d a 9 s i+jjH g l °3 r I i • Sr : i Q 23F1ha ' n r D8125 POPEX Module Required for D8127T/U and D9127T /U POPITs. g ® ®e CI O O 0 O 0 0 O O 0 °e 3 e .g o 081271/U & D9127T/U POINT Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. ( ' - - -- E m ro m `o c m Modules M J 40:4402:11-1 E m m D8128D OctoPOPIT Opt. No Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. Opt. o v F a ® jo 08129 OctoRelay Optional, for remote annunciation of system functions. 2 e E m E D8130 Release Module Optional I o r rn (0 .9 a co 08132 Battery Charger See Current Rating Chart and Standby Battery Requirements to determine if system requires a 08132 Module for c / I l 1 J II increased battery standby. - - D9131A Parallel Printer Optional, use with parallelprinter to print events from panel log locally. t Interlace - D92toB Access Control No No No Opt. Opt. Opt. I Opt. Opt. Opt. Opt. Opt. Opt. Opt. No Interface No = Not acceptable for this application. Req. = Required for this application. Opt. = Optional for this application. - # - D125 and D129 required to connect fire alarm initiating devices to zones 1 -8. D125 provides two powered loops for connecting listed 2 -wire smoke detectors. D129 provides two non - powered Class A initiating circuits. 1+ = One or more required for this application. Consult the appropriate standard. 2+ = Two or more required for this application. Consult the appropriate standard. I 1. 1 1 ++ = At least one detector required. You can substitute other 2 -wire detectors listed for use with the D125. You could also use the I I ,� ,� ,� D262 with the D270 4 -wire base and a listed power supervision relay. I> re 3 O Rt" G — I eSV8bblJSl° • = Auxiliary requires the D184 Auxiliary Local Energy Interface Kit. c ei a °- Q ; m s o "= Listed be (siren) housing required for burglary alarm bell or siren. N '° CD b v `= - o I B w a d E E E a a a s [Empty Box] = Not used for this application. If` >L c D a C o � T d Q ^' N J J J J IWoN3 C 3 c o -6—' IN on a ' w a s W Ia N 0 IO a"' ° d I- 09� Q J(n ,_ J 5800G/5900G Approved Applications Compliance Guide - 5800G/5900G Approved Applications Compliance Guide 74- 07632 -000 -E 1/02 Page 6 Page 11 74- 07632 -000 -E 1/02 I • 01 O CD 0 W 0 N ^ O L/ 0 O n Di If required by local AHJ, 0 connect D113 Battery Lead 3 \ Supervision Module. /mi 0 0113 - Q BAT 2- CHGR- 0 To Battery Neon the f 0 Co Q BAT 2. VAUX. O Tn AUDI* f , W 0 BAT 1- SUPV 0 To Point InoW _ CI O ` `• OBAT 1. CHGR.Q To Bellew Poseive oe ?nmbm.. 0 O DAB n I � Rw.W erxrPA 3 C) D 1218 D128 •�esmm CO c� D1218 _ °a •Honeywell _ c (J.�• .