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FUJI 225A 3P MCCB

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MOQ : 1 Number

FUJI 225A 3P MCCB Specification

Rated Short Circuit Making Current
50 kA

Breaking Capacity
50 kA

Mechanical Life
10,000 cycles

Phase
Three Phase

Rated Short Circuit Breaking Current
25 kA

Product Type
Molded Case Circuit Breaker (MCCB)

Installation Options
Panel Mounted

Function
Overcurrent & Short Circuit Protection

Poles Number
3 Poles

Rated Voltage
AC 690V Max

Rated Current
225A

Rated Frequency
50/60 Hz

Curves
C Curve

Temperature Protection
Thermal and Magnetic Trip Units

Weight
Approx. 4.8 kg

Color
Grey/Black

FUJI 225A 3P MCCB Trade Information

Minimum Order Quantity
1 Number

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Sample Available
Yes

Main Export Market(s)
Asia

Main Domestic Market
All India

About FUJI 225A 3P MCCB

Fuji 225A 3P Mccb Available In Stock At Raj Electricals, Bhavnagar, Gujarat, India.

We are engaged in the supply, dealing, distribution, export and import of the widest range of electrical and electronic items that would suit every type of project, economy and medium.

Product Description :-

Type :- Moulded Case Circuit Breaker

Brand :- Fuji

Ampere :- 225

Number Of Pole :- 3

Model Number :- SG203RAY-W

Breaking Capacity :- 50 kA

Current Voltage :- 415V

Frequency :- 50 Hz.

We Supply Our Products In All Over India And Also In Foreign Countries.

For More Details Contact : 9426838080.

Website: www.rajelectrics.com.

Email: raj_electricals@hotmail.com.

High-Reliability Circuit Protection

Benefit from FUJI's advanced engineering with the 225A 3P MCCB. Its fixed thermal and magnetic trip units offer consistent protection against overcurrents and short circuits, making it an ideal solution for electrical distribution in industrial and commercial sectors. The breaker's robust construction ensures a mechanical life of up to 10,000 cycles, enhancing operational longevity.

Versatile Design for Flexible Installations

The MCCB's vertical and horizontal mounting options, along with panel mounting capability, simplify integration into various distribution boards. Box terminals further streamline connections, while the IP20 protection degree safeguards against contact with live parts. Its compact frame allows for space-efficient panel layouts without compromising performance.

FAQ's of FUJI 225A 3P MCCB:

Q: How does the FUJI 225A 3P MCCB provide circuit protection?

A: The FUJI 225A 3P MCCB uses fixed thermal and magnetic trip units to detect overcurrents and short circuits. These mechanisms automatically interrupt the circuit in case of abnormal current flow, effectively preventing equipment damage or fire hazards.

Q: What environments are suitable for installing this MCCB?

A: This MCCB operates efficiently in industrial, commercial, or infrastructure projects where three-phase AC circuits up to 690V and 225A are standard. Its operating temperature range of -5C to +40C and IP20 protection suit most indoor installations.

Q: When is it necessary to use an MCCB with a breaking capacity of 50 kA?

A: A 50 kA breaking capacity is crucial in electrical systems where high prospective fault currents can occur, such as in heavy-duty industrial plants or large commercial facilities. This ensures safe interruption of high fault currents, protecting both equipment and personnel.

Q: Where should the FUJI 225A MCCB be installed?

A: The device is designed for panel mounting within electrical distribution boards. It supports both vertical and horizontal installation configurations, providing flexibility according to panel layout and space constraints.

Q: What is the process for connecting cables to this MCCB?

A: The FUJI 225A MCCB is equipped with box terminals to facilitate easy and secure cable connections. Ensure the power is off before installation, then strip the cable ends and attach them to the terminals according to the manufacturer's guidelines for proper torque and safety.

Q: How does the MCCB's dual protection benefit end users?

A: By combining thermal protection against prolonged overcurrent and magnetic protection against short circuits, users gain comprehensive safety for their electrical systems. This dual functionality reduces the risk of downtime and costly equipment damage.

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