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RTxxx LED lighting controllers - User Manual
RT8xxF
6.3 Trigger inputs
The trigger inputs are opto-isolated 3V to 24V input, drawing a minimum of
3mA. The table overleaf describes the pin allocations for the RTxxx
controllers’ trigger connectors:
Note: All RTxxx controllers are fitted with Connector ET12. Connector
ET34 is present on the RT4xx and RT8xxF series controllers. Connectors
ET56 and ET78 are present only on RT8xxF controllers.
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RTxxx LED lighting controllers - User Manual
Pin
Connector
ET12
Connector
ET34
Connector
ET56
Connector
ET78
1 TRIG1 – TRIG3 – TRIG5 – TRIG7 –
2 TRIG1 + TRIG3 + TRIG5 + TRIG7 +
3 TRIG2 – TRIG4 – TRIG6 – TRIG8 –
4 TRIG2 + TRIG4 + TRIG6 + TRIG8 +
6.4 12V Power output
RT2xx and RT4xxx controllers have one
12V power supply output. The RT8xxF
controller has two. These can supply up to 1A
at 12V for powering cameras and other
devices. Do not connect inductive loads or
devices that take large peak currents. Do not
exceed the current rating as these outputs are
not fused.
The pin allocation for the power supply output
connector is shown opposite:
6.5 Ethernet connection
Ethernet connectivity is standard on RT220, RT420, and RT820F
controllers. The RJ45 Ethernet connector requires a straight through cable
to connect into a network switch, hub or router. It operates at 10Mbits per
second
(10Base-T).
6.6 Serial connection
The RS232 connector fitted to RT260,
RT460, and RT860F controllers is a
standard 9-way female D-type. A
standard straight through cable can be
used to connect the controller to a PC
serial port. The communications port
settings are 115Kbaud, no parity, 8
data bits and 1 stop bit.
The pin allocation for the serial
connector is shown opposite:
6.7 Connectors
The RTxxx packaging includes mating
connectors for the power supply input, digital outputs, 12V power output,
and lighting output.
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