• .••. D1 22 Dual Op tional m, p•Nr.m.rr • • CO Battery Harness L D1640 °a`1•x"" "m" "x'..'+.".""°r • B • • • • • • • O I r 06511. .ew ® : se . - /r (/� cz 0 m n n Tr mime' - 0 • • • • �• �I • • • As w ens. -n,wc _ ...,.r •T • • • Re uired D 126 D729 Q • ® e . maW.r.r • • . �' • 6 q pr 18 D1218 or .Wyop.W..ry,.R.e n.'r tre s n.°, .r�•riauer_rtrernr2 °segaao:xr°'. ..... yr...,-4, • • • • • • • POWER W.. D12 Mama, COVRe�wn •.•cl w e� rm.. CI • • • • • ( - 0 ` Mamma, :—• °: .�r•r• 16 .•: --o-- • ' lea n • • • • • • • • • • 1 'r" ••rr• c..r..s�. rm• Tenn. •Qrm•, P.n.). meat' .r • • • • See D 113 for D81 > in �.�C: � ° .. p . ° .a..r .W• • M1 u N. m. • ® L ]. • • • S • C Banger .mums'NovWI, 61061.611.. 16.1661=6•16.60 061646. • • 2� • • • m BATT SUPV Charger ., • ci O . •..royM CAUTION: _. ... a r•..W p F1 Q + i WA RNINOI • • • • • • • • rb 16 1 t:1 O e•..rxearx.D. • wma n1.lblbn Requires eery: Ro•ppyy Entry • 2to ..•.• mW'e•0 1:1 • • • , • • Natireue ��Our66, 066•61 No. 0122B.OaB, limas. h yen WD,Nom1012e, 17V • • •• ch ti D126 0126 , 00 .•, • i nr I^T'a In•t ion an e. • Fite 7 Amp lb l..° Add !Wary ......,0 L� • •••• D 192A/C /D TIN. A: s. MEV Beaary Battery 61.661•60•6606 °°°°•"• .. r�..10..m.rrr.•.nwn•rru.r.p.l cam ' },.' .m (6.3 • - () 12 V. 7 Ah 12 V. 7 An AVX PWR OR •,I(' O •n.r• as•••• • a•••••�•r••: • r` " e �1� • • • • • • • 1A • • • • (11 or or r li m� w...r......'.®Iw..r...w•.'wr.r. • •a DI218 D1218 ALARM TRIG Lyl O nom e m , r � � .. • .6. 6 .....r®,.a+....r • • •• ••• O. 12 V, 17.2 12 V, 172 COM— yy�� ~ InA r • • • • Ch or 18 Ah Or lB Ah SUPV IN — 'V O OO C • rr�i: , y r� ' - : ,„10�.•::,, • • • • • • • • ICI • t�.m�rw" • iw: r r. • raelt=.r°'�•.. r r•r rr •• l;r • •n • • • • • • • • C) ALARM CKT 0 memos MAW=Per's .• �w�.nwa�. •� • ��`!• Q 0 al. 4) uer..l.rlm b .a.. ran, rrrw•e •i,aw. r 'come .•..n S IV • • • • • ..r•.r xre.r 's:iiwc I ,A • . _3 ustee J. - 1 = W lid O iii •. ... Audible / D928 ©Q m =� T ^ MM. Signaling D.1 � �—o .e.. 17, ° J ij �! Z Devices Phone line .a.. W CO at 10 2 SY/koh°r — 1 N ( D° 13.8 vDC y -L .,,"•� 1 CD a , 7;1 ,� s 0 'F1 +6 'D a7 21 F1 a .d e 3 ( not use O 4 2, V oliouel vibrating \ �y� .y� � �L., y." (1 type horns) l► 0 . 2 . 6M6 'rLi' * s * : * * f» ll • v Q. C900 Se43o :ndory a■ • ® s CD Plane Lino /w 0 0 'VAS To EOL Device 15.03130 -001 r _I R Jaa 1 , X R.131X To Earth Ground Phone Lie - ® = Power Limited CD QS = Supervised D 4 . . -.m .- __ ,, . . 