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Eaton C-Series EG-frame moulded case circuit breakers protect devices from excessive current flows and prevent electrical damage. They are ideal for use with Eaton, Allen-Bradley, Rockwell Automation Enclosed Control, Switchboard and Westinghouse.
A
B
C
D| Style | Model | Price | |
|---|---|---|---|
| A | NG3700 | £12,802.70 | |
| A | NG3100038 | £19,121.03 | |
| A | NG390038B20 | £20,358.88 | |
| A | NG3900B20 | £17,333.45 | |
| A | NG380038B20 | £17,065.96 | |
| A | NG3800B20 | £14,040.53 | |
| A | NG3800W | £11,981.78 | |
| A | NG3700W | £11,981.78 | |
| A | NG380038 | £15,828.13 | |
| A | NG31200S02 | £20,809.01 | |
| A | NG370038 | £15,828.13 | |
| A | NG3700B20 | £14,040.53 | |
| A | NG31200 | £18,761.31 | |
| A | NG370038B20 | £17,065.96 | |
| A | NG31200B20 | £19,999.14 | |
| B | LG3600T38B20 | £13,773.05 | |
| A | NG3700WS03Z01 | £14,592.14 | |
| C | LG3500T38 | £12,535.22 | |
| C | LG3500T38B20 | £13,773.05 | |
| C | LG3450T38 | £12,535.22 | |
| A | NG390038 | £19,121.03 | |
| A | NG31000W | £14,951.85 | |
| A | NG3120038 | £21,786.72 | |
| D | NG3120038B20 | £18,761.31 | |
| A | NG31000B20 | £17,333.45 | |
| A | NG3100038B20 | £18,761.31 | |
| B | LG3600T38 | £12,535.22 | |
| A | NG31000 | £16,095.62 | |
| C | LG3450T38B20 | £13,773.05 | |
| A | NG3900S02 | £18,124.87 | |
| A | NG3800 | £12,802.70 | |
| A | NG3900 | £16,095.62 |
The C-Series circuit breakers are complete breaker units comprising IEC, CL and CSA-rated L-frame, a thermal-magnetic trip unit, standard terminals (line/load) and metric mounting hardware.
The Digitrip RMS 310 trip units utilise Eaton's microprocessor-based intelligence to provide true RMS sensing, permitting increased accuracy and reliable system protection. This unit is front-adjustable and has an optional local display of the current and cause of the trip.
These circuit breakers are specifically designed for generators as well as portable & temporary power applications where lower interrupting currents are common. The patented trip units protect generator circuits from damaging current levels in a compact footprint.