Schneider Electric RCBO, 10A Current Rating, 1P+N Poles, 30mA Trip Sensitivity, Acti 9 Range

19 - In Stock pcs
Price:
£ 133.41
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1 + £ 133.41
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Product Specification

Product Attributes
Current Rating 10A
Number of Poles 1P+N
Trip Sensitivity 30mA
Range Acti 9
Circuit Breaker Type RCBO
Series iC60H
Rated AC Voltage 110V
Mounting Style DIN Rail Mount
Earth Leakage Protection Type Type A
Better World Product Yes
Better World Verification Green Premium
Overall Depth 110mm
Overall Length 18mm
Breaking Capacity at Maximum Voltage Rating 10 kA
Tripping Mechanism Thermal-Magnetic
Overall Dimensions 18 x 77.5 x 110mm
Overall Width 77.5mm
Terminal Contact Type Screw

More Information

Schneider Electric Residual Current Breaker With Over-Current, 10A, 30mA Trip Sensitivity - iC60H Series - A9D19810 Protect residential and commercial buildings against earth faults with this residual current breaker with over-current (RCBO) from Schneider Electric. It enhances your safety by virtually eliminating the risk of electrocution and also significantly reduces the chance of an electrical fire. The unit features fully immune earth leakage protection for better continuity of service. Its 30 milliamp trip sensitivity ensures an extra layer of protection against direct contact with the device for superior safety standards. This add-on component is quick and easy to connect to an Acti9 iC60 miniature circuit breaker, either electronically or manually. Features & Benefits • Easy to install, with robust terminal connectors that are able to withstand harsh environments
• VisiTrip feature means you can quickly detect faulty outgoers and reduce intervention time
• Environmentally-friendly, as it's made from 100% recyclable and recoverable materials
• Correctly distinguishes between different residual current devices, meaning it will only trip the unit closest to the fault, for improved productivity Applications • Office blocks
• Commercial retail outlets
• Residential homes How do electrical fires start? Many electrical fires are caused by 'arcing', where electricity jumps between connected components. Arcs happen as a result of wear-and-tear or ageing of insulating material.

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