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The LC500-S/SP7 from Allen Bradley is a precise closed-loop Hall Effect current transducer designed for monitoring high currents in various applications. This module is characterized by its ability to effectively measure primary nominal RMS currents of up to 500 A.
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| Manufacturer | Allen Bradley |
|---|---|
| Product type | Closed-Loop Hall Effect Current Transducer |
| Product Line | Miscellaneous Allen Bradley |
| Part Number | LC500-S/SP7 |
| Primary nominal RMS current | 500 A |
| Primary current measuring | 0 to ±1200 A |
| Secondary nominal RMS current | 125 mA |
| Turns ratio (NP/Ns) | 4000:1 |
| Supply voltage (UC) | ±15 to ±24 V |
| Current consumption | < 35 mA (at ±24 V) |
| Measuring resistance | 0 - 47 Ω |
| Total error at IPN | < ±0.6 % |
| Linearity error at 25 °C | < 0.1 % |
| Offset current at IP = 0 | < ±0.5 mA |
| Response time (to 90% of the final output) | < 1 μs |
The Allen Bradley LC500-S/SP7 is an efficient closed-loop Hall Effect current transducer that excels in delivering precise current measurements. Designed specifically for primary nominal RMS currents of 500 A, this device is capable of measuring currents between 0 and ±1200 A. Its weight is a manageable 0.75 lbs, making it convenient for integration into various systems.
This transducer features a secondary nominal RMS output of 125 mA, thanks to a turns ratio of 4000:1, which provides a significant scaling of measured currents for accurate monitoring. The device operates effectively within a supply voltage range of ±15 to ±24 V, consuming less than 35 mA at ±24 V.
In terms of performance, the LC500-S/SP7 excels with a measuring resistance spanning from 0 to 47 Ω. It maintains a total error margin of less than ±0.6% at its rated input, ensuring reliable data. Linearity errors are minimal, specifically under 0.1% at a temperature of 25 °C. Offset current at nominal input of zero is less than ±0.5 mA.
Finally, the transducer boasts a rapid response time, responding to 90% of the final output in under 1 microsecond, allowing it to adapt swiftly to variations in current. This makes the LC500-S/SP7 particularly suitable for demanding applications where quick and accurate current measurements are crucial.