PCD41
AC connection It is possible to choose two different AC voltages (please refer to
115 VAC
230 VAC
(24 VAC)
(48 VAC)
DC connection Connect interference-free supply voltage, i.e. do not use the supply
Contact P2
Contact P1
6
5
4
28
Litz contact only by means of connector sleeves with insulating
enclosures for reasons of shock protection according to EN 61010.
Do not otherwise assign contacts that have been left unassigned ex
factory. We recommend to screen all sensor terminal leads and to
ground the shield on one side. Shields on both sides are recommen-
ded in case of RF interference or in case of equipotential bonding
over long distances. The sensor leads should not be in the same
phase winding as the mains supply and the output contact leads.
3.1
Voltage supply connection
adjacent table) by using the selector on the side. The respectively
higher voltage (48 VAC or 230 VAC) is preset at the factory.
➜ Switch to the required AC voltage using the selector.
➜ Connect AC to contacts 1 and 2 according to the terminal dia-
gram.
Voltage supply
24 VAC ±10% (50/60 Hz)
48 VAC ±10% (50/60 Hz)
115 VAC ±10% (50/60 Hz)
230 VAC ±10% (50/60 Hz)
voltage for the supply in parallel of drives, contactors, electrovalves,
etc.
➜ Connect DC voltage according to terminal diagram.
Supply voltage DC
12...30 VDC ±10 %, max. 5 % RW M 400 mA
Fire protection: Operate instrument on the MAINS with external fuse
recommended on the rating plate. In case of disturbance, make sure
that 8 A /150 VA (W) are never exceeded - as defined per EN 61010.
3.2
Assignment of signal outputs
The signal outputs (contacts 3, 4 and 5, 6) are floating relay
contacts. The signal outputs can be assigned as per the adjacent
terminal diagram. The response time depends on the prepared
Update time in programm line 28.
3
Max. current
150 VA/30 W
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External protection
M 400 mA
M 250 mA
M 125 mA
M 63 mA
Recommended external fusing
Max. voltage
250 V
Max. current
1 A