Schneider GM20D4N2004BEE | Manual transfer switch, GoPact MTS 200, 4 poles, 200A, 415VAC 50/60Hz, extended rotary handle, open transition

Description

Schneider GM20D4N2004BEE | Manual transfer switch, GoPact MTS 200, 4 poles, 200A, 415VAC 50/60Hz, extended rotary handle, open transition

Technical Specifications

• Product Type: Manual Transfer Switch

• Series: GoPact MTS 200

• Model: GM20D4N2004BEE

• Number of Poles: 4 (3 phases + neutral)

• Rated Current: 200 Amps

• Rated Operational Voltage: 415 VAC

• Frequency: 50/60 Hz

• Switching Mechanism: Open transition (break-before-make)

• Operation: Manual

• Handle Type: Extended rotary handle for external access

• Mounting Type: Panel or enclosure mounting

• Standard Compliance: IEC 60947-6-1

Key Features

• Manual Switching: Allows the operator full control to switch between two power sources manually for maximum safety and flexibility.

• Open Transition: Ensures there’s no electrical connection between the sources during switching, preventing short circuits or back-feeding.

• Extended Rotary Handle: Ergonomic, external handle enables smooth operation, even when the switch is mounted inside a panel or cabinet.

• Full 4-Pole Isolation: Provides safe disconnection for all three phases and neutral—ideal for balanced loads in 3-phase systems.

• Clear Source Positioning: Markings for source I, 0 (OFF), and source II make it easy to identify the current status and reduce operator error.

• Heavy-Duty Design: Engineered to withstand industrial environments with robust construction and reliable performance.

Applications

• Commercial Power Systems: Used in offices, retail complexes, and schools to manually switch between utility and generator power.

• Industrial Environments: Suitable for factories, warehouses, and workshops needing reliable and safe manual load transfer.

• Backup Power Management: Ideal for switching between main grid and backup generators in emergency power systems.

• Remote and Off-Grid Sites: Perfect where automatic transfer switches are not feasible or where manual control is preferred.