Schneider TA10D3L0804TPE: Reliable 80A 3-Pole MCCB for Modern Electrical Systems
Introduction
Schneider Electric is a renowned leader in providing world-class electrical solutions, and the Schneider TA10D3L0804TPE is a prime example of their reliable and efficient Molded Case Circuit Breaker (MCCB) technology. Rated at 80A, this 3-pole MCCB is designed to provide excellent protection for electrical circuits, ensuring safety and performance across multiple applications.
What is the Schneider TA10D3L0804TPE?
it is an 80A 3-pole MCCB designed to handle higher electrical loads while offering dependable protection against faults such as overloads and short circuits. This device ensures that electrical systems remain safe by automatically disconnecting circuits when irregularities are detected.
Why Opt for the 80A 3-Pole MCCB?
- High Current Handling: The 80A rating provides ample capacity to handle the power requirements in commercial and industrial settings.
- Enhanced Safety: With the 3-pole design, all three phases in a system are simultaneously disconnected, offering full protection.
Key Features of the Schneider TA10D3L0804TPE
it includes a range of valuable features, including:
- 80A Current Rating: Suitable for higher power applications in residential, commercial, and industrial environments.
- Thermal-Magnetic Protection: Combines thermal protection for overloads and magnetic protection for short circuits.
- 3-Pole Configuration: Ensures balanced protection for three-phase systems.
- Compact Size: Ideal for use in panels where space may be limited.
- Quick Installation: Designed for ease of installation, allowing for quick and simple setup.
Technical Specifications
Here’s a detailed look at the key specifications of the Schneider TA10D3L0804TPE:
- Rated Current: 80A
- Number of Poles: 3
- Breaking Capacity: Up to 25 kA
- Rated Voltage: 400V AC
- Trip Unit: Thermal-magnetic
- Mounting Type: DIN rail or panel mount
- Operating Temperature: -5°C to +60°C
- Protection Rating: IP20 (for indoor use)
These technical details ensure that the TA10D3L0804TPE is well-equipped for a wide range of demanding electrical applications.
Applications of the Schneider TA10D3L0804TPE
The Schneider TA10D3L0804TPE is a versatile MCCB that can be used in:
- Commercial Buildings: Provides protection for electrical systems in offices, shopping malls, and other commercial properties.
- Industrial Environments: Ideal for manufacturing plants and heavy machinery where larger electrical loads are common.
- Renewable Energy Installations: Suitable for use in solar and wind power systems that require reliable circuit protection.
- Data Centers: Offers protection for high-capacity electrical systems within critical infrastructure.
Design and Durability
Schneider Electric is known for its rigorous quality control, and the TA10D3L0804TPE is no exception. It features a rugged build with premium materials designed to withstand the stresses of long-term use. The thermal-magnetic trip unit ensures quick reaction times, minimizing downtime and damage during overloads or short circuits.
Safety Standards Compliance
The TA10D3L0804TPE complies with international safety standards, including IEC/EN 60947-2, ensuring a high level of safety and reliability.
Installation and Setup
The installation of it is straightforward:
- Power Down: Before installation, ensure that all power sources are turned off.
- Mounting: Securely attach the MCCB to a DIN rail or directly to the panel.
- Connection: Attach the incoming and outgoing cables to the appropriate terminals.
- Test: Once connected, test the system to ensure proper functionality.
Performance and Reliability
it offers consistent performance, even under heavy loads. Its thermal-magnetic trip mechanism quickly reacts to faults, providing protection to connected systems. With a high breaking capacity of up to 25 kA, it handles short circuits with ease, protecting equipment and ensuring safety.
Energy Efficiency and Eco-Friendliness
In line with Schneider Electric’s sustainability goals, the TA10D3L0804TPE is designed to operate efficiently with minimal energy loss. The use of eco-friendly materials and energy-saving features makes it a valuable addition to systems focused on reducing their environmental footprint.
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