Schneider TR63D4R5004TPE | TransferPacT Remote, 500A, 400V, 4P, Remote, frame 630A

Schneider TR63D4R5004TPE: Powerful 500A 4-Pole MCCB for Comprehensive Electrical Protection

Introduction

The Schneider TR63D4R5004TPE is a 500A 4-pole Molded Case Circuit Breaker (MCCB), providing high-end protection for electrical systems against overloads, short circuits, and ground faults. Designed for demanding industrial, commercial, and infrastructure applications, this MCCB ensures maximum system safety and reliability by offering advanced protection for three-phase systems with a neutral conductor.

What is the Schneider TR63D4R5004TPE?

it is a high-capacity 500A MCCB with a 4-pole design, meaning it offers protection for three-phase electrical systems along with a neutral line. Its thermal-magnetic trip unit enables it to protect equipment from both overload conditions and short circuits, making it a versatile and powerful solution for medium to heavy electrical loads.

Key Benefits of the TR63D4R5004TPE

• 500A Current Rating: Capable of handling significant electrical loads in demanding applications.
• 4-Pole Design: Provides comprehensive protection by covering all phases and the neutral conductor.
• Thermal-Magnetic Trip Unit: Responds accurately to both overloads and short circuits, ensuring quick and reliable fault isolation.

Key Features of the Schneider TR63D4R5004TPE

it offers several advanced features that make it stand out:

• 500A Current Capacity: Designed to handle large electrical loads, making it ideal for industrial and commercial use.
• 4-Pole Configuration: Provides protection for all three-phase conductors and the neutral, ensuring total system safety.
• Thermal-Magnetic Trip Unit: Delivers fast and accurate fault detection for overloads and short circuits, minimizing downtime.
• High Breaking Capacity: Allows the MCCB to safely interrupt high fault currents, protecting the entire electrical system.

Technical Specifications

Here are the detailed technical specifications for it

• Rated Current (In): 500A
• Rated Voltage (Un): 400-690V AC
• Breaking Capacity: 36-50 kA, based on the setup
• Number of Poles: 4-pole (3-phase + neutral)
• Trip Unit: Thermal-magnetic trip unit
• Mounting Options: DIN rail or panel mounting available
• Operating Temperature Range: -25°C to +70°C
• Protection Class: IP20 standard, with optional covers for enhanced protection

These specs ensure the MCCB is robust enough to handle challenging environments, making it suitable for a wide range of applications where electrical protection is critical.

Applications of it

The Schneider TR63D4R5004TPE is versatile enough to be used in various sectors, such as:

• Industrial Manufacturing: Ensures protection for heavy machinery, production equipment, and distribution networks in factories.
• Commercial Buildings: Safeguards electrical systems in large office buildings, retail centers, and entertainment complexes.
• Infrastructure Projects: Ideal for transportation hubs, hospitals, and other critical infrastructure requiring continuous power protection.
• Energy Systems: Can be integrated into renewable energy systems such as solar or wind, where fault protection is vital.

Design and Build Quality

it is designed to last in demanding environments. Its rugged construction ensures durability and reliable operation even in harsh conditions. The MCCB’s casing provides resistance to dust, moisture, and mechanical stress, ensuring it complies with international quality and safety standards.

Safety Features

• Arc Flash Mitigation: Designed to minimize the risk of arc flash incidents, protecting both the equipment and operators.
• Thermal-Magnetic Trip Unit: Offers fast and precise fault detection, isolating issues before they can spread and cause extensive damage.

Installation Process

Installing it is straightforward, thanks to its flexible mounting options. Here’s a basic guide to the installation process:

1. Ensure System is Powered Off: Safety first—always de-energize the system before starting installation.
2. Mount the MCCB: Choose between DIN rail or panel mounting, depending on your system configuration.
3. Connect the Cables: Wire the incoming and outgoing cables securely to their designated terminals.
4. Set Trip Parameters: Adjust the thermal and magnetic trip settings according to the load characteristics of your system.
5. Test the Installation: Run operational tests to ensure that the breaker is functioning correctly and responds to fault conditions as expected.