Schneider TA10D4L1004TPE | active automatic transfer switch, TransferPacT Active automatic, 100A, 4P, LCD, frame 100A

Schneider TA10D4L1004TPE: 100A 4-Pole MCCB for Reliable Circuit Protection

Introduction

Schneider Electric stands as a global leader in energy management and automation solutions, committed to providing innovative and efficient electrical products. The Schneider TA10D4L1004TPE is part of the TA series molded case circuit breakers (MCCBs), designed to offer dependable protection for electrical systems. With a robust 100A 4-pole configuration, this MCCB safeguards against overloads, short circuits, and other electrical faults, making it suitable for diverse applications.

What is the Schneider TA10D4L1004TPE?

it is an 80A-rated 4-pole MCCB designed to protect electrical circuits by breaking the current flow during fault conditions. Its 4-pole configuration allows for the protection of three-phase circuits along with the neutral, ensuring comprehensive protection in various settings.

Why Choose a 100A 4-Pole MCCB?

• Comprehensive Protection: Ideal for circuits requiring the safeguarding of three phases and neutral lines.
• High Load Capacity: The 100A rating caters to medium to heavy electrical loads, making it suitable for various applications.

Key Features 

it boasts several notable features, including:

• 100A Current Rating: Suitable for higher-load applications, ensuring efficient operation.
• Thermal-Magnetic Trip Mechanism: Provides dual protection against both overload (thermal) and short circuits (magnetic).
• 4-Pole Configuration: Ensures comprehensive protection across three-phase and neutral circuits.
• High Breaking Capacity: Designed to handle high fault currents, minimizing damage during faults.
• Durable Construction: Built to comply with international safety standards, including IEC/EN 60947-2.

Technical Specifications

Here are the detailed technical specifications for it:

• Rated Current: 100A
• Number of Poles: 4
• Breaking Capacity: Up to 25 kA
• Rated Voltage: 400V AC
• Trip Unit: Thermal-magnetic
• Mounting Type: DIN rail or panel mounting
• Operating Temperature: -5°C to +60°C
• Ingress Protection (IP) Rating: IP20 (suitable for indoor use)

Applications of the Schneider TA10D4L1004TPE

it is versatile and can be used in various applications, including:

• Residential Installations: Ideal for protecting larger homes or multi-family units with higher electrical demands.
• Commercial Spaces: Suitable for offices, retail locations, and other commercial establishments with medium to high loads.
• Industrial Environments: Works well in light to medium industrial applications, ensuring the safety of machinery and equipment.
• Renewable Energy Systems: Can be effectively used in solar panel and wind energy setups to provide essential protection.

Design and Build Quality

it is constructed with high-quality materials to ensure durability and long-term performance. It adheres to international safety standards, providing users with confidence in its reliability and safety during operation.

Installation Process

Installing the Schneider TA10D4L1004TPE is a straightforward process, which can be completed by following these steps:

1. Power Disconnection: Ensure that the main power source is completely turned off before installation.
2. Mounting: Secure the MCCB onto a DIN rail or a panel as needed.
3. Wiring Connections: Connect the incoming and outgoing wires to the appropriate terminals, ensuring correct phase and neutral connections.
4. Functional Testing: Once installed, restore power and test the MCCB to confirm its proper operation.

Performance and Reliability

it is designed for optimal performance under typical operating conditions. Its thermal-magnetic trip unit responds promptly to overloads and short circuits, ensuring the safety of electrical systems. The MCCB’s breaking capacity of up to 25 kA ensures reliable operation even during severe fault conditions.

Energy Efficiency and Sustainability

Schneider Electric prioritizes sustainability, and the TA10D4L1004TPE is designed with energy efficiency in mind. By reducing energy loss and promoting efficient power usage, this MCCB contributes to lower overall energy consumption. Its production also emphasizes environmentally friendly materials and processes.