Schneider GM10D4N0634BEE | Manual transfer switch, GoPact MTS 100, 4 poles, 63A, 415VAC 50/60Hz, extended rotary handle, open transition

Description

Schneider GM10D4N0634BEE | Manual transfer switch, GoPact MTS 100, 4 poles, 63A, 415VAC 50/60Hz, extended rotary handle, open transition

Technical Specifications

• Product Type: Manual Transfer Switch (MTS)

• Series: GoPact MTS 100

• Model Code: GM10D4N0634BEE

• Number of Poles: 4 poles

• Rated Current: 63 Amps

• Rated Voltage: 415VAC

• Frequency: 50/60 Hz

• Operation Mode: Manual

• Transition Type: Open transition (break-before-make)

• Handle Type: Extended rotary handle (for external operation)

• Mounting Type: Panel or enclosure mounting

• Conformity Standards: IEC 60947-6-1

Key Features

• Manual Control: Allows the operator to manually switch between two power sources, providing complete control and operational awareness.

• Open Transition: Features a break-before-make mechanism, ensuring that both sources are never connected simultaneously—essential for safe switching operations.

• Extended Rotary Handle: Provides a safe and ergonomic interface for operation, especially in panel-mounted or enclosed systems.

• Compact Design: Space-saving footprint suitable for integration in distribution boards, control panels, or switchboards.

• Robust Construction: Built with high-quality insulating and conductive materials to ensure long-term durability and electrical performance.

• Safety & Visibility: The handle position clearly indicates the active source, minimizing human error and ensuring clear operational status.

Applications

• Commercial Buildings: Ideal for small to medium commercial facilities where reliable source switching is essential (e.g., switching between grid power and generators).

• Industrial Plants: Suitable for applications requiring manual switching for maintenance, emergencies, or scheduled operations.

• Backup Power Systems: Used in environments where load must be manually transferred between mains and backup power.

• Remote or Off-Grid Locations: Useful in places where automatic transfer switches are not feasible due to power system design or cost considerations