1 01 . CO 0 0 C) If required by local AHJ. 0 connect D113 Battery Lead Supervision Module. Z ri• MI BAT 2- DI13 CHGR. 0 To Battery Negative 0 W 0 BAT2. VAUX. To AUX• OBAT 1- SUPV Q To Point Input 0 co " D120 P —0 / BAT 1• CHGR.0 To Battery POakiye ql A 0 Repub. or 1218 i / y: % ` o (_' (.11 D126 ,r,., I CO p CO 278 O tional � '' .r..ew Dual . Honeywell 5900G • G) Battery S p ,ee � °:o.r. ..rw.xr•o.r•�<e..,r..r.ro., 0 3 ® a...ro •rn. (O As ; ) R n n Trsxe U) u.e.o.r -,pew. • — G) O ^ Required D128 D128 Q • 0 wi Aires: 1 •r. ..W... w.• • r . � m a w A u 01218 D1218 ® • we. W.r.,ae.r • rose =Whir . rerwwn 10 I610 I•\ • • • • • n �2 1 „w • .r . • , .......b.....• 10 • ' a i e iwr wrTr COM. ® CO (11) • • • / �/ • • • > �r. + . o ..• m..lwaa. wm.r. w•.. i O ••• D 8732 .°... .sr_r . ..m ,msi 0. .r..m.p• ...w .neu.. ® • • i • • • • • U See D113 for B na 1 . 1. 1 0 '1r " °� ��". w •r —•..w• • •• • • • • • 1 •uar•.e• ran.... rrrrn.i.rl.r e•r. o.a.. O BATT SUPV Cn a,80, O O CAUTION: rw.,r.:.r.......a•r...r.....00 • • 49 • • • • WA RNINGI /l O..rmrx.um.a.lr e+•l -0.a�r2 bl tams. R..uhw tart Rpbc• aw 261 r.o. mar© 'a • ..J• 6•• tLI I I mv.r. 'ono Moen No. O AI. emery Hamm. 6 ee'motel DIM N 4 fJ 0 vnw r4:4^o.v �r Melanoma, Can e.. fa / lb Saul Acid emery ..mart'® KA •• • �• ••• ••• 0120 0128 D19WCID um....•...1e'..ra.r V O m•r• O •� • • • a /2 n BaBattery Bury Mr= T� r r..10•...�.Mb..Nan meal. ..•a. 0 • y V. 7Ah 12 V, 7 All AUX PWR p, � ..• �m.r.r+. 'r i� •• ( Q o or OR �. B.Z5 __ ................1 ..m • 6 1 —s • • • • • • Oti b D121B D121B ALARM TRIG m 0 mere w _ .,,.r ' ""'•A°• ' ® `^ • /_a • • • • • Fi 12 V 172 12 V. 17 2 COM il.J 0 Imr. . L ' "e... u r .. ��� n ...... ..a.. 0 @ W • • • • • ✓ or 78 Ah or 76 Ah •'+'•••••� •� SUPV IN .�..r w...x...a.r.xl•.. r • • O ALARM CKT 06661,6•6•06176 n.Werao • • • • • ( n O+ *"-2 m UMW 01101.n0 b m.� .:: . E _ .roe... a • • • • • /� ® �' O ® •••• • ••••• Listed ..aao.. I . M .xe , roues •m. ww. w . r.r... wr. ill C • • • • • • • • • • 0 p /• D D 9 20 '- "®e ,� ro- _ �� 5 •.. • W u • �ti • • A • • D WrPe Phone Line • ! • • • • • PIO rd. to 1311VDC (Do not use 0 rated at 10 2 • `( / M Sy/Sr-her — •L °� e a r� a j) -D +W '1) ID +. 2 1 e � o ® I • • • • • OOOOOO [) Noenoms) �. iii © - * �4 * ` * * * * "+P * * * qfl( • • CD C900 �, RJ31X • , . gam •••• ^ Secondary Phone Line V 0 C 0 O MOM To EOL Device 15- 03130 -001 - R131x i RJ315 To Earth Ground N Jack Pdma y - ® = Power Limited N Phone Llrro = Supervised a 0 V O W N O O O M O N A (71 O CO CD a N O ° ni` Honeywell5900G � ) f 1O rI — LED. On•.,.,.Ynr, O ( \ - Obr u.m.a,wunl.brm..r•r e ...bp.b r. o 6 • ®.wm rr•I.we .b, �' �F N ���� ,.a.x- a..ar•.e w.. wi. . ... . ow. •" :. 04 � " ., p. erodwor `° . 