Siemens CDC-4 Conventional Detector Card, Installation Instructions

Installation Instructions CDC 4 Detector Card Model CDC 4 from Siemens Industry Inc is a card that conventional detectors to be used on the FireFinder XLS Fire Safety Modular Cerberus PRO Modular system It four Class A or Class B conventional detection zones zone can support two wire photoelectric or ionization smoke detectors and an unlimited number of open circuit closure devices The module also supports Fire Safety flame and beam detectors The relay base lamp and audible base may also be used with the CDC 4 CDC 4 uses one network address on the FireFinder XLS Fire Safety Modular Cerberus PRO Modular system It diagnostic LED indicators showing module status and the of each zone of any device on the circuit initiates a zone alarm and any previously programmed functions to operate Any in an alarm or trouble condition is displayed on the PMI XLS FCM2041 U2 Desigo Fire Safety Modular Cerberus PRO Modular CDC 4 is designed to function in a local degrade mode failure of the FireFinder XLS Desigo Fire Safety Modular PRO Modular main processor or during loss of the system communication network While in the mode the CDC 4 can report both alarm and trouble and can activate local outputs on other modules the same enclosure maximum zone alarm current can be set to either 175mA 100mA and is set in pairs for zones 1 2 and 3 4 When a detector is selected in the Zeus Programming Tool maximum zone alarm current is automatically set by the Detectors requiring the 100mA zone current limit table on page 11 cannot be used on the same zone pair as requiring the 175mA zone current limit see table on pages 7 11 1 Conventional Card zones may be configured either as alarm causing or if allowed by the local Authority Having not use shorting devices on circuits with accessories on them The shorting will lower the zone voltage to a point where the accessories will not operate or all of the CDC 4 circuits may be programmed to operate with Alarm Verifica This allows the automatic verification of alarm conditions caused by smoke in order to prevent nuisance alarms For further information refer to the 315 034200 10 Inc Inc Inc Industry Inc Inc TTTTTececececechnologies Di Di Di Division Di Manual P N 315 033744 the Desigo Fire Safety Modular Manual ID A6V11231620 or the Cerberus PRO Modular Manual Document ID upgrading the firmware in the CDC 4 be sure to check the PC board version 2.0 and above firmware are only compatible with PC board P N 580 034888 version 2.0 or above firmware is uploaded into the older version of the CDC 4 the XLS FCM2041 U2 Desigo Fire Safety Modular FCM2041 U3 PRO Modular displays SW Version Error The PC board revision is printed on the back of the CDC 4 board and Indicators front panel of the CDC 4 contains one reset switch sixteen LEDs and three address switches as shown in Figure 1 reset switch is located on the top of the front panel Pushing the reset switch re the CDC 4 operation similar to a cold boot LEDs follow the reset switch and their functions are defined as follows FAIL FAIL FAULT 1 ALARM 1 TROUBLE 1 CLASS A OPEN 2 ALARM ON When illuminated indi that power for the CDC 4 is applied the card OFF When illuminated indi that the card microprocessor has OFF When illuminated indi that the HNET communication with CDC 4 has terminated and the card into degrade mode applicable only card resides in the HNET network OFF When illuminated indi that the CDC 4 has detected either negative or positive ground fault OFF When illuminated indi that an alarm condition has been in Zone 1 It will stay on until the system is reset OFF When illuminated indicates a trouble condition has been de in Zone 1 It will stay on continu until the condition is cleared OFF When illuminated indi that there is a break in the Class A in Zone 1 OFF When illuminated indi that an alarm condition has been in Zone 2 It will stay on until the system is reset Industry Inc Technologies Division 315 034200 10 2 TROUBLE 2 CLASS A OPEN 3 ALARM 3 TROUBLE 3 CLASS A OPEN 4 ALARM 4 TROUBLE 4 CLASS A OPEN OFF When illuminated indicates a trouble condition has been de in Zone 2 It will stay on continu until the condition is cleared OFF When illuminated indi that there is a break in the Class A in Zone 2 OFF When illuminated indi that an alarm condition has been in Zone 3 It will stay on until the system is reset OFF When illuminated indicates a trouble condition has been de in Zone 3 It will stay on continu until the condition is cleared OFF When illuminated indi that there is a break in the Class A in Zone 3 OFF When illuminated indi that an alarm condition has been in Zone 4 It will stay on until the system is reset OFF When illuminated indicates a trouble condition has been de in Zone 4 It will stay on continu until the condition is cleared OFF When illuminated indi that there is a break in the Class A in Zone 4 rotary dial switches at the bottom of the front panel are used to set the HNET address of the CDC 4 network address switches must be set prior to inserting the card into the CC 5 to Figure 1 Address Switches Set the three digit HNET network address for the using the three rotary dial address switches located near the bottom of the panel Refer to Figure 1 for the location of the switches The address for the must be the same as the address selected for it in the Zeus Programming To set the address turn the pointers on each of the three dials to the numbers the selected address For example if the address is 123 set the pointer for the dial to set the pointer for the TENS dials to and set the pointer the the ONES dial to The range of allowable addresses is from 001 to 251 zeros must be used Industry Inc Technologies Division 315 034200 10 all system power before installation first battery then AC To power up the AC first then the battery device field wiring to the CDC 4 is connected to the terminal blocks of the CC 5 cage slot in which it is installed Connect the External Wiring 1 2 the screw of the by turning it counter the wire into the side of terminal block the screw of the block by turning it 24V from PSC 12 to terminal and 24V from PSC 12 to terminal 18 the slot in the CC 5 where the CDC be installed using 12 18 AWG Refer Fig 2 to Figure 3 All circuits are power to NFPA 70 per NEC 760 Each or group of detectors must use two wire circuit of at least 18 AWG fixture wire enclosed in If permitted by local building 18 AWG limited energy shielded without conduit may also be used 3 4 SLOT OF CC 5 FOR CDC 4 24VDC FROM PSC 12 2 24V Power Lines CDC 4 may be connected to existing loops that have a 3.9K or 4.7K