3003 W CASINO RD BASE FILE 2023-10-24

XDLC --> Device Loop Card The 'Class X' Device Loop Card (Model XDLC) is the interface used for connecting Siemens addressable, intelligent 'X' as well as ' H'-series devices. A Model XDLC operates and maintains all devices residing on up to four (4) 'Class A', eight (8) 'Class B' addressable circuits. Additionally, Model XDLC has 16 LEDs for diagnostic purposes, and provides ground -fault detection and zone -isolation circuitry. NIC-C —> Network Interface Card The Network Interface Card (Model NIC-C) provides HNET or XNET network communications between enclosures. In addition to HNET or XNET communication, Model NIC-C provides CAN network communication within an enclosure or external to the enclosure. HNET or XNET communication can be wired Style 4 or Style 7, but the CAN network can be wired Style 4 only. When used for HNET communications, Model NIC-C provides contact between enclosures on a single system. When NIC-C is used for NXET communications, Model NIC-C provides communication between systems. The maximum of NIC- C cards on a single -panel XNET is one (1) for a total 64 NIC-C cards on a peer -to - peer XNET network. Model NIC-C has diagnostic LEDs that indicate: 'Card Fail', 'CAN Fail', 'HNET Fail', 'XNET Fail', 'Ground Fault', 'Loop 'A' Fail' and 'Loop 'B' Fail'. This card also has LEDs to indicate 'Power', 'Style' and 'Active Networks'. Intelligent Control Point Module Model HCP is designed to beIN used with the Siemens —Fire Safety Alarm Signaling Devices HCP product line. Model HCP can be set as an independent, remotely located telephone zone, speaker zone or notification -appliance circuit. Model HCP communicates through analog loop of Model DLC. Model HCP can be wired either 'Class B' (Style Y) or 'Class A' (Style Z). The 24 Volts DC power input is from either the control panel or from any UL Listed power -limited, auxiliary power supply. NRC —> Network Ring Card, 2nd Generation Model NRC is a network ring card that transmits single -mode or multi -mode network communication via fiber-optic or copper lines. Each NRC uses a 'Class A' (Style 7) ring configuration with a Cerberus PRO Modular panel. One (1) Model NRC (per system node) provides XNET, peer -to -peer network communication between panels, allowing 64 (max.), Cerberus PRO Modular panels to be networked simultaneously. Model NRC takes one (1) card slot, and mounts in a Model CC-2 or CC-5 card cage inside a Model CAB-1, Model CAB-2, or Model CAB-3 enclosure. MIT PSC-12 —> Power Supply Charger Module The Power Supply Charger Module (Model PSC-12) is an addressable - intelligent, microprocessor -controlled module that communicates its status to the system -operator interface. Additionally, PSC-12 is a high -current power supply that provides primary, regulated (at 24VDC) system power. Model PSC-12 is rated at 12Amps ('Alarm') 1 SAmps (Standby), and has a built-in battery charger, capable of charging up to 100 AH batteries. PSX-12 —> Power Supply Charger Module The Power Supply Extender (Model PSX- 12) is a high -current, auxiliary power supply that expands the main Model PSC- 12 power supply and battery charger to an additional 24VDC of system power. Model PSX-12 is rated at 12 Amps. �Ano -o PTB —> Power Termination Board Each Model PSC-12 comes packaged with a module known as the Power Termination Board (Model PTB). Model PTB is required for operation with Model PSC-12. Model PTB filters the power from the incoming AC mains, and distributes it to the Model PSC-12 power supply and the optional Model PSX-12 power -supply extender. Model PTB has an optional connector that can be used during system installation, commissioning and service to provide the technician with a place to plug in their laptop PC, if required. Model AC-ADPT is an optional accessory cable that allows connection on one side to Model PTB, via a keyed connector and on the other end directly into to the laptop's transformer. Most laptop -computer external power transformers have removable AC power cords, which can be replaced by the optional Model AC-ADPT to temporarily provide an AC power source for laptop -PC usage during system installation, service and maintenance calls when needed. SNU-ASSY—> Single -Node Upload (SNU) Module The Single -Node Upload (SNU) is an optional systemJl module that IWO provides a solution for having 1 data configuration done remotely. SNU can easily Typical transmit data from mounting set-up a PC running the of a SNU module custom -configuration tool, Zeus-C, to a maximum 64 central processors. Each SNU module has three (3) connectors: Power, Ethernet and USB. The data transported between the Zeus-C tool and SNU is made through a direct 128-bit, Secure Sockets Layer (SSL) connection. Siemens Building Technologies Division -3- usa.siemens.comlcerberus-pro-modular