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Air Circulation Channel
Padlocking Facility

Improved air channels
Color coded on/off indication on dolly

Label holder facility for all configurations
True contact indication for individual pole

Padlocking Facility
Integrated Labour Channel Holder

Integrated Labour Channel Holder
Large Terminal Screws

With extended terminals and mounting brackets

Higher System Performance with Optimized Cost
Positive Contact Indication for Assurance of Disconnection

Every device is provided with a dual position DIN rail
13 Plates Arc Chute for effective arc quenching



Tripping Characteristics: B, C & D
Full range of accessories: Shunt trip, auxiliary switch, anti-tamper device

Integrated Labour Channel Holder
Low watt loss-almost 50% of the values prescribed by IS/IEC

Tripping Characteristics: B, C & D
Bi connect optionally on load or line



Made From Flame Retardant Body which is PBT Known for...

Made From Flame Retardant Body which is PBT Known for...

Made From Flame Retardant Body which is PBT Known for...

Scratch and solvent resistant body
25 mm² cage terminals

Silver Contact Point for Long Durability & Finger Touch Proof
Air Vent Provision for Strategic Air Circulation Around Individual Poles

Two Stage easy snapping device for Din Rail Mounting
Finger Proof Terminal

Integrated Label Channel Holder
Finger Proof Terminal

Air Circulation Channel
Large Terminal Screws

Padlocking Facility
Finger Proof Terminal

Integrated Labour Channel Holder
Low watt loss-almost 50% of the values prescribed by IS/IEC


Positive Contact Indication for Assurance of Disconnection
Higher System Performance with Optimized Cost

Electrical/Mechanical Life:10,000 Cycles
Magnetic Release Setting:(5-10)ln

Magnetic Release Setting:(5-10)ln
Electrical/Mechanical Life:30,000 Cycles

DC MCB

Electrical/Mechanical Life:30,000 Cycles
Magnetic Release Setting:(10-20)ln

Trip Current: 7-10 times of Input Current
Rated Impulse Voltage: 440 V

Padlocking Facility
Low watt loss-almost 50% of the values prescribed by IS/IEC

AC MCB
Magnetic Release Setting:(5-10)ln

DC MCB

Full range of accessories: shunt, UV, auxiliary
Tripping Characteristics: B, C & D

Rated Impulse Voltage: 440 V
Dielectric Strength: 10 kA

Large Terminal Screws
Fin ger proof Terminal

Can be Used for DC Application Upto 60 V per
Positive Contact Indication for Assurance of Disconnection
Hang on, Loading More
What is the difference between 1 pole and 2 pole MCB?
A single-pole MCB protects one live wire, ideal for smaller circuits. A double-pole MCB protects both live and neutral wires, offering enhanced safety for larger appliances and circuits.
What is a single pole MCB used for?
A single-pole Miniature Circuit Breaker (MCB) is primarily used to protect a single electrical circuit from overcurrents. It's ideal for controlling and safeguarding individual appliances or lighting circuits in residential and commercial settings.
What is the range of single pole MCB?
Single-pole MCBs typically range from 6A to 63A, with common ratings including 10A, 16A, 20A, and 32A. These are suitable for various residential and commercial applications.
What are the three types of MCB?
MCBs come in various types, including Type B for general use, Type C for higher surge currents, and Type D for very high inrush currents. Each is suited for different applications.
What is a Single Pole MCB?
A Single Pole Miniature Circuit Breaker (MCB) is an electrical safety device designed to protect a single electrical circuit from overcurrents, such as overloads and short circuits. It interrupts the flow of electricity when a fault is detected.
How does a Single Pole MCB work?
It uses a bimetallic strip to detect overloads (slow-acting) and an electromagnet to detect short circuits (fast-acting). When a fault current exceeds a predetermined level, these mechanisms trigger a trip, opening the circuit and stopping the power flow.
Where are Single Pole MCBs typically used?
Single Pole MCBs are commonly used in residential and commercial electrical systems to protect individual circuits like lighting, single outlets, or specific appliances that require only one active conductor to be switched.
What is the main difference between a Single Pole and a Double Pole MCB?
A Single Pole MCB switches only one live conductor, while a Double Pole MCB switches both the live and neutral conductors simultaneously. Double Pole MCBs offer a higher level of safety for certain applications and circuits.
Can a Single Pole MCB be used for DC circuits?
While primarily designed for AC circuits, some Single Pole MCBs are rated and suitable for use in low-voltage DC applications, but its crucial to check the manufacturers specifications to ensure compatibility and safety.