Description

Schneider G12F3F63 | Circuit breaker, GoPact MCCB 125, 3 poles, 30kA at 415VAC, 63A rating, TMD trip unit, fixed thermal protection

Outline Table

Heading	Subheading
Introduction
Overview of Schneider G12F3F63
Features and Specifications
Working Principle
Application Areas
Benefits
Comparison with other MCCBs
Installation Process
Maintenance Tips
Troubleshooting Guide
Conclusion
FAQs
What is the maximum breaking capacity of Schneider G12F3F63?
How does the TMD trip unit function in this circuit breaker?
Can Schneider G12F3F63 be used for industrial applications?
Is there any specific installation requirement for this MCCB?
How often should maintenance checks be performed on this circuit breaker?

Schneider G12F3F63 | Circuit Breaker, GoPact MCCB 125, 3 Poles, 30kA at 415VAC, 63A Rating, TMD Trip Unit, Fixed Thermal Protection Description

Introduction

In the realm of electrical distribution systems, circuit breakers play a pivotal role in ensuring safety and functionality. Among these, the Schneider G12F3F63 stands out as a reliable and efficient option, designed to meet the demands of modern electrical setups.

Overview of Schneider G12F3F63

The Schneider G12F3F63 is a robust circuit breaker featuring a GoPact MCCB 125 design with 3 poles. Its impressive 30kA breaking capacity at 415VAC makes it suitable for handling substantial electrical loads, making it a preferred choice in various industrial and commercial settings.

Features and Specifications

• Rating: 63A
• Trip Unit: TMD (Thermal Magnetic)
• Protection: Fixed Thermal Protection
• Breaking Capacity: 30kA at 415VAC
• Poles: 3
• Manufacturer: Schneider Electric

Working Principle

The working principle of the Schneider G12F3F63 revolves around its TMD trip unit, which combines thermal and magnetic mechanisms to swiftly detect and interrupt electrical faults. This ensures prompt protection of electrical circuits against overloads and short circuits.

Application Areas

This MCCB finds extensive use in:

• Industrial machinery
• Commercial buildings
• Data centers
• Power distribution networks

Benefits

• Enhanced safety due to high breaking capacity
• Reliable protection against electrical faults
• Efficient thermal protection mechanism
• Compatibility with diverse applications

Comparison with other MCCBs

Compared to traditional circuit breakers, the Schneider G12F3F63 offers superior performance and reliability, making it a preferred choice for critical electrical installations.

Installation Process

Installing the Schneider G12F3F63 follows standard procedures outlined in the manufacturer’s guidelines. It is crucial to adhere to recommended practices to ensure optimal performance and safety.

Maintenance Tips

Regular maintenance checks are essential to uphold the MCCB’s performance. Inspections should include:

• Visual checks for damage or wear
• Testing of trip functionalities
• Calibration of protective settings

Troubleshooting Guide

In case of operational issues, refer to the user manual for troubleshooting steps. Consulting qualified electricians is advisable for complex problems.

Conclusion

The Schneider G12F3F63 circuit breaker offers a blend of robustness, efficiency, and safety, making it an indispensable component in modern electrical systems. Its advanced features and reliable performance make it a top choice for diverse industrial and commercial applications.

FAQs

1. What is the maximum breaking capacity of Schneider G12F3F63? The Schneider G12F3F63 boasts a breaking capacity of 30kA at 415VAC, ensuring robust protection against electrical faults.
2. How does the TMD trip unit function in this circuit breaker? The TMD trip unit combines thermal and magnetic elements to detect and interrupt electrical faults swiftly, ensuring efficient protection.
3. Can Schneider G12F3F63 be used for industrial applications? Yes, the Schneider G12F3F63 is designed to meet the demands of industrial environments, offering reliable performance and safety.
4. Is there any specific installation requirement for this MCCB? Follow the manufacturer’s installation guidelines to ensure proper installation and optimal performance of the Schneider G12F3F63.
5. How often should maintenance checks be performed on this circuit breaker? Regular maintenance checks should be conducted as per the manufacturer’s recommendations to ensure continued reliability and safety.