PR4104 Universal uni-/bipolar signal transmitter
Current input |
|
| Signal range | ±23 mA |
| Programmable measurement ranges | 0…20 and 4…20 mA ± 10 and ± 20 mA |
| Input voltage drop | 1.4 V @ 20 mA |
| Loop error detection, 4…20 mA: Low | < 3.6 mA |
| Loop error detection, 4…20 mA: High | > 21 mA |
Voltage input |
|
| Signal range | ±12 V |
| Programmable measurement ranges | 0/0.2…1, 0/1…5, 0/2…10 VDC ±1, ±5 and ±10 V |
| Input resistance | > 2 MΩ |
Current output |
|
| Signal range | 0…23 mA (unipolar) -23…+23 mA (bipolar) |
| Current limit | ≤ 28 mA (unipolar) ± 28 mA (bipolar) |
| Load stability | ≤ 0.001% of span / 100 Ω |
| Response time, programmable | 0.0…60.0 s |
| Output limitation, on 4…20 and 20…4 mA signals | 3.8…20.5 mA |
| Output limitation, on other unipolar mA signals | 0 and 115% of max. value |
| Output limitation, on bipolar mA signals | ±115% of min. & max. values |
| Sensor error indication, at 4…20 mA input: selectable | Low, High, Zero, None |
Active unipolar and bipolar mA output |
|
| Programmable ranges | 0…20 and 4…20 mA ±10 and ±20 mA Direct or Inverted Action |
| V-curve function, active signals, 100-0-100% | 20-0-20 mA |
| Load (@ current output) | ≤ 800 Ω |
Passive 2-wire mA output |
|
| Programmable ranges | 0…20 and 4…20 mA Direct or Inverted action |
| V-curve function, 100-0-100% | 20-0-20 mA |
| External loop supply | 3.5 – 26 V |
Voltage output |
|
| Programmable signal ranges | 0/0.2…1; 0/1…5 ; 0/2…10 V ±1, ±5 and ±10 V Direct or Inverted action |
| V-curve function, 100-0-100% | 1-0-1, 5-0-5 and 10-0-10 V |
| Load (@ voltage output) | ≥ 500 kΩ |
| Response time, programmable | 0.0…60.0 s |
| Output limitation – outside range: on unipolar V signals starting from 0 | 0 and 115% of max. value |
| Output limitation – outside range: on unipolar V signals with offset | -5% of min. value and 115% of max. value |
| Output limitation – outside range: on bipolar V signals | ±115% of min. & max. values |
| Sensor error indication, at 4…20 mA input: selectable | Low, High, Zero, None |