Schneider GM2AD4N16H4BEE | Manual transfer switch, GoPact MTS 2000, 4 poles, 1600A, 415VAC 50/60Hz, extended rotary handle, open transition

1. Technical Specifications

• Product Name: Schneider GM2AD4N16H4BEE

• Product Category: Manual Transfer Switch

• Product Series: GoPact MTS 2000

• Rated Current: 1600 Amps

• Number of Poles: 4 poles

• Rated Operational Voltage: 415 VAC, 50/60 Hz

• Switching Mode: Open Transition (manual switching between two sources without overlap)

• Control Method: Extended rotary handle for external operation

• Mounting Style: Panel-mounted

• Utilization Category: AC-23A – suitable for motor and mixed resistive-inductive loads

• Compliance: IEC standard certified

• Mechanical Life: High durability for intensive operational environments

• Design: Modular, robust, and compact

2. Key Features

1. High Current Handling – 1600A Capacity
   Suitable for heavy industrial systems and critical infrastructure with large electrical loads.

2. Safe and Convenient Manual Operation
   The extended rotary handle provides external access for safe and smooth switching between power sources.

3. Reliable and Durable Construction
   Built for long-lasting performance, even under harsh environmental conditions and frequent usage.

4. Compact and Modular Design
   Saves panel space and allows for easy installation and integration into existing electrical systems.

5. Open Transition Switching
   Ensures safe, non-overlapping switching to prevent electrical hazards during source transfer.

3. Typical Applications

• Industrial Plants:
  Provides secure switching between utility and generator power for manufacturing and processing facilities.

• Commercial Buildings:
  Used in malls, office towers, hotels, and logistics centers that require stable and continuous power.

• Hospitals and Healthcare Facilities:
  Critical for maintaining electricity to life-saving equipment during grid outages.

• Data Centers and Telecom Hubs:
  Maintains uninterrupted power to servers and digital infrastructure in case of source failure.

• Critical Infrastructure Projects:
  Applicable in airports, military bases, water plants, and power substations where power continuity is essential.