Chapter
3
Technical Information
HC8X Heat Control
3-22
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SICK AG · All rights reserved
8010043
Electrical Installation
Table 3-1: Pin Assignment of the 5-Pole Power Electronics Supply Voltage
Pin/Term.
Signal
Function
L1
Phase-L1
115 V/230 V , 50
–
60 Hz
L2
Phase-L2
115 V/230 V , 50
–
60 Hz
L3
Phase-L3
115 V/230 V , 50
–
60 Hz
N
N
Neutral conductor
PE
PE
Protective conductor
PE
PE
Protective conductor
3.3
Connecting the Heating Circuits
Destruction of electrical conductors by overheating!
Observe voltage drop for large conductor lengths.
3.3.1
Connecting Single-Phase Heating Circuits
Connect the heating circuits via the 3-pole terminal blocks to plug-type terminal strips X1
(channel 1) to X8 (channel 8):
1.
Connect wires 1, 2 and PE of the respective actuator to the 3-pole terminal block.
2.
Insert the terminal block into the respective plug-type terminal and check firm seating.
Table 3-2: Pin Assignment of Single-Phase Heating Circuits
Wire No.
Term. Block
Pin/Term.
Signal
Function
1
X1
–
X8
1
L
Power output 115 V/230 V, 50
–
60 Hz
2
X1
–
X8
2
N
Neutral conductor
PE
X1
–
X8
3
PE
Protective conductor
3.3.2
Connecting Two-Phase Heating Circuits
Connect the two-phase heating circuit to two adjacent terminal blocks, e.g. X1 (channel 1)
and X2 (channel 2):
1.
Connect wires according to Table 3-3.
2.
Insert terminal blocks into the respective plug-type terminal strip and check firm seating.
Note
3.
In this example, connect the temperature sensor (PT100) to plug-type terminal strip
X10, terminals No. 1/2. Controlling channel = channel 1.
Table 3-3: Pin Assignment of Two-Phase Heating Circuits
Wire No.
Term. Block
Pin/Term.
Signal
Function
1
X1
1
L1
1st power output 115 V/230 V, 50
–
60 Hz
2
X1
2
N
Neutral conductor
PE
X1
3
PE
Protective conductor
3
X2
1
L2
2nd power output 115 V/230 V, 50
–
60 Hz
–
X2
2
N
(Neutral conductor)
–
X2
3
PE
(Protective conductor)
