MITSUBISHI MCCB - 20A

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MOQ : 100 Pieces

MITSUBISHI MCCB - 20A Specification

Phase
Three Phase

Rated Short Circuit Breaking Current
10kA

Breaking Capacity
10kA

Mechanical Life
Over 10,000 operations

Rated Short Circuit Making Current
20kA

Product Type
Moulded Case Circuit Breaker (MCCB)

Installation Options
Panel Mount

Function
Overload and Short Circuit Protection

Poles Number
3 Poles

Rated Voltage
AC 415V

Rated Current
20A

Rated Frequency
50/60 Hz

Curves
C Curve

Temperature Protection
Integrated Thermal Protection

Weight
Approx. 500g

Color
Grey

MITSUBISHI MCCB - 20A Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
100 Pieces Per Day

Delivery Time
2 Days

Sample Available
Yes

Main Domestic Market
All India

About MITSUBISHI MCCB - 20A

Grab the ineffable quality of the MITSUBISHI MCCB - 20A, designed for those seeking first-class circuit protection. Fresh from the MITSUBISHI NF series, this MCCB offers excellent overload and short circuit protection, ensuring safety with integrated thermal-magnetic trip units. Purchase with confidence knowing it features instantaneous and delayed response times for varied fault conditions. With IP20 protection, versatile mounting options, and a robust three-phase configuration, it stands ready for panel installations. The screw terminal design and clear ON/OFF indicator assure optimal user convenience. Ideal for demanding environments, this MCCB is a trusted choice for reliable electrical distribution.

Application Scope and Uses of MITSUBISHI MCCB - 20A

The MITSUBISHI MCCB - 20A is widely used in industrial plants, commercial buildings, and infrastructure projects. Engineered for integration in power distribution panels, switchboards, and control cabinets, it acts as a safeguard against overloads and short circuits. Utilized as a primary protection device, it ensures uninterrupted operation of essential machinery and circuits. Its reliable switching mechanism makes it perfect for application areas where safety and consistency are crucial for three-phase electrical systems.

Main Export Markets, Packaging, and Delivery Process

Our MITSUBISHI MCCB - 20A reaches international markets through established export channels, with key destinations across Asia, Africa, and the Middle East. Each unit is packaged securely to ensure safe freight and careful handover during shipping. We maintain strong supply ability with regular stock and quick lead times, allowing for prompt delivery to meet urgent project schedules. Clients benefit from smooth logistics and reliable after-sales support, making procurement hassle-free from order to installation.

FAQ's of MITSUBISHI MCCB - 20A:

Q: How does the MITSUBISHI MCCB - 20A ensure comprehensive circuit protection?

A: The MITSUBISHI MCCB - 20A uses a thermal-magnetic trip unit that provides both overload and short circuit protection, helping to maintain reliable operation and prevent damage to electrical systems.

Q: What environments are suitable for installing the MITSUBISHI MCCB - 20A?

A: This MCCB is ideal for industrial, commercial, and infrastructure settings, especially where three-phase power distribution and enhanced safety measures against power faults are required.

Q: Where can the MCCB be mounted during installation?

A: It can be mounted either vertically or horizontally on panels, offering flexibility for various electrical setups and configurations.

Q: What benefits does the ON/OFF contact position indicator provide?

A: The indicator provides clear visual confirmation of the MCCB's operational state, promoting safer maintenance and troubleshooting for users and technicians.

Q: What is the process for purchasing and receiving the MCCB internationally?

A: Customers can order through authorized distributors, exporters, suppliers, or traders. Each MCCB is carefully packed for freight and handed over efficiently to logistics partners, ensuring swift and safe delivery worldwide.

Q: How does the MCCB handle varying fault conditions?

A: It delivers instantaneous protection during short circuits and delayed operation in overload scenarios, thereby protecting connected equipment under all operating conditions.

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