ABB 1SCA104834R1001, 6 Pole Non-Fused Switch Disconnector, 16 A, 7.5 kW, IP20

Description

Maximum Current: 16A

IP Rating: IP20

Voltage Rating: 750V

Length: 70mm

Model Number: OT16F6

Width: 68mm

Depth: 68mm

Power Rating: 7.5kW

Number of Poles: 6P

Terminal Type: Screw

The ABB 1SCA104834R1001 represents a cutting-edge switch disconnector designed to facilitate reliable power distribution and circuit protection in a variety of settings. This 6-pole, non-fused switch disconnector is engineered for optimal performance, offering a robust 16 A current capacity and a powerful 7.5 kW operational capability. Encased in a durable IP20-rated enclosure, this device ensures protection against solid objects greater than 12.5 mm, making it a safe and reliable choice for electrical installations.

Unmatched Benefits of the 6-Pole Non-Fused Switch Disconnector

• With its non-fused design, the ABB 1SCA104834R1001 prioritises safety by providing a secure means to disconnect power for maintenance or in the case of an emergency.
• The switch disconnector is capable of handling a substantial load with a 16 A current rating and a 7.5 kW power capacity.
• Rated at IP20, the device offers protection against the ingress of large solid objects.
• Its 6-pole configuration enables flexible installation options, allowing for the control of multiple circuits or phases simultaneously.
• The switch disconnector features a straightforward design for easy operation.

The ABB 1SCA104834R1001, 6 Pole Non-Fused Switch Disconnector, 16 A, 7.5 kW, IP20: Versatile Usage

The ABB 1SCA104834R1001 switch disconnector combines safety, performance, and versatility, making it an essential component in modern electrical installations across various sectors, including:

• Industrial Control Systems: It can serve as a main switch in industrial environments, offering the ability to isolate machinery and equipment for maintenance or emergency stoppages.
• Commercial Buildings: This switch disconnector can be used in the electrical distribution systems of commercial buildings, providing a safe means to control the power supply and protect against electrical faults.
• Renewable Energy Systems: Its robust design makes it suitable for renewable energy applications, like solar panel arrays and wind turbines, where reliable power disconnection is crucial.
• HVAC Systems: The device can also be utilised in HVAC systems in commercial and industrial facilities, offering effective control and protection of the electrical components within these systems.