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EPS MCCB 2 POLE

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Specifications

Model: EPS MCCB 2-Pole

Voltage: 415 V AC

Mounting Type: Panel or switchboard mounting with bolts or clamps

Application: Feeder protection, main breaker in panels, motor protection, heavy loads


 


πŸ“¦ Product Detail – EPS MCCB 2-Pole

The EPS MCCB 2-Pole is a Moulded Case Circuit Breaker designed to protect electrical circuits from overloads and short-circuit faults in robust installations such as commercial buildings, industrial panels, main feeds, and heavy-duty circuits. The “2-Pole” configuration protects two conductors together (such as Phase + Neutral in single-phase systems or two phases in three-phase systems) and disconnects both simultaneously during a fault.

Unlike a standard miniature circuit breaker (MCB), an MCCB is capable of handling higher current ratings and higher breaking capacities (fault levels), making it suitable as a feeder breaker, main switch, or motor protection breaker.

EPS MCCBs have a thermal-magnetic trip mechanism that responds to both prolonged overloads (thermal) and sudden short circuits (magnetic), ensuring reliable protection and safety.


πŸ”Ž Key Features

  • ⚑ Higher current capacity: Ideal for circuits with larger loads (e.g., motors, compressors, large panels).

  • πŸ”₯ Thermal-magnetic protection: Detects both sustained overload and instantaneous high fault current.

  • 🧬 Robust construction: Designed for industrial and commercial use with reliable performance.

  • πŸ“Š Simultaneous trip: Disconnects both poles together to safely interrupt the circuit.


🏠 Where It’s Used

βœ” Feeder breaker in distribution boards
βœ” Main switch in commercial and industrial panels
βœ” Protection of single-phase high-power loads
βœ” Two-phase circuits in distribution systems
βœ” Motor protection in smaller industrial systems


πŸ“Œ Note on Ratings

  • Choose the rated current (In) based on the continuous load current you expect (e.g., 63 A for medium loads, 100 A+ for heavier systems).

  • The breaking capacity (Icu) should be equal to or greater than the expected fault current at the installation point to ensure safe interruption.



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