ADB Safegate RELIANCE Intelligent Lighting Platform III, User Manual

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A method combining base band modulation of the voltage and a modified Time Domain Multiple Access (TDMA) is applied to
avoid signal attenuation caused by the inductance of the transformer in the circuit. Applying this method the exchange of
control commands and feedback between the CCR and the remotes is ensured. A fault-correcting, nested code with CCR
check bits and a two-out-of-three selection method for data collection is applied to further increase communication reliability.
The remotes switch into fail-safe mode automatically after a defined time, if the the connection to CU is interrupted. The fail-
safe mode might be set individually for every remote to the states ON or OFF.
Note
ON equals operation with the blink feature, if RGL operation is activated at the same time.
2.5 Functional Description Self-test Feature
The self-test consists of two switches inside the remote measuring the output voltage of the remote independently from each
other and limit it. A SRU type 111 or 112 has two independent switches to handle single failures . To deactivate one of them
via lucDMC to test whether one is broken. To understand this functionality, you can read the following steps of the self-test
procedure executed by the remote switch(es):
Test Steps — Self-test:
1. Check if current of the series circuit is above 4.0 A and remember last stored state.
2. Use lucDMC and the RFID reader DRH100 to start the self-test.
3. Check the result of the self-test.
Note
During the self-test, the lights will switch off.
The message "test done — test passed" is displayed in the self test state field if the test result was positive.
Figure 1: Test state — test passed
The test will be denied, the message is an indicator for a broken device.
UM-5005, Rev. 004, 2020/08/06 9
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