Havells Adjustable Thermal & Adjustable Magnetic 3P MCCB 200A 16KA IHLASBC30200

Havells Adjustable Thermal & Adjustable Magnetic 3P MCCB 415V 200A 16KA IHLASBC30200 is a reliable and efficient device that protects electrical circuits from overload, short circuit, and earth fault. It has a current rating of 200A and a breaking capacity of 16kA. The MCCB is adjustable, so you can set the trip point to match the specific needs of your circuit.

Features

• Adjustable thermal and magnetic protection
• Breaking capacity of 16kA
• Compact and rugged design
• Easy to install and use
• Wide range of operating temperatures
• Complies with IS/IEC 60947-2 standards

Benefits

• Protects electrical circuits from overload, short circuit, and earth fault
• Prevents damage to equipment and reduces downtime
• Improves safety and reliability of electrical installations
• Easy to use and maintain
• Value for money

Applications

Havells Adjustable Thermal & Adjustable Magnetic 3P MCCB 415V 200A 16KA IHLASBC30200 is ideal for use in a wide range of applications, including:

• Industrial buildings
• Commercial buildings
• Residential buildings
• Infrastructure projects
• Power generation and distribution plants
• Oil and gas industry facilities
• Mining facilities
• Food and beverage processing plants
• Textile mills
• Paper mills
• Chemical plants

How it works

Havells Adjustable Thermal & Adjustable Magnetic 3P MCCB 415V 200A 16KA IHLASBC30200 works by monitoring the current flowing through the circuit. If the current exceeds the setpoint, the MCCB trips and disconnects the circuit from the power supply. This protects the circuit from overload and short circuit.

The MCCB also has an earth fault protection feature. If an earth fault occurs, the MCCB trips and disconnects the circuit from the power supply. This prevents the circuit from becoming energized, which can cause electric shock and fire.

Installation and use

Havells Adjustable Thermal & Adjustable Magnetic 3P MCCB 415V 200A 16KA IHLASBC30200 is easy to install and use. It is typically mounted in a distribution board or switchgear. The MCCB is connected to the circuit and the power supply using the terminals provided.

Once the MCCB is installed, it is important to set the thermal and magnetic trip points. The thermal trip point should be set slightly above the normal operating current of the circuit. The magnetic trip point should be set to a value that is high enough to withstand the starting current of the load, but low enough to trip quickly in the event of a short circuit.