Circuit breaker 1250A 3P 65 kA draw-out OCR overcurrent release with motor drive EPL-12 3H AD/M2C2S2/PR-LP 004695703

Pull-out switch – reliable protection with a high rated current

This three-pole circuit breaker with a rated current of 1250A is a robust solution for protecting circuits requiring high resistance to overloads and short circuits. The rated short-circuit breaking capacity of 65 kA guarantees effective protection of the electrical installation in the event of a failure. The pull-out design facilitates operation and allows for quick replacement if necessary.

Characteristics and application

The circuit breaker is characterized by a C tripping curve, which means that it is particularly well suited for protecting circuits with inductive loads, such as electric motors. The overcurrent release provides additional protection against sudden current surges, and the motor drive enables quick and precise disconnection in the event of a hazard. This makes the circuit breaker suitable for:

• Main power distribution boards,
• Protection of high-power motors,
• Industrial installations,
• Commercial buildings with high energy requirements.

Advantages for installers and end users

• High short-circuit breaking capacity (65 kA): Ensures effective protection against the effects of short circuits, minimizing the risk of damage and downtime.
• C curve: Ideal for circuits with motors – allows for short-term overloads without unnecessary tripping.
• Pull-out design: Facilitates installation, removal and replacement of the circuit breaker, reducing installation downtime.
• Motor drive: Guarantees quick and precise disconnection in the event of a failure, increasing safety.
• Three-pole (3P): Provides full protection for three-phase electrical circuits.
• Overcurrent release: Additional layer of protection against sudden current surges.

This circuit breaker is an investment in the safety and reliability of the electrical installation – both for professionals involved in installation and for end users expecting long-term protection of their devices.