Hager 3a Three Pole MCB

Hager 3a Three Pole MCB Specification

Rated Short Circuit Making Current
Up to 6 kA

Phase
Three Phase

Breaking Capacity
6 kA

Mechanical Life
> 20,000 operations

Rated Short Circuit Breaking Current
6 kA

Product Type
High Voltage

Installation Options
DIN Rail Mounting

Function
Electric

Poles Number
3

Rated Voltage
415V AC

Rated Current
3A

Rated Frequency
50/60 Hz

Curves
C Curve

Temperature Protection
Up to +55C

Weight
Approx. 250g

Color
White

IP Rating
IP20

Mounting Position
Vertical and Horizontal

Standards Compliance
IEC/EN 60898-1

Housing Material
High Strength Flame Retardant Plastic

Operating Voltage Range
230/400 V AC

Storage Temperature
-25C to +70C

Terminal Capacity
Up to 25 mm2

Connection Type
Screw Type Terminals

Tripping Mechanism
Thermal Magnetic

Hager 3a Three Pole MCB Trade Information

Minimum Order Quantity
50 Pieces

FOB Port
Delhi

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About Hager 3a Three Pole MCB

Introducing the New Release Hager 3A Three Pole MCB - a top-rated solution engineered for ultimate protection and reliability. Get It Now to experience prodigious electrical safety with this brilliant MCB, compliant with IEC/EN 60898-1 standards. Featuring a lustrous white, high strength flame retardant housing, it supports vertical and horizontal DIN rail mounting. Enjoy robust performance with a 6 kA breaking capacity, thermal magnetic tripping mechanism, and versatile screw-type terminals. Ideal for dealers, suppliers, or traders in India seeking premium, dependable electric protection.

Unmatched Advantages and Applications

The Hager 3A Three Pole MCB sets itself apart with superior breaking capacity, over 20,000 mechanical operations, and a versatile installation approach for both vertical and horizontal orientations. Its compact, flame-retardant body and secure screw terminals make it ideal for commercial, industrial, and residential setups needing efficient three-phase circuit protection. Designed for broad compatibility, its 6 kA short-circuit rating and sturdy build ensure lasting safety and optimal performance across numerous demanding environments.

Domestic Market Reach, Secure Shipping & Quick Delivery

With a robust market value in the Indian domestic sector, the Hager 3A Three Pole MCB is available for dealers, wholesalers, and distributors across major regions. Each unit is meticulously packaged for secure shipping, ensuring your expenditure is met with uncompromised quality and safe transit. Thanks to streamlined logistics, delivery times are minimized, letting you promptly benefit from its protective features and dependable performance for all your electrical installation needs.

FAQ's of Hager 3a Three Pole MCB:

Q: How does the Hager 3A Three Pole MCB enhance electrical safety in installations?

A: The MCB employs a thermal magnetic tripping mechanism and a 6 kA breaking capacity, providing reliable circuit protection against overloads and short circuits in three-phase systems.

Q: What are the main areas where this MCB can be installed?

A: It is suitable for residential, commercial, and industrial settings requiring efficient three-phase protection, and can be easily mounted vertically or horizontally on DIN rails.

Q: When should the Hager 3A MCB be considered for use over single or double pole options?

A: Use this three pole MCB when you need to manage and protect all phases in a three-phase electrical supply, offering balanced and simultaneous disconnection during faults.

Q: Where can dealers and distributors source the Hager 3A Three Pole MCB in India?

A: Dealers, distributors, manufacturers, suppliers, and traders can source this MCB through authorized Hager channels, electrical wholesalers, or direct distribution partners across India.

Q: What benefits does the high strength flame retardant plastic housing provide?

A: The robust and flame-retardant construction ensures greater safety, enhanced mechanical durability, and long-term resistance against thermal and electrical stress within demanding environments.

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