Installation Instructions Model CDC-4

Transcription

1 Installation Instructions CDC-4 Conventional Card INTRODUCTION The SIEMENS CDC is a card that allows conventional detectors to be used on the FireFinder-XLS system. It provides four Class or Class B conventional detection zones. Each zone can support two-wire photoelectric or ionization compatible smoke detectors, and an unlimited number of normally open circuit closure devices. The module also supports flame and beam detectors. The relay base, remote lamp and audible base may also be used with the CDC-4. The CDC uses one network address on the FireFinder-XLS system. The card has diagnostic LED indicators showing module status and the status of each zone. Z O N E 1 Z O N E 2 Z O N E 3 CDC-4 RESET POWER CRD FIL HNET FIL GND FULT ZONE STTUS LRM TROUBLE CLSS OPEN LRM TROUBLE CLSS OPEN LRM TROUBLE CLSS OPEN OPERTION ctivation of any device on the circuit initiates a zone alarm and causes any previously programmed functions to operate. ny circuit in an alarm or trouble condition is displayed on the PMI.. Z O N E 4 LRM TROUBLE CLSS OPEN The CDC-4 is designed to function in a local degrade mode during failure of the FireFInder-XLS main processor or during the loss of the system communication network. While in the degrade mode, the CDC-4 can report both alarm and trouble conditions and can activate local outputs on other modules within the same enclosure. The CDC-4 initiating device circuit is not intended to handle more than one detector in alarm per circuit HNET Do not use shorting devices on circuits with accessories on them. The shorting devices will lower the zone voltage to a point where the accessories will not operate. Figure 1 CDC-4 Conventional Card P/N Building Tec echnologies

2 ny or all of the CDC-4 circuits may be programmed to operate with larm Verification. This allows the automatic verification of alarm conditions caused by smoke detectors in order to prevent nuisance alarms. For further information, refer to the FireFinder-XLS Manual, P/N Controls and Indicators The front panel of the CDC-4 contains one reset switch, sixteen LEDs, and one HNET address switch as shown in Figure 1 reset switch is located on the top of the front panel. Pushing the reset switch reinitializes the CDC-4 operation (similar to a cold boot). The LEDs follow the reset switch and their functions are defined as follows: POWER (Green) Normally ON. When illuminated, indicates that power for the CDC-4 is applied to the card. CRD FIL (Yellow) Normally OFF. When illuminated, indicates that the card microprocessor has failed. HNET FIL (Yellow) Normally OFF. When illuminated, indicates that the HNET communication with the CDC-4 has terminated and the card goes into degrade mode (applicable only when card resides in the HNET network). GND FULT (Yellow) Normally OFF. When illuminated, indicates that the CDC-4 has detected either a negative or positive ground fault. ZONE 1 LRM (Red) Normally OFF. When illuminated indicates that an alarm condition has been detected in Zone 1. It will stay on continuously until the system is reset. ZONE 1 TROUBLE (Yellow) Normally OFF. When illuminated, indicates that a trouble condition has been detected in Zone 1. It will stay on continuously until the condition is cleared. ZONE 1 CLSS OPEN (Yellow) Normally OFF. When illuminated, indicates that there is a break in the Class wiring in Zone 1. ZONE 2 LRM (Red) Normally OFF. When illuminated indicates that an alarm condition has been detected in Zone 2. It will stay on continuously until the system is reset. ZONE 2 TROUBLE (Yellow) Normally OFF. When illuminated, indicates that a trouble condition has been detected in Zone 2. It will stay on continuously until the condition is cleared. Building Technologies 2 P/N

