EATON E2NM Type Mining Complete Molded Case Circuit Breakers
Eaton E2NM type mining complete MCCBs are designed to protect against electrical overloads, short circuits and ground faults. They are used in motors, generators and electrical equipment.
Filter
Style | Model | Circuit Breaker Type | Number Of Poles | Voltage | Type | |
---|---|---|---|---|---|---|
A | E2NM312MWA13S10 | - | - | - | - | RFQ
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A | E2NM3600W | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
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A | E2NM3600WU18 | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
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A | E2NM3800WU66 | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM310WU66 | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
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A | E2NM312W | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM3800MW | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM3600WA06U66 | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM312MW | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM312WU66 | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM310W | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM3900WU66 | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM3800WA06U66 | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM3600WU66 | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM3800MWU66 | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM312MWU66 | E2NM | 3 | 250V DC/577/1000V AC | Specialty Complete | RFQ
|
A | E2NM3800WA06S10 | E2NM | 3 | 250V DC/577/1000V AC | - | RFQ
|
Features
- They feature an interchangeable magnetic trip to protect from short circuits.
- These MCCBs can be operated without any terminals for enhanced performance.
Frequently Asked Questions
What is the interrupt rating of these MCCBs?
- 25kAIC at 1000VAC
What is the magnetic trip range of these Eaton E2NM type mining complete MCCBs?
500 - 2500A
How to maintain these MCCBs?
- Perform routine visual inspections of the circuit breaker to check for any signs of wear or damage. Inspect the case, connections and other components to ensure they are clean and in good condition.
- Keep the circuit breaker clean and free of debris by wiping it down with a soft & dry cloth. Do not use water or any cleaning agents that could damage the internal components.
- Lubricate the moving parts of the circuit breaker periodically to ensure smooth operation. Use a high-quality lubricant that is compatible with the materials used in the circuit breaker.
- Test the circuit breaker's trip function periodically to ensure it is functioning properly. This can be done by using a test kit or by manually tripping the breaker and verifying that it opens the circuit.
- Calibrate the circuit breaker periodically to ensure it is set to the correct trip settings. This should be done by a qualified technician using specialised equipment.
- If any parts of the circuit breaker are worn or damaged, they should be replaced promptly to ensure that the circuit breaker continues to function properly.
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