- Isolated Measurement
- Low Output Ripple
- True RMS Sensing
- ±0.25% Accuracy
- 0.75” Diameter Thru-hole
- Reverse Polarity Protection
- Moisture & Humidity Resistant
- 14 Standard Current Ranges
AC Current (RMS) Transducer 1080
$377.00 – $413.00
Product Description
Model 1080 AC Current (RMS) Transducer provides an isolated 0 to +5Vdc output proportional to the True AC RMS input current. The transducers are operated in a two wire loop power configuration, with an input current range from 2A to 250A and an overload of 500Aac.
The 1080 Series delivers high performance accuracy over a temperature range from -40°C to +85°C and measures input current with a frequency range from 47 to 63Hz, with Crest Factors up to 4. The transducers are low powered, operate with a supply voltage from +10Vdc to +32Vdc and produce low output ripple. The transducer’s molded construction with the internal components encapsulated withstands, without performance or mechanical degradation, applications with shock, vibration and humidity requirements. In addition, the 1080 Series is ideal for applications where the input waveforms are phase angle fired, chopped or distorted.
The 1080 AC Current Transducers are light weight, non-intrusive and are available with a barrier, connector or d-sub connector interface, with the connector and d-sub connector options available with mating connectors.
- Measure Motor Current
- Measure Heating Elements
- Monitor and Detect Fault Currents
Additional information
| Weight | 7 oz |
|---|---|
| Dimensions | 3 × 3 × 2 in |
| Input | |
| Measurement | |
| Current Range | 100A, 10A, 150A, 15A, 200A, 20A, 250A, 25A, 2A, 30A, 40A, 50A, 5A, 75A |
| Interface | |
| Output | |
| Supply Voltage | |
| Housing | |
| Housing Material | |
| Input Diameter | |
| Supply Type | |
| Frequency Range | 47 to 63Hz |
| Crest Factor | 4:1 |
Additional info: Weight 6 oz. Max, Attitude: Works in any mounting position.
Mate Connector: 6282-5SG-3DC MFG Conxall. Mate D-Sub Connector: 3322 MFG. SPC Technology
Specified accuracy includes the combined worst case effects of Zero Offset, Temperature, Hysteresis, Supply Swings and Current Cable Positioning.