3 ZONE 2 CLSS OPEN (Yellow) Normally OFF. When illuminated, indicates that there is a break in the Class wiring in Zone 2. ZONE 3 LRM (Red) Normally OFF. When illuminated indicates that an alarm condition has been detected in Zone 3. It will stay on continuously until the system is reset. ZONE 3 TROUBLE (Yellow) Normally OFF. When illuminated, indicates that a trouble condition has been detected in Zone 3. It will stay on continuously until the condition is cleared. ZONE 3 CLSS OPEN (Yellow) Normally OFF. When illuminated, indicates that there is a break in the Class wiring in Zone 3. ZONE 4 LRM (Red) Normally OFF. When illuminated indicates that an alarm condition has been detected in Zone 4. It will stay on continuously until the system is reset. ZONE 4 TROUBLE (Yellow) Normally OFF. When illuminated, indicates that a trouble condition has been detected in Zone 4. It will stay on continuously until the condition is cleared. ZONE 4 CLSS OPEN (Yellow) Normally OFF. When illuminated, indicates that there is a break in the Class wiring in Zone 4. three-position switch at the bottom of the front panel is used to set the HNET network address of the CDC-4. PRE-INSTLLTION The network address switch must be set prior to inserting the card into the CC-5 (refer to Figure 1): Network ddress Switch: Set the three-digit HNET network address for the CDC-4 using the three-position switch located near the bottom of the front panel. (Refer to Figure 1 for the location of the switch.) The address for the CDC-4 must be the same as the address selected for it in the Zeus Programming Tool. To increment each digit of the address, press the button above the desired digit; to decrement each digit, press the - button below the desired digit. The range of allowable addresses is from 001 to 251 (leading zeros must be used). Building Technologies 3 P/N

4 WIRING Disconnect BTTERY and C prior to working on equipment. ll device field wiring to the CDC-4 is connected to the terminal blocks of the CC-5 card cage slot in which it is installed. To Connect the External Wiring: ZONE 1 ZONE 2 1. Lift the WHITE cover on the CC-5 terminal block. 2. Loosen the screw of the terminal by turning it counterclockwise. 3. Insert the wire into the side of the terminal block 4. Tighten the screw of the terminal block by turning it clockwise. Connect 24V from PSC-12 to terminal 17 and -24V from PSC-12 to terminal 18 of the slot in the CC-5 where the CDC will be installed using WG (Refer to Fig.2). LINE (OUT) LINE (RETURN) LINE- (RETURN) LINE- (OUT) LINE (OUT) LINE (RETURN) LINE- (RETURN) LINE- (OUT) LINE (OUT) LINE (RETURN) LINE- (RETURN) LINE- (OUT) LINE (OUT) LINE (RETURN) LINE- (RETURN) LINE- (OUT) NOTES: 1. ll circuits can be Class or Class B. 2. ll circuits are power limited per NEC ll circuits are supervised. 4. Refer to the UL Compatible Two-Wire List for the maximum number of detectors per zone. 5. Do not mix smoke detectors with the PB Max resistance: ohms/ circuit, ohms/circuit if accessories (relay/audible bases) are used. 7. Do not use shorting devices on circuits with accessories on them. 8. Only one device accessory per circuit is guaranteed to activate on the CDC Do not mix different model smoke detectors on the same zone, with the exception of models. LINE (OUT) Refer to Figure 3. ll circuits are power limited to NFP per NEC 7. Each detector or group of detectors must use a two-wire circuit of at least 18 WG, thermoplastic fixture wire, enclosed in conduit. If permitted by local building codes, 18 WG limited energy, shielded cable without conduit may also be used. LINE (RETURN) ZONE 1 CLSS EOL 50uF, 50V P/N LINE- (RETURN) LINE- (OUT) LINE Figure 3 CDC-4 Zones ZONE 2 CLSS B* * IN CND, MOUNT USING MODEL EL-33 EOL 50uF, 50V P/N NC NC LINE- LINE- 24V 24V ZONE 3 TO 24VDC FROM PSC-12 Figure 2 Wiring 24V Power Lines LINE ZONE 4 ONE SLOT OF CC-5 FOR CDC _ PB-1191 _ EOLR 4.7K, 1/4W P/N ZONE 3 ZONE _ B C D E F DO NOT USE EOL 50uF, 50V P/N Building Technologies 4 P/N

