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The Allen Bradley 166515, part of the 1321 Power Products series, is a line reactor designed for three-phase applications. It is rated for 4A and features an inductance of 9.0 mH, with a maximum operating voltage of 600 V AC, accommodating various frequency ranges.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Line Reactor |
| Product Line | 1321 Power Products |
| Part Number | 166515 |
| Weight | 2.19 lbs (0.99 kg) |
| Phase Type | 3 Phase |
| Rated Current | 4A |
| Inductance | 9.0 mH |
| Power Loss | 20 W |
| Enclosure Type | Open Style |
| Max. Rated Voltage | 600 V AC |
| Min. Frequency | 50 Hz |
| Max. Frequency | 60 Hz |
| Max. Switching Frequency | 20 kHz |
| Inductance Tolerance | ±10% Tolerance |
| Insulation Class | Class N, 200 °C |
| Dielectric Strength | 3,000 V RMS |
The 166515 line reactor from Allen Bradley is an integral component tailored for three-phase systems. Built with a nominal weight of 5 lbs, it operates efficiently with a rated current capacity of 4A. With an inductance value of 9.0 mH, this reactor is designed to minimize electrical disturbances and improve system performance in various electrical environments.
This unit features an open style enclosure, which allows for easy mounting and accessibility in crowded panel spaces. The maximum rated voltage is 600 V AC, making it suitable for industrial applications requiring high voltage operations.
For operational flexibility, the 166515 reactor can function within specified frequency ranges of 50 to 60 Hz and supports a maximum switching frequency of 20 kHz, adapting effectively to different system demands. Its power loss is rated at 20 W, indicating minimal energy dissipation during operation.
Engineered for reliability, the line reactor is classified under insulation Class N, tolerating high temperatures of up to 200 °C, which enables its use in challenging conditions. Additionally, it offers excellent dielectric strength of 3,000 V RMS, providing robust operation while ensuring user safety. The inductance tolerance of ±10% further guarantees that the reactor will perform within accurate limits, sustaining system efficiency and component longevity.