شنايدر GM20D4N2004BEE | مفتاح نقل يدوي، GoPact MTS 200، 4 أقطاب، 200 أمبير، 415 فولت تيار متردد 50/60 هرتز، مقبض دوار ممتد، انتقال مفتوح

Schneider GM20D4N2004BEE: A High-Performance 2000A MCCB for Advanced Electrical Protection

Introduction

Schneider Electric continues to provide top-tier solutions for electrical protection, offering products designed to handle high-power applications. The it, a 2000A 4-pole Molded Case Circuit Breaker (MCCB), is one of Schneider’s heavy-duty offerings, specifically built to safeguard electrical systems in high-demand environments. With a strong emphasis on reliability, safety, and performance, this MCCB is ideal for industries and infrastructures requiring high-current management.

What is the Schneider GM20D4N2004BEE?

it is a 4-pole MCCB capable of handling up to 2000A of current. Its primary function is to protect electrical circuits from overloads, short circuits, and other faults that could compromise the safety and integrity of electrical systems. The 4-pole design makes it suitable for three-phase systems, offering protection for both phase and neutral conductors.

Key Benefits of the GM20D4N2004BEE

• High Current Capacity: With a rating of 2000A, this MCCB is perfect for installations with substantial electrical loads.
• Comprehensive Protection: Offers protection from electrical faults, preventing equipment damage and ensuring system uptime.
• 4-Pole Design: Provides full coverage for three-phase systems, including neutral, enhancing overall safety.

Key Features of the Schneider GM20D4N2004BEE

it offers advanced features that make it a reliable and efficient solution for large electrical setups:

• Current Rating: Capable of handling up to 2000A, which is suitable for large industrial or infrastructure systems.
• Voltage Rating: Designed for 400-690V AC, making it compatible with various industrial and commercial setups.
• 4-Pole Configuration: This ensures the MCCB can protect all three phases and the neutral, reducing the risks of faults in complex systems.
• High Breaking Capacity: it is equipped with a high fault current breaking capacity, allowing it to interrupt circuits safely during fault conditions.
• Thermal-Magnetic Trip Unit: This adjustable trip unit protects against both overloads and short circuits, providing precise fault protection.

Technical Specifications

Below are the detailed specifications for the Schneider GM20D4N2004BEE:

• Rated Current (In): 2000A
• Rated Voltage (Un): 400-690V AC
• Breaking Capacity: 50-85 kA, based on system configuration
• Number of Poles: 4 poles (three-phase system with neutral)
• Trip Unit Type: Thermal-magnetic, offering protection against overloads and short circuits
• Mounting Options: Can be mounted on a DIN rail or in a panel, depending on system requirements

These specifications showcase the MCCB’s ability to provide robust protection in large-scale and high-power systems.

Applications of the Schneider GM20D4N2004BEE

it is specifically designed for demanding electrical environments, making it ideal for the following applications:

• Industrial Manufacturing: Suitable for large plants that operate heavy machinery and require significant electrical loads.
• Commercial Complexes: Office buildings, malls, and other large-scale commercial establishments benefit from its reliable protection.
• Power Distribution: Used in power distribution panels for safe and reliable disconnection during fault conditions.
• Infrastructure Projects: Ideal for projects like airports, railways, and metro systems that demand constant power and safety.

Design and Build Quality

it is built with high-quality materials to ensure it withstands the rigors of continuous operation in harsh environments. Its design emphasizes durability, thermal stability, and electrical safety, providing reliable performance over extended periods.

Safety Features

• Arc Suppression: Designed to minimize arcing during fault conditions, ensuring the safe disconnection of circuits.
• Precision Trip Units: The thermal-magnetic trip units are adjustable, allowing for customized protection based on the specific electrical load.

Installation Process

Installing it is a straightforward process for trained electricians. Below is a step-by-step guide for installation:

1. Power Down: Ensure the main power source is turned off before beginning the installation.
2. Mounting: Choose the appropriate mounting option (DIN rail or panel) and securely place the MCCB.
3. Wiring: Follow the wiring diagram to correctly connect the phases and neutral conductor.
4. Set Trip Unit: Adjust the thermal and magnetic trip settings according to the system’s load requirements.
5. Testing: Conduct a full test of the system to verify that the MCCB is operating correctly.

By following these steps and adhering to safety standards, the MCCB can be safely installed and commissioned.