Thytronic NV10B - Analog Output Settings

APPENDIX
101
NV10B - Manual - 04 - 2022
Logic De-energized | Energized
Operation MODE No-latched | Pulse | Latched
Minimum pulse width ms 0 ... 500 step = 5
K4
Logic De-energized | Energized
Operation MODE No-latched | Pulse | Latched
Minimum pulse width ms 0 ... 500 step = 5
K5
Logic De-energized | Energized
Operation MODE No-latched | Pulse | Latched
Minimum pulse width ms 0 ... 500 step = 5
K6
Logic De-energized | Energized
Operation MODE No-latched | Pulse | Latched
Minimum pulse width ms 0 ... 500 step = 5
LEDs
START
Type No-latched | Latched
TRIP
Type No-latched | Latched
L1
Type No-latched | Latched
L2
Type No-latched | Latched
L3
Type No-latched | Latched
L4
Type No-latched | Latched
L5
Type No-latched | Latched
Type No-latched | Latched
Analog outputs
Current loop 1
Loop 1 Measure assigned Loop1-Mis
Frequency | UL1 | UL2 | UL3 | UE | UL | UEC | U2
| PLC | None
Loop 1 Output range Loop1-Range
0-2 mA | 0-4 mA | 0-5 mA | 1-5 mA | 0-6 mA | 1-6
mA | 0-10 mA | 4-20 mA
Loop 1 Sign Loop1-Sign Unipolar | Bipolar
Loop 1 Nominal multiplier Loop1-M 0.01 ... 100.00 step = 0.01
Current loop 2
Loop 2 Measure assigned Loop2-Mis
Frequency | UL1 | UL2 | UL3 | UE | UL | UEC | U2
| PLC | None
Loop 2 Output range Loop2-Range
0-2 mA | 0-4 mA | 0-5 mA | 1-5 mA | 0-6 mA | 1-6
mA | 0-10 mA | 4-20 mA
Loop 2 Sign Loop2-Sign Unipolar | Bipolar
Loop 2 Nominal multiplier Loop2-M 0.01 ... 100.00 step = 0.01
Current loop 3
Loop 3 Measure assigned Loop3-Mis
Frequency | UL1 | UL2 | UL3 | UE | UL | UEC | U2
| PLC | None
Loop 3 Output range Loop3-Range
0-2 mA | 0-4 mA | 0-5 mA | 1-5 mA | 0-6 mA | 1-6
mA | 0-10 mA | 4-20 mA
Loop 3 Sign Loop3-Sign Unipolar | Bipolar
Loop 3 Nominal multiplier Loop3-M 0.01 ... 100.00 step = 0.01
Current loop 4
Loop 4 Measure assigned Loop4-Mis
Frequency | UL1 | UL2 | UL3 | UE | UL | UEC | U2
| PLC | None
Loop 4 Output range Loop4-Range
0-2 mA | 0-4 mA | 0-5 mA | 1-5 mA | 0-6 mA | 1-6
mA | 0-10 mA | 4-20 mA
Loop 4 Sign Loop4-Sign Unipolar | Bipolar
Loop 4 Nominal multiplier Loop4-M 0.01 ... 100.00 step = 0.01