شنايدر TA10D2L0323TPE | مفتاح النقل التلقائي النشط، TransferPacT Active التلقائي، 32A، 2P، LCD، الإطار 100A

Schneider TA10D2L0323TPE: Comprehensive Protection with the 32A 2-Pole MCCB

Introduction

The Schneider TA10D2L0323TPE is a 32A 2-pole Molded Case Circuit Breaker (MCCB) designed to protect electrical systems from overloads, short circuits, and other electrical faults. Schneider Electric, a leading global provider of energy and automation digital solutions, has engineered this MCCB to provide efficient protection for low to moderate power requirements in residential, commercial, and light industrial environments.

What is the Schneider TA10D2L0323TPE?

it is a 32A-rated 2-pole MCCB, designed to protect single-phase or split-phase electrical circuits. The 2-pole configuration allows the circuit breaker to provide protection for both the live and neutral wires, ensuring enhanced safety. It features a thermal-magnetic trip unit, making it suitable for protection against overloads and short circuits in small electrical systems.

Key Benefits 

• 32A Current Rating: Ideal for low to medium power distribution systems.
• 2-Pole Configuration: Provides protection for both phase and neutral conductors in residential and light commercial settings.
• Thermal-Magnetic Trip Unit: Offers dual protection for overcurrent and short circuits, ensuring fast response and maximum safety.

Key Features of the Schneider TA10D2L0323TPE

it includes several key features designed to enhance protection and reliability:

• 32A Current Rating: Designed for smaller electrical systems, such as residential wiring or low-capacity commercial installations.
• 2-Pole Design: Protects both the live and neutral lines, ensuring the safety of the entire circuit.
• Thermal-Magnetic Trip Unit: Reacts quickly to overloads and short circuits to disconnect the faulty section, preventing further damage.
• Compact and Easy to Install: Its size and straightforward installation make it ideal for small distribution panels.

Technical Specifications

Here are the essential technical specifications of it:

• Rated Current (In): 32A
• Rated Voltage (Un): 230/400V AC
• Breaking Capacity: Up to 10 kA
• Number of Poles: 2-pole (live + neutral)
• Trip Unit: Thermal-magnetic for overload and short circuit protection
• Mounting Options: DIN rail mounting
• Operating Temperature Range: -5°C to +60°C
• Protection Class: IP20 (with optional covers for added protection)

These specifications make the TA10D2L0323TPE a reliable choice for protecting smaller systems in residential and light commercial applications.

Applications of the Schneider TA10D2L0323TPE

it is suitable for a variety of low to moderate power applications:

• Residential Electrical Circuits: Provides protection for lighting, general-purpose outlets, and small appliances.
• Small Commercial Systems: Ideal for small office buildings, retail shops, and similar establishments with lower power requirements.
• Light Industrial Applications: Can be used for minor machinery or equipment in light industrial setups.
• Renewable Energy Systems: Suitable for small-scale solar or wind power systems, ensuring fault protection in the inverter or distribution boards.

Design and Build Quality

it is built to Schneider Electric’s high standards, ensuring that it can endure prolonged use and environmental challenges. Its rugged design ensures that it can withstand moderate physical stress, and the MCCB is designed to comply with international safety and quality standards, such as IEC and UL certifications.

Safety Features

• Arc Fault Protection: The MCCB is engineered to minimize the risk of arc faults, improving the safety of the entire electrical system.
• Thermal-Magnetic Trip Unit: Offers immediate disconnection of faulty circuits, preventing further system damage.

Installation Process

Installing it is easy due to its DIN rail mounting design. The steps are as follows:

1. Turn Off Power: Before installation, make sure to disconnect power to the system.
2. Mount the Breaker: Install the MCCB on a DIN rail in the distribution panel.
3. Connect the Wires: Connect the live and neutral wires to their respective terminals.
4. Set the Trip Parameters: If needed, adjust the thermal and magnetic settings according to the specific load requirements.
5. Test the Installation: After installation, test the circuit breaker to ensure proper operation and fault detection.