0 cn t`r/ O .w .. M1 mr ha Yl. ini • b ..a b 1/ arw° F. rr CbwN .n �� 0 co r w.lMa X t � 0.M v —.0 �� O , ,u M 'o..rt°a �m.rnranM.n v.....rEm, b�.., ® tN O 4ouwW b•.., sr.. r.. Y.a.aw.a.�m•,r.. (Optional) For 24 V t� Q .,°'rowel CAUTION: .w r .e , ..ro�ra.,r..r..rbb"wrrr a..00 a ... . n. ..w.. 0 �j 0 Ln Applications, use a UL WAgNiNOI a ®. CI y Listed 24 VDC Pow I t1 0 ••—•.;......... NW°-0aW rrwmb•arra _ . L.C. It ry puma B•N.ry: RapboEvwy Stu 7 Supply with a D130 I c"an=a e.; Mode No. ore Dui Mabry He a.. •roan wm Modal DIM 173, Q Y 7 4.17 N 6, bnpro r Ins/HMI. Can B• a Fin r Amp Nr Load AM Bwury ap... �- O Relay Module. mob. " � w.'t � . tlR1® Cn I w °n r r ....w, r.>�, .r.r.® ,r r C 0 la 01i UL Listed 24 VDC gg'°' .�, ,. "°."...� "'"°„"."•""""°°`•«"'."" ", tO Power Supply I ttw Q V � °•om _• � • • • J awwp ..y. +e. •re ®.n•srrrrar,er..+.e . ® eJ� B • • • • 00 n ^ i 7 0 ..,.,c . w � ��.� ° offtawr b,... 0 1 I • • • • n • • • • • • • • /• :r:.` card_. ara...r n..r..ur„ • • • • • • roan rem • 0 MI • 1. ^ U 0 unrx ono,a• j • ••••0) .., .ow.ewa m. ..,,.. w SIIIMc , •••'over m © • • • • o f • • • • • • • 1 :3 Efi ammo FAut ernc • < y I I — b. ' .�.a 4 Ill Our IT •••••• • ••••• D73 Module III ^^^ S Q Module I _ ^m ° � ���� i I I I •oo••• ••••iy • _ _ _ ® • • • - o n L l `r= • i � � r a v ,,D .D 1 a 0 0 17 m J = T J klb�k 0 - c ••••• •• • cD � _ 12V/24 _ — — — — bwp • ai 3 + r it ' i +* ;IP + 1 f # •yip g • • • c3 • .� •••••• Ib t66AS• Mx MIES 0 0 0 : ••••• • •••••• Cy • •• D 105BL EOLR • • • r_ • • • o (For typi 0 �l66rdla► • • • • • • . D105F EOLR SS Alarm applications) • • D 125B Powered Suitable for non - powered Initiating and supervisory devices • • • in • • • • • 13 Loop Interface (i.e.. pull stations, heat sensors, valve tampers. etc.) • n1' Module •' ••••• CD Sw. Aux Pwr O i Z 3 one B 2 G) G. D129 A a 3 D129 Dual Loop e+ 0 Class A Initiation Loop B - ® CD Pnl Common qo- J' Circuit Module ,w Pnl Common Q- Loop B- O3 . Cl) T UL L isted 2 -wire tU/ Loop B- Q -`. D129 p Loop B. ® 7 Smoke Detectors. optional zone e O Loop A - O - --• See document 33284 Waterflow Alarm Aux Power CD Loop B+ O- for a listing of Retard feature. © `v compatible 2 -wire Not suitable for Earth Ground 0 Loop A. 99 L_ Smoke Detectors. 2 -wire Smoke Earth Ground 10 Detectors. Common NOTE: Use Zero Zone A a — Retard except Loop A+ 10 for Waterfiow devices. Loop A 11 Loop A- Q . Loop A+ Q . • ♦ • r ■ ( . w 01 CO O 0 0) f — Honeywell 5900G D 540 Arming Station D541 Fire D542 Remote Fire o .. � �_� . o Up to eight Supervised Command Center Alarm Annunciator • e,_° -• -.