6
SECTION 5. –
Wiring.
Before you Begin:
Determine whether your indicator is configured for low or high voltage power supply. Make sure to check the label on
the unit against the colour of the power connector:
Orange
= High voltage HV (85~265Vac / 95~370Vdc).
Black
= Low voltage LV (15~48Vac / 10~72Vdc).
5.2
–
Wire your IP07 analogue input module:
Refer to 3.2J
Make sure that you have completed Section 4 before you begin wiring your input module. Once you have adjusted
your jumper settings as needed (see Section 4) and replaced the plastic backing plate, wire your input module as
shown in the appropriate diagram below:
5.3
–
Wire your relays (if fitted):
Refer to 3.2G
Wire your relays as per the diagram. Relays can be programmed to operate
within the total span range of the indicator. If you do not have any relays fitted,
step 5.3 is skipped.
5.4
–
Wire your analogue output (if fitted):
Refer to 3.2I
If your indicator has an analogue output fitted, wire it as shown.
If you do not have an analogue output, step 5.4 is skipped.
5.5
–
Wire your serial port (if fitted):
Refer to 3.2H
If your indicator has a serial port fitted, wire it as per the diagram. If you do not have a serial port
fitted then step 5.5 is skipped.
3-wire current or voltage process input:
Indicator supplied excitation.
2-wire current input:
Loop powered sensor.
2-wire current or voltage process input:
External excitation used.
5.1 – Connect your indicator to the power supply
Refer to 3.2L.
Wire your indicator to your power supply as per the
appropriate diagram.
High voltage (HV) -
85~265Vac, 95~370Vdc
Low voltage (LV) -
15~48Vac, 10~72Vdc
Remember to switch your power
supply off before you begin wiring,
and NEVER connect your low
voltage indicator to mains power.
2x or 4x Relays
6x Relays
(Note shared common)
