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Common Internal accessories for the entire range
Innovative Accessories viz. Short Circuit Alarm Switch, Illuminated Handle, Shunt

Common Internal accessories for the entire range
Switch disconnectors

Common Internal accessories for the entire range
Switch disconnectors

Adjustable Overload from 0.5 - 1.0ln
Communication using RS485/MOD0JS/Phofibus protocol

Impulse Withstand Voltage: 8 kV
Trip Range: 100 A



Neutral Protection 50% to 100%
Microprocessor Release






Trip free mechanism
FTM (Thermal Magnetic) Release

SS Enclosure available
Trip free mechanism




I2T ON/OFF for Precise Coordination, Pre Trip Alarm Contact to...
Adjustable Overload with Delay/Short Circuit with Adjustable Delay/Ground Fault &



Adjustable Overload Setting Ir= 0.4-1xIn
Optium 2.1 Electronic/Microprocessor Range & Class II Front Face

Optium 2.1 Electronic/Microprocessor Range & Class II Front Face
Ics= 100% Icu

Ground Fault Setting:- Ig= 0.2-1xIn
Optium 2.1 Electronic/Microprocessor Range & Class II Front Face












Trip Range: 100 A
Impulse Withstand Voltage: 8 kV

Customer Care Number: 1800 103 1313
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What is a 630 Amp MCCB?
A 630 Amp MCCB (Molded Case Circuit Breaker) is an electrical safety device designed to protect electrical circuits from damage caused by overcurrents, including overload and short circuits. The 630 Amp rating indicates its maximum continuous current carrying capacity.
What are the main functions of a 630 Amp MCCB?
The primary functions of a 630 Amp MCCB are to provide overcurrent protection (both overload and short-circuit) and to act as a switch to safely disconnect a circuit when necessary, preventing equipment damage and potential fire hazards.
Where are 630 Amp MCCBs typically used?
630 Amp MCCBs are commonly found in industrial and commercial applications, such as main distribution panels, large motor protection, power factor correction equipment, and in systems where high current loads are present.
What is the difference between an MCCB and an MCB?
While both protect circuits, an MCB (Miniature Circuit Breaker) is typically used for lower current ratings (up to 100A) and in residential or light commercial settings. An MCCB has higher current ratings (like 630A) and is more robust, often featuring adjustable trip settings for greater flexibility in industrial environments.
What are key considerations when selecting a 630 Amp MCCB?
Key considerations include the required breaking capacity (kA rating), thermal and magnetic trip settings (which may be adjustable), voltage rating, pole configuration (e.g., 3-pole), environmental conditions, and any specific application requirements like earth leakage protection.