- e: =� Mme �.:. `� 0 [1 I O .r...,w CAUrxrN:..r.......r+rr.....•.• O O rv. ---.0 . �) ea i coo f O ° �a m , . . . fir ry •.. .r. r -: r� D9210B Access 09131A Parallel Printer cn 0 r 0....w A, p • •rr.d.n...n. +1.'..«o. , ®� 0 Interface Module Inte rface Modul GCS rza , O �•• -: -� ® q © Up to eight Supervised Up to three Supervised v O 0 • , � o . , ° .. __ .- �._-.__ .v • ® (a O © I co n'o .sue• 'r- i ; ® [ a7 ®0 I. n 6.4. 0000 a �m,:.m dlmm a flit = 0 . [ ! 1) D9 1 33 Serial • • • • • • • • O gm _ • '' m : ll t • • • • • • ®!t Interface Module • • • m a o • ,, • � • •, 0000 • • • • ••••• •� :• • • • O - _ n .. • •••••• l) • • 13 . l ^ ^ n • • • ••••• •• • CO. • • j o O c ° • D8128C /D Oc1oPOPITs o • • • • • • • • Q D8125 D8125 • - - (Zx 1: 14 D8128Cs • • • • • •••••• eb POPEX #1 POPEX #2 • - or 15- D81280s) • • • • • C Q .• .. •••• z • Q. .. - D8128C/D OctoPOPITs (Zx 2: 14 D8128Cs N or 15- D81280s) ,w F _ H� V/ 0 0 C a — a • D8129 OcloRelays V — (Zx 1: Up to eight max.) a) ■ a a co _ D8129 OctoRelays N Up to 119 D9127U/T Up to 119 D9127U/T (Zx 2: Up to eight max.) O O POPITs or up to 84 POPITs or up to 64 O DB127U/T POPITs. D8127U/T POPITs. rn -. 1 O N r I . •. • • • • :'• •• •• ... • • • . • ... • • • . • • . . • . . • • • •• • •• . . • • •• •• • - • - •• . • . • • • . • • • • • - ..:...:........_.,....„....,.:....„.,....„.:„................„........::. „..,.,.,„,..:...........„...... ......._„„„„.:.„......„,„..::„.„....„.„„„_.,........„.„,,.,,,:,:.,.,.„.„_..„...... ,,:__..,„... „„„„,„,„,,.................),„....,,,,,...:„:„.,:::,,.....,::,...„,:,:,.,..............„.„......„...„ ,..:::......q.barF4.0, -_. . : ......„..::„....,.. .„:-...:::::::**1,..... ,.. .:-...•.: .. - .:..:-..............................:........................„:„.......„.....:...,.... ..: 2 SILENT R 1 KNIGI-IT .....:........-:-,-,:::„:::.:. ::::::::::::::::::::::::::::::::::::::::: :. 4:::::-... .......: ---.:-.:-..,......:-..,:::::::': -::::,::,,,,:•••:::::: .•-•••••::: : :::::-:::.:::: ::::.• :-.:::::::- ...17'..i:i:46610iA41:Red Rebitl tZtausai : • . I'::::::::::::::::',:::::::::::SOrieitiy Ho us 24 ;;:i 1: : •:: :::: •:::: :•':::::: ••••••••••••••••••••• ::::: • -6- ". - - - • I' .0::•:4:::•:*:::::::!:•--• ••;:•-:•-•:',-::.:-.:•:•:.-.••••:'::::::::::::-::::..•:'.::::::::••••:::: • t:-.• R • e • 1:::..:,.4...-::::-:•:::::::::::::::.::::::::::: ::::.'::::::•:::::::: 5 1•••,:•::::::::-.;•-.;:i.:;•:: Prei30;!r Naylor a a - 1:: ._ 1 .2 . 1 -_:..,• :..-.......--:::-.... :-. •••::::::::•-•::::••••••• •••••• •••• •••.••••••• •••••• • • ••• •-• .