Mora AES202N/AES125N 2P DC MCCB Breaker with Copper Points for Solar Panels & Battery Systems

SKU: AR-000457
Product Type: circuit breaker
Rs.2,850.00
Rs.3,000.00
Rs.2,850.00
Save Rs.150.00
Ampere: 125A
Subtotal: Rs.2,850.00

7 Days Check Warranty

Estimated Shipping Time: 48 to 72 Hours

You Have to Pay Partial Payment in Advance for Order Confirmation

Full Advance Payment Required for Order Processing of Batteries, Inverters, And Structures.

Heavy weight parcels will be dispatch through Cargo Service

Customer will pay Cargo charges on delivery.

Mora AES202N/AES125N 2P DC MCCB Breaker with Copper Points for Solar Panels & Battery Systems

Mora AES202N/AES125N 2P DC MCCB Breaker with Copper Points for Solar Panels & Battery Systems

Rs.3,000.00 Rs.2,850.00

Mora AES202N/AES125N 2P DC MCCB Breaker with Copper Points for Solar Panels & Battery Systems

Rs.3,000.00 Rs.2,850.00
Ampere: 125A

The Mora AES202N/AES125N 2P MCCB Breaker is a reliable DC circuit breaker designed for solar power systems, battery banks, and industrial DC applications. Featuring a 2-pole design and high-quality copper terminals, it provides effective protection against overloads and short circuits while ensuring safe and efficient system operation.

Key Features

  • Available in 125A, 200A, and 250A ratings
  • 2-Pole (2P) MCCB design
  • High-conductivity copper points for secure connections
  • Suitable for battery storage systems and solar panel installations
  • Reliable overcurrent and short-circuit protection
  • Durable and compact construction for panel mounting

Applications

  • Solar PV systems
  • Battery energy storage systems
  • Industrial DC circuits
  • Commercial and residential DC installations

Specifications

  • Brand: Mora
  • Models: AES125N / AES202N
  • Current Ratings: 125A, 200A, 250A
  • Poles: 2P
  • Type: DC MCCB Breaker
  • Terminals: Copper Points
  • Mounting: Panel Mount

The Mora AES202N/AES125N 2P MCCB Breaker offers dependable DC protection, making it an ideal choice for solar and battery-based electrical systems requiring safe and efficient circuit isolation.

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