gefran GFX4-IR Configuration And Programming Manual page 41

4-zone modular power controller for ir lamps and inductive loads
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ALLOCATION OF PHYSICAL OUTPUTS
607
ovt. 1
608
ovt. 2
609
ovt. 3
610
ovt. 4
611
ovt. 5
612
ovt. 6
613
ovt. 7
614
ovt. 8
615
ovt. 9
616
ovt. 1 0
Read state
82
State of output OUT1
bit
83
State of output OUT2
bit
84
State of output OUT3
bit
85
State of output OUT4
bit
86
State of output OUT5
bit
87
State of output OUT6
bit
88
State of output OUT7
bit
89
State of output OUT8
bit
90
State of output OUT9
bit
91
State of output OUT10
bit
664
80415F_MSW_GFX4-IR_05-2019_ENG
R/W
Allocation of physical output OUT 1
Allocation of physical output OUT 2
R/W
Allocation of physical output OUT 3
R/W
Allocation of physical output OUT 4
R/W
Allocation of physical output OUT 5
R/W
Allocation of physical output OUT 6
R/W
Allocation of physical output OUT 7
R/W
R/W
Allocation of physical output OUT 8
R/W
Allocation of physical output OUT 9
R/W
Allocation of physical output OUT 10
OFF = Output Off
R
ON = Active output
OFF = Output Off
R
ON = Active output
OFF = Output Off
R
ON = Active output
OFF = Output Off
R
ON = Active output
OFF = Output Off
R
ON = Active output
OFF = Output Off
R
ON = Active output
OFF = Output Off
R
ON = Active output
OFF = Output Off
R
ON = Active output
OFF = Output Off
R
ON = Active output
OFF = Output Off
R
ON = Active output
R
State of outputs
Table of output allocations
0
Output disabled
1
Output rL.1 zone 1
2
Output rL.1 zone 2
3
Output rL.1 zone 3
4
Output rL.1 zone 4
5
Output rL.2 zone 1
6
Output rL.2 zone 2
7
Output rL.2 zone 3
8
Output rL.2 zone 4
9
Output rL.3 OR rL.5 zone 1
10
Output rL.3 OR rL.5 zone 2
11
Output rL.3 OR rL.5 zone 3
12
Output rL.3 OR rL.5 zone 4
13
Output rL.4 AND rL.6 zone 1
14
Output rL.4 AND rL.6 zone 2
15
Output rL.4 AND rL.6 zone 3
16
Output rL.4 AND rL.6 zone 4
17
Output (rL.3 OR rL.5) zone 1...zone 4
18
Output (rL.4 AND rL.6) zone 1...zone 4
+32 to reverse output status only for Logic and Relay output
NOTE: In 3-phase configuration, the state of physical output OUT1 is copied
to OUT2 and OUT3.
In case of COOL OUTPUT (5,6,7,8) are continuous, the same output functions
can not be used on other outputs.
Ex: If out. 1 = 1 (out rL. 1 zone 1) it is not possible to set out. 5 with the same
code, if out. 5 is continuous
bit
0
OUT 1
1
OUT 2
2
OUT 3
3
OUT 4
4
OUT 5
5
OUT 6
6
OUT 7
7
OUT 8
8
OUT 9
9
OUT 10
1
2
3
4
5
6
7
8
17
18
41

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