•::::::............-•-•-•...----• ••-•-•-: • : • :• •-. •••••••., • •-,-------,, ..:. :-. 5495 Power Expander Calculations :::::::::--.:::-.::::::::::?-::::::::::::::::;:;::::;Nt0;t12/11/2002 wo r 4,:i:i prop.::ogri::::::: iniis l'i'i.--.1:: :. tlit1 . 1 : --.'11 , 7 . -..-.-ii::.:::::"7•:„„ .: *'! . ■ : :•: .:: ''!!':iiii * - -: : 1 1 . '„ :: :;1 : ::::::i': .: $ : ;:.: : i.i:':: 1 ): . ': - 31 : ::: :: -.:-..:1. :. ' : •:::::: : :' , . T. : - .. , „: , ..:c„„-.. , „„:::::•:1: % -.. - -.„„ .: „ : ::1 . ---.::::::::::::::::::::':::::::::::::::: ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, i. : :-..........:. : •:: : : :: - : -..,- : : : .....--• : :::• : •,-..-....„.... i - i :--,::-..--..--.. : „- i -.;: .: -,::: ::: :- : --..::: : :: ::: :::- . ....-g..-.... : -..-..:..- : .--:::..-.::: : :: : ::: : ; : :-..m-..:...:.-.. : ----- - .-...: : :: : p-..;:;-:::::::::::::: : : , ,.::::;::::::: - ; : - -..-..mi - mi - ? ::::::::: - ; -... i .......:.:: , ..:g: - ..: :•:: (1) 1:•:::'-:::INt1Opel :, 549 Power 1.:'EPnC160 Max :::',::::::: Amps ::-.--.:--.:::::: -..:.:.:.........:. ::::.-.:........:_::-.--..:-::--,.::-::::::--.....--...-............:....:.:-.-..:-:::...,........:,;.:,:-.,.-:-.:;::-:-.--,.:.,:-:-.•:-.::::::-:::::::::::-:::-.._,.::-..,----.... -...........:::....::::;;;;;.::-,--,.-:..,:,;:-........-...„..::::, ..:: Loctik5Ti.:1 I Volts 24 :::::::-. 4 :::: ..-------,.:-----------:--,:,----.-------, --------.--, .--,:::-!::::.::::•:•,,,-.-----..------,..:••••".----------",'::::::::-•::.:••,,,, :.----. -- ----- --- -........ ---- •••• -------- -----•-------- •••.------,:---.:::-----------.------:-..-----------; -- p-. :i::..--c-kt # - -AN .---::-'--:'-:"::::::":::::•:::::,,,•::::,-----, .:::• -- --:-.--:-.]:.---;-.--.]: tatitoy::::::::::Allif.r6'.::::::::::' . .4?:::T9Pe: ::::- 1 5495(1) Circuit 1 0.000 0.440 #14 Solid 3;19: 160 ii:',:::;::::1 .: 1.87% . . ... ,.......... 2::::::::::::: 5495(1) Circuit 2 . 0.000 0.513 #14 Solid - ,::::-.::::::::: . M . ...::::::::::: - ., 60 . ::::: : :::::::::08 . ...::::::::::::::::::: : :ZIPOn . :.::' , '0:82% ,.......„..... „:*....,,,,:::-:---- 3:::'.:;:::::::::: 5495(1) Circuit 3 0.000 0.838 #14 Solid : 190 121 229 4.23% --::...... . ...:,::.: ...:.:_.....:..„-........:-:::::;.;... .... , . : :.:-.::::::::::: 5495(1) Circuit 4 - .0.000 0.000 #14 Solid .'.0::::::::::::::::::: 0 24 00 . - • 0.00% :A0X ..:,' 5495(1) Aux Power Out 0.000 0.000 #14 Solid - :::: : ::::::::::::: : ::::;1%; . ::::::%:::: 0 0,90 :::.::::: .:::: '0.00% 5495....::.:E5495.:Pc00::::.E4i4N10::::::::::: :::: :::::0:. 