User manual BIAMP RACKMAX IIEX

[. . . ] The LSI-16e may accept up to three sources of power: main power is from an external, standards compliant and battery backed 24V DC source; the LSI-16e can also utilize Power over Ethernet (PoE) delivered via either of its two network ports. [. . . ] The LSI-16e uses Ethernet-based control protocols to function within a Vocia system. FEATURES · Parallel I/O ports for direct interface with fire alarm and emergency equipment · 8 monitored I/O and 8 control inputs · Redundant network connection and power supply options · Power and data over a single Ethernet cable · Local storage of configuration data · Rotary switches for unit identification · Up to 4 discrete emergency inputs · 16 additional general purpose inputs can be programmed to play an emergency message, enable zone reset or zone silence; maximum of 10 inputs can be assigned per emergency zone · Each general purpose input can be programmed as TTL, high range or monitored high range · General purpose inputs allow monitoring for short to ground and open circuit · Up to 500 virtual inputs via RS232 or Ethernet · Provides system health monitoring via RS232 or Ethernet · Status LEDs · Rack mountable (1RU) · CE marked and RoHS compliant · EN 54-16 certification pending · Covered by Biamp Systems' warranty ARCHITECTS & ENGINEERS SPECIFICATION The life safety interface shall be designed exclusively for use with Biamp® Vocia systems. The life safety interface shall provide a networked emergency interface to third-party emergency and alarm systems. The life safety interface shall be powered from a certified 24V DC power source or over Ethernet (PoE) via either of two network ports. The enhanced life safety interface shall be a Vocia LSI-16e. Biamp Systems 9300 S. W. Gemini Drive, Beaverton, Oregon 97008 U. S. A. (503) 641-7287 www. biamp. com Life Safety Interface 16e SPECIFICATIONS System Fault Relay: Type: Load: Maximum operating voltage: Maximum operating current: Maximum switching capacity: Minimum permissible load: Control Inputs: Number: Type: Cathode presented at input ­ pull low to enable. Sink Current: Min: Max : Maximum Terminal Voltage: Isolation: Single `Form C' voltage-free SPST change-over contact Resistive 125VAC, 60VDC 600mA AC, 1A DC 37. 5VA, 30W 10µA @ 10mVDC Eight Opto Isolator LED 1mA 6mA 24V 3kV TTL Logic High: TTL Hysteresis: Input Transient Protection: Input Isolation: RS232 Port: Type: Baud Rate: Connection: Power: Main: PoE: Base Dimensions: Height: Width: Depth: Weight: Ambient Operating Temperature Range: Compliance: 2-5V 1V ± 20% ± 8KV peak 500V RMS (isolation from LSI-16) DTE 57600 RJ45 with shielded Ethernet/PoE cable (Cat5, Cat5e, Cat6 or Cat7) 24V DC 15W 802. 3af Class 3 1. 75 inches (44. 5mm) 19 inches (483mm) 10 inches (254mm Approx 6. 4 lbs. [. . . ] (2. 8kg) 32-113 degrees F (0-45 degrees C) FCC Part 15B CE marked EN 54-16 certification pending RoHS Directive UL 60065 Listed, E215636 C-UL Listed, E215636 C-Tick, N24138 (Australia) Monitored I/O: Number: Eight Type: FET switch, open drain (low side driver) Maximum Continuous Current: 0. 35A Current Limit: 0. 8A Maximum External Supply: 35V VMon Input Shutdown: 35V General Purpose Inputs: Number: High Range Logic Low: High Range Logic High: High Range Hysteresis: TTL Logic Low: 16 0-11V DC 12-30V DC 1V ± 20% 0-0. 8V Life Safety Interface 16e BACK PANEL BIAMP SYSTEMS Designed in Australia Assembled in USA YEL: in use GRN :link/act 10 0832-CPD-1401 N24138 52SJ Model LSI-16 Option A 1 2 3 4 5 6 7 8 9 10 11 12 13 14 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Option B Device ID GND 1 PoE IEEE 802. 3af Class 3 2 MSB LSB 1 2 56 34 Monitored Outputs 7 8 10V 1 2 3 4 5 Control Inputs 6 7 8 C NC NO System Fault RS232 Power 24V 15W (100mA) Class 2 or LPS Life Safety Interface 16e BLOCK DIAGRAm LEDs ID Switches Vocia System PoE 24V DC Host Processor 8 Control Inputs 8 Monitored Outputs 16 General Purpose Inputs Biamp Systems 9300 S. W. [. . . ]