ADB Safegate RELIANCE Intelligent Lighting Platform III, Руководство пользователя

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Features
Feature Value / operation Description
Mains failure bypass Last lamp state is stored for at least 1 s in the
remote
Defines how long last state is preserved
Lightning protection Installed
Self- test Can be executed via RFID reader and lucDMC Tool for additional safety check and
maintenance support
Voltage limitation for DIN EN 62870
systems
Implemented in SRU111 and SRU112 Limits no-load voltage in case of lamp failure
Parameterizable state after turning-on
Lamp failure detection Two programmable thresholds Peak voltage monitoring and RMS voltage
monitoring
Short-circuit monitoring Applicable
Fail-safe mode Parameterizable to on or off
Interruption monitoring Parameterizable
We reserve the right to further develop the products, make technical changes and change our specifications and designs at any
time without previous notification. Characteristics and features of the products may differ from given information. Therefore
performance can be different from the one specified, especially if you do not follow the intended use or fail to comply with our
instructions.
The specifications and descriptions in this data sheet are valid for products delivered from 05/01/2020. For further information to
this data sheet please the ADB SAFEGATE sales team.
2.7.3 Overvoltage Protection
The RELIANCE IL SRU types 111 and 112 have an overvoltage protection feature integrated.
In case of a lamp failure or an overload of the output, the remote shorts-circuits the lamp transformer to avoid overvoltages.
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NOTICE
SRU remotes may not be connected to a lamp transformer, when the system is supplied with power. Voltage peaks of
the transformer may overload the protective elements causing remote destruction.
2.7.4
Self-test Feature of Remote Types 111 and 112
In types 111 and 112 is a self-test feature implemented.
With the self-test feature, the monitor themselves and control whether the integrated voltage limiter is working.
The self-test can be started by using the .
DANGER
The self-test is to be used only as an indicator that does not guarantee safety of your DIN EN 62870 system. Before
working on the circuit, the system must be disconnected from the mains or the voltage limiter functionality must be
controlled manually. The airport safety plan has to ensure, the remote is working well with external measurement
equipment.
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Conventional transformers, that are not approved for DIN EN 62870 system, do not guarantee a secure disconnection from the primary
circuit. Conventional transformers do not provide a protective separation.
RELIANCE Intelligent Lighting
Introduction
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