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Communication using RS485/MOD0JS/Phofibus protocol
Inbuilt ground fault pratecbori available 20% to 100% of tn

FTM (Thermal Magnetic) Release
Composed to User-Friendly Method

Double contact structure
Adjustable Overload 80-100%

Adjustable Overload 80-100%
Adjustable Short circuit 5 - 10 In


























Switch disconnectors
Knowledge Manager (QR Code)

Provision of theimai memory: OT-J/OFF
Inbuilt ground fault pratecbori available 20% to 100% of tn

Current Limiting Type, Direct Mounting Arrangement for Extended Rotary Handle,
Thermal Magnetic Trip Unit with Adjustable O/L & S/C

Adjustable Overload From 63-100% & Neutral Protection for All Breakers
Current Limiting Type, Direct Mounting Arrangement for Extended Rotary Handle,




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What is a 63 Amp MCCB?
A 63 Amp MCCB (Molded Case Circuit Breaker) is an electrical safety device designed to protect electrical circuits from damage caused by overcurrents or short circuits. The 63 Amp rating indicates its maximum continuous current carrying capacity.
What is the main function of a 63 Amp MCCB?
The primary function of a 63 Amp MCCB is to automatically interrupt the flow of electrical current when it exceeds a safe level (63 Amps in this case), thereby preventing overheating, fire, and damage to connected equipment.
Where are 63 Amp MCCBs typically used?
63 Amp MCCBs are commonly found in industrial, commercial, and sometimes residential applications where higher current loads are present. They are often used as main incomers for distribution boards, for protecting larger machinery, or in motor control circuits.
What is the difference between an MCCB and an MCB?
While both are circuit breakers, MCCBs are generally rated for higher currents and voltages than Miniature Circuit Breakers (MCBs). MCCBs also often feature adjustable trip settings and are more robustly constructed for demanding applications.
How do I choose the right 63 Amp MCCB for my application?
When selecting a 63 Amp MCCB, consider the required breaking capacity (fault current rating), voltage rating, trip curve characteristics, and any specific environmental or application requirements. Consulting an electrician is recommended for complex installations.