Schneider G12E3A80 | Circuit breaker, GoPact MCCB 125, 3 poles, 15kA at 415VAC, 80A rating, TMD trip unit, adjustable thermal protection

 Schneider G12E3A80Description.

Schneider G12E3A80 | Circuit breaker, GoPact MCCB 125, 3 poles, 15kA at 415VAC, 80A rating, TMD trip unit, adjustable thermal protection

This product is part of the new GoPact Molded Case Circuit Breakers range (MCCB). It is a complete 3 poles circuit breaker made of a 125A breaker frame and of a thermal magnetic trip unit (TMD). GoPact MCCB has a good price-performance ratio for basic applications and delivers a reliable electrical protection for your applications. The breaking capacity (Icu) is 15kA rms at 415VAC 50/60Hz. The operational voltage is 415VAC 50/60Hz. This product embeds a 80A rating (In) thermal-magnetic trip unit (TMD). This TMD trip unit provides an adjustable thermal protection Ir (against overloads) with a setting range from 0.8xIn to 1xIn (64A-80A). And it provides a fixed magnetic (against short-circuits) protection set to 10xIn (800A). GoPact MCCB comes with a variety of optional accessories simple to choose and to install. Product dimensions are 75mm (Width) x 130mm (Height) x 60mm (Depth). The weight is 0.7 kg. GoPact MCCB 125 is IEC 60947-1 and IEC 60947-2 certified. GoPact MCCB range benefits from Schneider Electric quality assurance.

Introduction to the Schneider G12E3A80

What is the Schneider G12E3A80?

Why is it important to understand its features?

Brief overview of Schneider Electric

Technical Specifications

Voltage and Current Ratings

Dimensions and Weight

Operating Temperature Range

Compliance and Certifications

Key Features

Advanced Technology Integration

Energy Efficiency

Durability and Reliability

User-Friendly Interface

Applications and Use Cases

Industrial Automation

Commercial Buildings

Residential Applications

Comparative Analysis

Schneider G12E3A80 vs. Competitors

Strengths and Weaknesses

Installation and Setup

Step-by-Step Guide

Common Installation Issues and Solutions

Maintenance and Troubleshooting

Best Practices for Maintenance

Troubleshooting Guide for Common Problems

Cost Analysis

Initial Investment

Long-Term Cost Savings

Customer Reviews and Testimonials

Real-Life Experiences

Pros and Cons According to Users

Future Developments and Upgrades

Potential Enhancements

Industry Trends

Conclusion