Schneider TR25D4R2004TPE | TransferPacT Remote, 200A, 400V, 4P, Remote, frame 250A

Schneider TR25D4R2004TPE: Powerful 2000A 4-Pole MCCB for Industrial and Commercial Systems

Introduction

Schneider Electric continues to set the standard for reliable and advanced Molded Case Circuit Breakers (MCCBs) with it. This 2000A 4-pole MCCB is engineered to provide robust protection in high-power electrical systems, safeguarding critical equipment and maintaining system integrity. Designed for demanding industrial and commercial environments, the TR25D4R2004TPE offers enhanced safety, durability, and flexibility in protecting three-phase electrical systems with a neutral.

What is the Schneider TR25D4R2004TPE?

it is a 2000A 4-pole MCCB that delivers reliable circuit protection in three-phase electrical systems. It is designed to automatically disconnect power in the event of overloads, short circuits, or ground faults, thereby preventing damage to the electrical system and the connected equipment. The addition of a 4th pole makes this MCCB ideal for installations that require neutral protection alongside phase protection.

Key Benefits 

• 2000A High Current Rating: Capable of handling significant electrical loads in demanding environments.
• 4-Pole Configuration: Provides comprehensive protection, including neutral protection, which is critical for certain three-phase systems.
• Advanced Trip Mechanism: Thermal-magnetic trip unit for quick response to faults, ensuring system safety.

Key Features

The Schneider TR25D4R2004TPE comes with a host of advanced features that make it stand out in power protection:

• High Current Capacity: With a rating of 2000A, this MCCB is designed to protect heavy-duty systems from potential hazards.
• 4-Pole Design: In addition to phase protection, the 4-pole configuration ensures protection for the neutral wire in three-phase systems.
• Thermal-Magnetic Trip Unit: This feature provides two critical types of protection: thermal protection for overloads and magnetic protection for short circuits.
• High Breaking Capacity: Engineered to handle large fault currents, ensuring the system remains intact during electrical surges or faults.

Technical Specifications

Here are the technical specifications for the Schneider TR25D4R2004TPE:

• Rated Current (In): 2000A
• Rated Voltage (Un): 400-690V AC
• Breaking Capacity: Between 50-85 kA (depending on system configuration)
• Number of Poles: 4-pole for comprehensive system protection
• Trip Unit: Thermal-magnetic for overload and short-circuit protection
• Mounting Type: Supports DIN rail or panel mounting for flexible installation

These specifications underscore the MCCB’s ability to provide robust protection in large-scale electrical systems, particularly in heavy industrial and commercial applications.

Applications of the Schneider TR25D4R2004TPE

it is designed for use in environments that demand high current protection and reliable circuit interruption. Some key application areas include:

• Industrial Manufacturing Plants: Ideal for protecting heavy-duty equipment and ensuring reliable power distribution in manufacturing environments.
• Large Commercial Buildings: Provides reliable power protection in high-rise buildings, shopping malls, and office complexes.
• Power Distribution Networks: Ensures safe operation in extensive power distribution systems, such as utility substations and large electrical grids.
• Critical Infrastructure Projects: Suitable for airports, railways, hospitals, and data centers, where electrical continuity and protection are paramount.

Design and Build Quality

Schneider Electric is known for its robust and reliable products, and it is no exception. The MCCB is built with high-quality materials that ensure long-lasting performance, even in challenging environments. It meets international safety standards and certifications, providing peace of mind for system operators and engineers.

Safety Features

• Arc Flash Mitigation: Minimizes the risk of arc flashes, which can cause serious damage to electrical systems and pose safety hazards.
• Fast Response Time: The thermal-magnetic trip unit ensures that the MCCB reacts quickly to electrical faults, disconnecting the circuit before any major damage occurs.

Installation Process

it can be installed using the following steps:

1. Power Down the System: Ensure the entire power system is turned off to avoid any electrical hazards.
2. Mount the MCCB: Use DIN rail or panel mounting based on the system’s infrastructure.
3. Wiring: Carefully connect the wiring as per the system requirements and the MCCB’s wiring diagram, ensuring secure connections across all four poles.
4. Adjust the Trip Unit Settings: Customize the trip settings of the thermal-magnetic unit based on the specific load and protection needs of the system.
5. Test the MCCB: Perform functional testing to ensure the MCCB is operating correctly and providing full protection.