1.791 (A0iii:e);IOtal. T.6tW:S'taf)dby 075 1 966 Tot :::.::: :::•:';:::::::: Al::.AIWt0:.: 01P::: .,.. s z......:. . ...,.... .. ..., - , _ :::::,:::::.::,..-.„.:::.).....:::........,:.....................:,...........:::..........,.:.:„....:-..,:.„.... ::':.... :•':::::24;:::::::: :::::::::(3,003;:::::: Aka:01i Tiriliiiiji*•Mintif6:::i::::60.:::::::::::::::::::::::::::::::::::(5141j0)::::: ::::..:,...: ...:::::::: TOtaf:StandbilAWR :':::::'..W164'.::::::: To ''. 1:1 Wire resistance is taken from Chapter 9 Table 8 of the National Electric Code (NFPA70). :•:: .:::: ::: ::::::.. Resistance shown is calculated at 75 degrees Centigrade (167 degrees Farenheit) ,,,,,,,,,,,,,,,,,,,,,,, Paiiet-„i[3. :15495(2) I.::::::: Max Circuit Current 3 Amps • •• • ••• •- ••••••tOta ...- tibn''' 1 :::::I:-.. ::::::::: R ::::::R:::::::::::: Max Panel 9 :::1,1000t 'r 8. 1AITIP:' 1::::::::::?i•:....,.,. .-: ::::-A:::::::.::::::::::,:,?? - .......-a.4:ry156: v. 5495(2) Circuit 1 0.000 - - 0.000 #14 Solid 3::: . :;:::::::::::::::: : :-.4/0Q•:::::::::;: ::::•::::::24:00 . 0.00% . .2::::: : ::::: : ::::::;:i:.;:: : ::: 5495(2) Circuit 2 0.000 - .- 0.000 #14 Solid ;':::::::•:.;::::::::-.3.R .::::::::::::;:::::::: ;:::::.;;;:' . 74 .:,::00:::::::::, - 0.00% ............. ..i.... .. ..............,........., _ ,: •:-..g-:: : ::,; ; ;•..;;I:: : • , -.:•-.,:i::::•: 5495(2) Circuit 3 - 0.000 0.000 #14 Solid 3.1a:::::::::::::::::. .::::::::::::::::::400::::::::::::::::: :::::::::]:24:DgM - 0:00% ;• • ••••• -- -: --.• • ....,:. • ..... :. 4 5495(2) Circuit 4 -0,000 0.000 #14 Solid .. ::::::•::: ":: -'. o.00% . 5495(2) Aux Power Out 0.000 0.000 #14 Solid :::::: ...•:::::;:•:::::0:00:::::::::::,.:::::::::::.24::00:::, '. ':::i::: 5495. POvii•OKE*06(10:::::::.:::::::::::::•::::::::::::,:::.: .......:A(37 : :-.•-.Zi75:.:::::: 0.000 ' (A0iii POWot ReiOtfrea:,;;;::::::::::i::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::. lotW:StAtidltiqi.ltt.OPTi:-.(A#40S) - :: : :::: - Ap75.:::::::- ::::::::::(),1 75::::::: Totol::-.ANitOVCur i.(Aril00:::::::.=::::g:.: ... ..... ..;_ „... ,,......,., .........................._ ..... ... .., •.': :::::::::::::::::..:24•::::::::::: '•-...-::::008:• Alateri7iiTikki;::M11:1tite::::/,:gQ•:•::::::::• ••••':'•••:.':7174itiil:StaildbV:Ali-.:ReOtilitid ::::::::1:80m:': - :: - ::::.0:015:::::::::: Tota1Ataffiilkli•Retitiiiid • ' '::i::::::::: 81 ....::::::::0: .'''''''' , - , .. ,,,, ,...-...,:...- , ..: , . , i ,,, ....-,.., ....,.. ..:::.:.-.:.,•:.:.- .. --..-........... : ....„..... : ..... :.. ...-: :::: : ::: .„• :: . i . : . i .