ABB 1SYN112704R1001 –1600A 4-Pole Motorized Changeover Switch

WOW Electricals is a leading ABB supplier, dealer, and distributor in Saudi Arabia, offering genuine ABB changeover switches at competitive prices. Buy the ABB 1SYN112704R1001 1600A 4-Pole Motorized Changeover Switch online with assured quality and fast delivery. Download the latest technical datasheet, user manual, and updated price list from WOW Electricals. Visit https://wowelectricals.com/ to get the best price today.

Buy ABB 1SYN112704R1001 – 1600A 4-Pole Motorized Changeover Switch

The ABB 1SYN112704R1001 is a high-capacity 1600A motorized changeover switch, engineered for smooth and automatic power source transfer in demanding industrial and commercial electrical systems. Known by its model number OTM1600E4CM230C, this ABB OT series switch ensures uninterrupted power continuity, operational safety, and long-term reliability.

Designed to handle heavy electrical loads, this 4-pole motorized changeover switch is ideal for applications requiring automatic switching between main and backup power sources such as generators or secondary utility lines.

Technical Specifications & Features

• Product Category: OT Motorized Changeover Switch

• ABB Model: OTM1600E4CM230C

• Rated Current Capacity: 1600 Amps

• Pole Configuration: 4 Pole

• Operational Voltage: Up to 1000 V

• Insulation Voltage (Ui): 1000 V

• Impulse Withstand Voltage (Uimp): 12 kV

• Short-Time Withstand Current (Icw): 50 kA (1 second, RMS)

• Motor Supply Voltage: 220–240 V AC

• Switching Positions: I – 0 – II (Open transition)

• Installation Method: Base-mounted design

• Overall Dimensions (W × H × D): 587 × 372 × 372 mm

• Net Weight: Approx. 69 kg

Manufacturing & Origin

• Country of Manufacture: Finland

• Imported & Supported by: ABB India Limited

Applications

The ABB OTM1600E4CM230C motorized changeover switch is widely used in:

• Industrial power distribution panels

• Commercial buildings

• Data centers

• Power backup and generator systems

• Critical infrastructure requiring reliable power transfer