Schneider TA10D3S0324TPE | automatic transfer switch, TransferPacT automatic, 32A, 3P, rotary, frame 100A

Description

Schneider TA10D3S0324TPE | automatic transfer switch, TransferPacT automatic, 32A, 3P, rotary, frame 100A

Introduction:

Automatic Transfer Switches (ATS) are essential in modern power systems, particularly in locations where uninterrupted power is critical. The Schneider TA10D3S0324TPE, part of the TransferPacT Automatic series by Schneider Electric, is engineered to ensure a smooth and reliable transition between power sources, especially for three-phase systems with moderate loads.

Product Description:

The TA10D3S0324TPE is an automatic transfer switch designed to manage the seamless transfer of electrical loads between two power sources. It is equipped with a rotary mechanism for manual override, rated at 32A, and features a 3-pole configuration. This model comes in a 100A frame, providing mechanical robustness even for low to medium current ratings.

Technical Specifications:

• Rated Current: 32 Amperes

• Number of Poles: 3P (Three-phase system)

• Switching Mechanism: Rotary handle with automatic transfer

• Device Category: TransferPacT Automatic

• Frame Size: 100A

• Application Voltage: Low voltage, three-phase power systems

• Mounting: Suitable for installation within standard electrical panels

Key Features:

The Schneider TA10D3S0324TPE offers automatic and reliable switching between utility power and backup sources, ensuring continuous power supply during outages. The unit supports both automatic and manual operation through a rotary handle, making it flexible in various operational scenarios. Despite its 32A current rating, it uses the robust 100A frame, allowing higher durability and mechanical lifespan.

Its compact design allows easy integration into space-constrained electrical panels. Additionally, the switch is part of the renowned TransferPacT series, which ensures compliance with global standards and provides intelligent, efficient switching performance.

Applications:

This model is ideal for use in:

• Commercial buildings with moderate electrical demands

• Backup power systems for small to medium enterprises

• Industrial sites with three-phase power setups

• Residential buildings with standby generators

• Communication centers, retail spaces, and schools