-.. : ..... : . : „. : . ; .........:::„ : Wire resistance is taken from Chapter 9 Table 8 of the National Electric Code (NFPA70). 10UltiOly:-..BY .::::::::::::::::;::.:. -- Resistance shown is calculated at 75 degrees Centigrade (167 degrees Farenheit) I I • •• 1 • • • • • • • • • • • • • • • : • • • •• • - •• • • • • • •• • • • • • • • •• • • • • • • • • SILENT KNIC Circuit Configura - -' , - • - • Project Information • l _ • • • Project Name: Red Robin Restaurant Proje��ID: Prepared By: Brad Naylor ••• •:• ••• ;•; :•: Date: 12/11/2002 •_ ':::. •• Ckt Number 1 Panel 1 D ;5495 (1), Ckt Name 5 495(1) ......... u-cutt 1 Max Circuit Curren 3:A mp$ Qty Device Current Draw Eb61 Cittreltt praW Total >; Standby Alarm: Standby Alarm 1 SpectraAlert S110 0.000 . :::::::::::::.,t140.::::::::::::.: 0 .> 0 140 :: .;;::... . :0 >< :::::: 1 SpectraAlert P24110 horn /strobe ; ; :::i;0 >t7.Ott;:.: :::':.01�5::<' ...... ...:. 1 SpecrtaAlert P2415 horn /strobe ; <>:: 13fli3C:`:: >:'l3'Q6.8:<;:::: >:.: ....::::::::::::::::::.P.:006::::::::::::: :.: 7 >:::> 1 SpectraAlert S2430 strobe ,, E3i30fl `' fl- 067;: 4000 006 : :.. , :? ::::0' D f '. > : J :'::'.:::0:00::?::« Totals 0.000 0.440 • C:kt Numb 2 Pan ID: 5495 (1) Ckt- N 5495(1).Circu Max Circuit Current: 3 Amp Qty D e v e ic Current Draw Each Current Draw Tota1. Standby Alarm Standby Alarm:.::> 3, 0 0 0 165; 0:000 t} 330 2 SpectraAlert P24110 horn /strobe {0 :; ;: <0'000 >; > ' > }04 <> 1 SpectraAlert S2415 strobe >: >::::O0fl0:;::`:. +;;:;:;:;;:0:043:::: <c :.: ., �:.:3.:::::. 1 SpectraAlert S110 :0:.000: _ >:.;:.0.1:40 ... _; 0> a09s: > >:<: ':.;:.;.;0.140;;. >i Unused ;::0 ';< :<0 =0:::: > .....:::::::: <!: :0.000: :.> > 0:000 ::: — Totals 0.000 0.513 - PaneliD 5495 Ckt Name 5495(1) Circuit Max Cirjit Current: 3 Amps • 4 Current Draw P Current Dr Total, . de vice Standby Alarr rt S tandby . : . Alar`m 0.000 : 0.14 1 SpectraAlert S110 . 0 000. 0 2 SpecrtaAlert P2415 horn /strobe 0000.:: 068.. ;: . . . :::::: #t:1: : : ::,.:.: 1 SpectraAlert S2430 strobe 01300 00 0.000 O ; 95 >> 3 SpectraAlert P24110 horn /strobe O;OflO ' 0 165 ., 0. 000 it4J Totals 0.000 ' 0:838 P ID 5495 1) C;kt Num 4 " !` ` ; : : i, .......: Ckt Naive 5495(1) C'eutt 4 M Circuit Current 3 Amps Qt : Devic ' . u C rren t Draw'Ea Curren aw t Dr Total ' ' St Alarm Standby Alarm Unused 0.000 . 0 00.0 01300 0 000 ::.::1), 0 z i::: ;.::. Unused Ofl0t3 0' 000 :0 0... ;: . O : Unused 0.000 ' fl 000 0-000 :.::::::::::::::::::::::::t0.00::::::::::: Unused 0.000 0 000 0 000 „0.000 :::<:0 000 :': ` <'! > >0 :000 ; »:> Totals 0.000 0.000