CARLO GAVAZZI CA18 Manuel D'instructions page 29

7.2.3. Output Parameters
Index Dec
Parameter Name
(Hex)
Channel 1 (SO1) 64 (0x40)
Stage Mode 1 1 (0x01)
Input selector 1
2 (0x02)
Timer 1 - Mode 3 (0x03)
Timer 1 - Scale 4 (0x04)
Timer 1 – Value 5 (0x05)
Logic function 1 7 (0x07)
Output Inverter 1 8 (0x08)
Channel 2 (SO2) 65 (0x41)
Stage Mode 2 1 (0x01)
Input selector 2 2 (0x02)
Timer 2 – Mode 3 (0x03)
Timer 2 – Scale 4 (0x04)
Timer 2 – Value 5 (0x05)
Logic function 2 7 (0x07)
Output Inverter 2 8 (0x08)
Access Default value
R/W 1 = PNP output
R/W 1 = SSC 1
0 = Disabled timer
R/W
0 = Milliseconds
R/W
R/W 0
R/W 0 = Direct
0 = Not inverted
R/W
(N.O.)
R/W 1 = PNP output
R/W 1 = SSC 1
0 = Disabled timer
R/W
0 = Milliseconds
R/W
R/W 0
R/W 0 = Direct
R/W 1 = Inverted (Normal Closed)
Rev.00 - 06.2018 | CA18/CA30 Capacitve sensors with IO-Link interface | © 2018 | CARLO GAVAZZI Industri
Data range
0 = Disabled output
1 = PNP output
2 = NPN output
3 = Push-pull output
0 = Deactivated
1 = SSC 1
2 = SSC 2
3 = Dust Alarm 1 (DA1)
4 = Dust Alarm 2 (DA2)
5 = Temperature Alarm (TA)
6 = External logic input
0 = Disabled timer
1 = T-on delay
2 = T-off delay
3 = T-on/T-off delay
4 = One-shot leading edge
5 = One-shot trailing edge
0 = Milliseconds
1 = Seconds
2 = Minutes
0 to 32'767
0 = Direct
1 = AND
2 = OR
3 = XOR
4 = Gated SR-FF
0 = Not inverted (Normal Open)
1 = Inverted (Normal Closed)
0 = Disabled output
1 = PNP output
2 = NPN output
3 = Push-Pull output
4 = Digital logic input (Active high/
Pull-down)
5 = Digital logic input (Active low/
Pull-up)
6 = Teach-in (Active high)
0 = Deactivated
1 = SSC 1
2 = SSC 2
3 = Dust Alarm 1 (DA1)
4 = Dust Alarm 2 (DA2)
5 = Temperature Alarm (TA)
6 = External logic input
0 = Disabled timer
1 = T-on delay
2 = T-off delay
3 = T-on/T-off delay
4 = One-shot leading edge
5 = One-shot trailing edge
0 = Milliseconds
1 = Seconds
2 = Minutes
0 to 32'767
0 = Direct
1 = AND
2 = OR
3 = XOR
4 = Gated SR-FF
0 = Not inverted (Normal Open)
1 = Inverted (Normal Closed)
Data Type Length
UIntegerT 8 bit
UIntegerT 8 bit
UIntegerT 8 bit
UIntegerT 8 bit
16 bit
IntegerT
UIntegerT 8 bit
UIntegerT 8 bit
UIntegerT 8 bit
UIntegerT 8 bit
UIntegerT 8 bit
UIntegerT 8 bit
IntegerT 16 bit
8 bit
UIntegerT
8 bit
UIntegerT
29