5 Total circuit resistance must not exceed ohms ohms if accessories (relay/ audible bases) are used. Each detector zone can be wired Class or Class B individually. The EOL capacitor (50uF, 50V) is used for ionization and photoelectric detectors and EOL resistor (4.7K) for beam detectors. The screw terminals can accommodate one WG or two WG. ll unused zones must be terminated with a 50uF capacitor (Terminals 1 and 4 for Zone 1, Terminals 5 and 8 for Zone 2, Terminals 9 and 12 for Zone 3, and Terminals 13 and 16 for Zone 4). When there is a beam detector on the zone, as shown in Figure 3, terminate with a 4.7K resistor. INSTLLTION The CDC-4 plugs perpendicularly into one slot in the CC-5 card-cage via two 96-pin DIN connectors and can occupy any slot in the card cage. (Refer to Figure 4.) Insert the CDC-4 card into the card guides rightside up (lettering on the front panel is legible). Slide the card in until the card edge connectors contact the receptacles on the motherboard. Verify that the DIN connectors of the card and the cardcage aligned properly. The card can only plug in one direction to the card cage, if it does not align, DO NOT FORCE the card. Place thumbs on the front panel adjacent to the captive screws and gently apply even pressure on the card until the connectors seat in the receptacles on the motherboard. Secure with the captive screws. Figure 4 Installing The CDC -4 Power up the system and verify that the CDC-4 power LED turns ON. INITITING DEVICES Refer to the UL Compatible Two-Wire List for the number of detectors that may be used on a CDC-4 zone. Refer to Figure 3 for initiating device wiring. ll circuits are power limited to NFP per NEC 7. Each detector or group of detectors must use a two-wire circuit of at least 18 WG, thermoplastic fixture wire, enclosed in conduit. If permitted by local building codes, 18 WG limited energy, shielded cable without conduit may also be used. Total circuit resistance must not exceed ohms ohms if accessories (relay/ audible bases) are used. For specific wiring and installation information, read the instructions provided with each device. Building Technologies 5 P/N

6 ELECTRICL RTINGS Initiating Circuits Voltage range Supervisory Current larm Current VDC 4m per zone max 175m per zone max Power Supplies 24V Back Plane Current 0 Screw Terminal 24V Current Supervisory larm 110m 8m per zone max 110m 3m per zone max 6.2V Back Plane Current 0m max 24V Standby Current Supervisory larm 0m 8m per zone max 0m 3m per zone max UL COMPTIBLE TWO-WIRE DETECTORS The detectors listed in the following tables are compatible with the CDC-4 (UL identifier CDC). The CDC-4 and all detectors shown below are ULC listed. Contact the manufacturer for listing information on models other than. Manufacturer UL UL DI-3 DI-3H DI-3 DI-3H DI-3 DI-3H DI-3 DI-3H DI-B3 DI-B3H DI-B3 DI-B3H D-3I D-3I DI-4 DI-4 DB-4TS DB-4TF DB-4TS DB-4TF DI-6 DI-6 DB-4TS DB-4TF DB-4TS DB-4TF DT-11 DT-11 w/dpt PB-1191 PB-1191 PBB-1191 PBB PE-3 PE-3T PE-3 PE-3T PE-3 PE-3T PE-3 PE-3T D-3ILP D-3ILP PE-11 PE-11 D-11P D-11PR D-11P D-11PR PE-11T PE-11T w/dpt DT-3P-135 DT-3P-135 Unlimite d Building Technologies 6 P/N

7 Manufacturer UL UL ir Products and Controls ir Products and Controls RW-2W-N RW-2W-P RW-2W-N RW-2W-P Manufacturer UL UL pollo to to pollo pollo pollo Manufacturer UL UL System Sensor (BRK) System Sensor (BRK) 20T 20IT 1 1 Building Technologies 7 P/N

8 Manufacturer UL UL DCD-135 NS4-2 NS6-2 DCD-135 DCD-190 NS4-2 NS6-2 DCD-190 SIH-24F HS-22D YB-M22 SIH-24F HSB SIH-24F HSC-224R HB-73 SIH-24F HS-224D YB-M224 SIJ-24 NS4-2 NS6-2 SIJ-24 SLK-24F SLK-24FH HS-22D YB-M22 SLK-24F SLK-24FH HS-224D YB-M224 SLK-24F SLK-24FH HSB SLK-24F SLK-24FL HSC-224R HB-73 SLK-24FL HSB-2 HSB-2N 0 SLR-24H SLR-24V NS4-2 NS6-2 SLR-24H SLR-24V SLR-835 SLR-835W SLR-835 SLR-835W NS4-2 NS6-2 SLR-835H SLR-835HW HD-5 SLR-835H SLR-835HW HD-5 NS4-2 NS6-2 NS6-2W Building Technologies 8 P/N

9 Manufacturer UL UL 4C 4CR S11 4CRT S11 4CT 425C 425CR S11 425CRT S11 425CT 429C CT B/BXT (w/sw1 OFF) CRXT S U 611UD 1U 1U 611UD 9U10 611UT UD 1U 1U 1U 612UD 9U10 613U5 1U Building Technologies 9 P/N

10 Building Technologies, Inc. 8 Fernwood Road Florham Park, New Jersey Building Technologies, Ltd. 2 Kenview Boulevard Brampton, Ontario L6T 5E4 CN P/N