16
2.3
Relay Module
The Relay Module enables connection of
EasyLoader
panels to most high current Bell types: Self-
contained internal battery Bells or Sirens (the term ‘Bell’ will apply to both Bells and Sirens).
The Relay Module is triggered via the siren output of the control panel. The power which drives the
Bell may be supplied either from the Aux. Power of the control panel or from an external power
supply in case the Bell requires higher current than the 0.6A already supplied by the control panel.
The Relay Module fits directly on the top the board, with the same screws that hold the main board.
Wiring information included with each Relay Module.
2.4
Remote Indication
Remote indications float while not alarmed and sink to –V during alarm, unless you program
differently.
Terminal Indication
Application
ON
(-V) on closing (Arming). Optional: Drives SVM-40 voice module
A1
Programmable. (-V) during alarm from the programmed zone
SLO
Programmable. (-V) during alarm from the programmed zone
SLO is reset only upon disarming
. The SLO is a non-timed output
Use the SLO output to drive a low current Strobe Light (Xenon) that
consumes up to 300 mA
Warning: The remote indications are capable of driving maximum 300 mA. Overloading or
ap12V to the remote indications is dangerous and not assured. Take care!
Beginning with version 2.08, a new feature enables programming the listed outputs to supply float
output (0V) during alarm and -V at ideal. Refer to address 073-8.
In case other features are selected for the same output, this feature is not applicable.
When a relay is connected to the remote indication, a diode must be connected to the relay coil in
reserve polarity to the supplied voltage, or purchase AV-01/02 relay module. For LED driving,
connect a 2.2K resistor in series.
Hardware Tests for Outputs
(from version 2.17)
This feature enables testing of devices connected to the remote indications.
In programming mode, using 200 + commands (30, 31,….):
ON
output; 30 – ON, 31 - OFF
A1
output; 32 – ON, 33 - OFF
SLO
output; 34 – ON, 35 - OFF
