24 hrs Delivery
Electrical & Appliances
Office Supplies
Industrial Tools
Agri & Gardening
Medical & Lab Supplies
Safety Supplies
Automotive
Construction Materials
Packaging & Material Handling

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

Field-Fit table Auxiliaries for Advance Protection & Monitoring
Positive Contact Indication for Assurance of Disconnection

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

Ease, Speed & Flexibility of Installation Biconnect, Line-Load Reversible
Higher Installation Life: Energy Limitation Class 3, Fast Closure Mechanism

Field-Fit table Auxiliaries for Advance Protection & Monitoring
Positive Contact Indication for Assurance of Disconnection

6Ka Breaking Capacity
Energy Limit Class: 3, Designed for enhanced protection in DC...

Higher Installation Life: Energy Limiting Class: 3
Magnetic Arc Chutes to quick Break DC Current in Event

Stylish Design with Sleek & Tapered Edges
Provides Reliable Protection for Your Electrical Circuits

10kA Breaking Capacity for Effective Interruption of Short Circuits
125 Amp Current Rating for Reliable Circuit Protection

C-curve for Mixed Loads
Fast Trip on Overload

Innovative Functions & Curated Color Options
Stylish Design with Sleek & Tapered Edges

Innovative Functions & Curated Color Options
Provides Reliable Protection for Your Electrical Circuits

It Prioritizes Safety by Providing Extra Strength & Insulation
It Excels in Shielding Against Environmental Factors & Enhancing Its


Higher Installation Life: Energy Limiting Class: 3
Magnetic Arc Chutes to quick Break DC Current in Event

PA6 Material is Used Which Has High Strength & Rigidity
Mini MCB with Thermal-Magnetic Trip Unit Technology
























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.