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Biamp LSI-16 Setup And Wiring Manual
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LSI-16 setup and wiring guide
This wiring guide explains the instances in which the Vocia Life Safety Interface (LSI-16), the enhanced Life Safety
Interface (LSI-16e) and the Control Interface (CI- 1) should be used, and describes the connections that are required for
correct operation.
The functionality of the LSI-16/LSI-16e has been tailored to the specific requirements in the EN 54-16 European life
safety standard. However, the LSI-16, LSI-16e and CI-1 are still applicable in installations that require highly reliable and
fault-tolerant systems with voice evacuation functionality, even if there is no need to meet EN 54-16 standards. Some
terms are specific to EN 54-16, for example, General Fault, General Alarm, Protection Fault etc and may not be
applicable for your jurisdiction. This document attempts to explain the operation of the Vocia emergency system so it
can be used for life safety purposes in other jurisdictions.
Alarm inputs and faults
A "fault" is a problem that may impede the Vocia system from performing its role as a Voice Alarm Control and Indicating
Equipment (VACIE), and an "alarm" is a condition that has been triggered via an external stimulus, generally from the
fire detection system or Control and Indicating Equipment (CIE).
Alarm Inputs
A Vocia alarm is any input from the fire panel to the four emergency inputs on the LSI-16/LSI-16e (control input pins 5 -
8). The Vocia Alarm state is triggered by a low to high transition on the emergency inputs, with the high state between
14V and 24V. These four inputs are used to connect to the fire alarm control and indicating equipment (CIE) to notify the
LSI-16 that an alarm has occurred in a particular zone. When an alarm is detected, the Vocia system will cease normal
operation and will enter Emergency Mode. An emergency input on the four control inputs can be configured to mute the
zone or play one emergency message (see figure below). Any unused emergency inputs must be terminated, disabled
in software or attached to a CI-1.
Additional general purpose inputs for use as alarm inputs are available on the LSI-16e or by adding the IM-16 to the
LSI-16. These sixteen general purpose inputs can be programmed to play an emergency message, mute or reset an
emergency zone. You can have up to 10 inputs into a single emergency zone (see figure below). The general purpose
inputs can be programmed as TTL, high range or monitored high range. Monitoring is available for short to ground and
open circuit.
Copyright 2013-2020 Biamp Systems
http://support.biamp.com/
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Summary of Contents for Biamp LSI-16

  • Page 1 Alarm Inputs A Vocia alarm is any input from the fire panel to the four emergency inputs on the LSI-16/LSI-16e (control input pins 5 - 8). The Vocia Alarm state is triggered by a low to high transition on the emergency inputs, with the high state between 14V and 24V.
  • Page 2 ◦ Power Supply: A Power Supply fault will be triggered if the LSI-16 is operating on a PoE supply but the main 24V supply fails or an external power supply fault is signaled to the LSI-16.
  • Page 3 Vocia system or when an Alarm was triggered from the fire detection system. The wiring of the CI-1 is very similar to the LSI-16, except in a few minor ways. To begin with, all of the connections that are found on the LSI-16 (apart from the option module slots) are also found on the CI-1.
  • Page 4 ‘normally open’ and ‘normally closed’ setting and both may be used at the same time. LSI-16 without a CI-1 Control Inputs The figure below shows the recommended wiring when connecting LSI-16 control inputs to an external voltage source, when a CI-1 is not present in the system. Copyright 2013-2020 Biamp Systems...
  • Page 5 The table below details each control input on the LSI-16/LSI-16e for external connections, when a CI-1 is not present in the system. Pins 1 & 2: For fault inputs a resistor is not required. These inputs are activated on a high to low transition and by default are in a high state.
  • Page 6 3.9kΩ resistor wired to ground should be used to suppress alarms. In its default state the LSI-16 Alarm Input always provides a 3mA current source (high state). This current source is overcome by using the resistor which pulls the current source to ground (low state). Then the 24V is required to overcome this current being pulled to ground and produces the necessary low to high transition.
  • Page 7 Inputs. This was done as a specific response to EN 54-16 requirements and so requires the circuit shown below for correct operation. If a visual indication for the state of the output is required the figure below shows various circuits of how this can be achieved. Copyright 2013-2020 Biamp Systems http://support.biamp.com/...
  • Page 8 LSI-16e General Purpose Inputs (IM-16) The IM-16 is designed to supplement the LSI-16. The same option I/O can also be found on the LSI-16e. The connections on the IM -16 (or general purpose inputs on the LSI-16e) can be configured in software as alarm, fault or reset inputs.
  • Page 9 In addition to the front panel LEDs, the Vocia software is continuously updating the current operational state of the emergency equipment (viewable in the Alarms & Log tab of the LSI-16 device dialog window). The following fields are monitored for all Emergency devices in the World in which the LSI-16 resides:...
  • Page 10 This alarm is triggered if the system enters emergency mode. The system can only enter Emergency State emergency mode through external stimulus of an LSI-16, such as a trigger from a fire alarm system. This alarm indicates a system fault in the emergency system. This is a critical error, and the...
  • Page 11 PoE. If PoE is lost for an extended period of time, the affected devices will appear offline. The LSI-16 allows suppression of PoE faults on one or both of the network ports if PoE is not expected to be present.
  • Page 12: Further Reading

    Further reading This document is designed to be a quick guide to the way the LSI-16, LSI-16e and CI-1 interface to a fire detection system. Biamp has also published a VACIE (Voice Alarm Control and Indicating Equipment) manual as required for EN 54-16 certification in addition to the product manuals for the LSI-16, LSI-16e and CI-1.