Siemens XDLC Desigo Modular Class X Device Loop Card, Data Sheet

Fire Safety system Loop Card XDLC Architect Engineer Specifications Supports up to 252 addressable points Operates and maintains all devices on up to four 4 Class A 8 Class B addressable circuits Compatible with Siemens intelligent and devices Multi criteria Carbon Monoxide CO Product Overview Siemens Fire Safety Class X Device Loop Card Model XDLC is the interface for connecting Siemens addressable intelligent X as well as H devices Model XDLC plugs into one 1 slot of the Model CC 2 or Model CC 5 card cage for Model XDLC is accomplished via the Desigo Fire Safety Modular custom configuration tool Zeus D Model XDLC takes one 1 address on the communicating up to a total 252 detectors and devices Model XDLC has LEDs for diagnostic purposes and provides ground fault detection and zone circuitry with ASAtechnologyTM Multi criteria Detector ASAtechnologyTM Multi criteria Detector Thermal Heat Detector Input Output Interface Module Polarity insensitive in non isolation via SureWire technology Modern technology supports system and communication Quantity 16 diagnostic light emitting LEDs for easy circuit diagnosis Microchip controls on board isolators Device Programmer Tester DPU programs and device address programming capabilities include a duct detector as well as Siemens addressable devices Supports Class B Class A Class X wiring Supports T Tapping Degrade mode UL864 CAN ULC Listed Specifications Class X Device Loop Card Model XDLC initializes operates and maintains all residing on up to four 4 Class A eight 8 Class B addressable circuits XDLC communicates all relevant device and event data Alarm Trouble and commands to a Desigo Fire Safety Modular Desigo Modular fire alarm panel FACP and supervises the device loop circuit XDLC is polarity insensitive via SureWire technology which greatly reduces time normally spent tracing down crossed field wiring Model XDLC detector data such as sensitivity of intelligent fire detectors and logic information to the Desigo Modular Operating Unit Model FCM2041 U2 is located within a given Desigo Modular system device loop card supports four 4 Class A eight 8 Class B circuits for up to a of 252 addressable devices as well as relay and audible bases remote lamps duct detector housings in any combination microprocessor in a Model XDLC controls the isolation in case there is a fault short in of the circuits thus allowing the other circuit to operating For continuous protection the microprocessor continues to operate even the event of a CPU failure Refer to manual P N to ensure Model XDLC with the Siemens FACPs for use in the given application Technologies Division Data Sheet 7312 usa siemens com desigo fire safety Model XDLC d View Model d XDLC d View Temperature and Humidity Range Class X Device Loop Cards are UL Listed ULC Listed for indoor dry locations within a temperature range of 120 3 to 32 3 0 2 and a relative humidity of 93 2 at a temperature of 90 3 32 2 Model XDLC of an Class X Device Loop Card to a Siemens Card Cage Technical Data CURRENT DRAW Plane CURRENT DRAW Terminal CURRENT DRAW Plane CURRENT DRAW LOOP 30 VDC Max 1.4mA device max 1.4mA device max limited for Ordering TYPE X Loop Card NOTICE The information contained in this data sheet document is intended only a summary and is subject to change without notice product s described here has have a specific instruction sheet s cover various technical limitation and liability information of install type instruction sheets as well as the General Product and Limitations document which also contains important data provided with the product and are available from the Manufacturer Data contained in the aforesaid type of documentation should be consulted a fire safety professional before specifying or using the product further questions or assistance concerning problems that might arise relative to the functioning of the equipment please contact Manufacturer Fire Safety Industry Inc Technologies Division Fernwood Road Florham Park NJ 07932 973 593 2600 2018 Supersedes sheet dated 10 2017 2