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Schneider Electric RCBO, 6A Current Rating, 1P+N Poles, 30mA Trip Sensitivity, Type C, Acti 9 Range

12 - In Stock pcs
Price:
£ 122.03
Units Per Unit Price
1 + £ 122.03
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Product Specification

Product Attributes
Current Rating 6A
Number of Poles 1P+N
Trip Sensitivity 30mA
Tripping Characteristics Type C
Range Acti 9
Circuit Breaker Type RCBO
Series iC60H
Rated AC Voltage 240V
Mounting Style DIN Rail Mount
Earth Leakage Protection Type A
Better World Product Yes
Better World Verification Green Premium
Reset Actuator Type Toggle Switch
Overall Width 77.5mm
Overall Length 18mm
Tripping Mechanism Thermal Magnetic
Overall Dimensions 18 x 77.5 x 110mm
Terminal Contact Type Screw
Overall Depth 110mm

More Information

Schneider Electric Residual Current Circuit Breaker, 6A, 30mA Trip Sensitivity - Acti9 Series - A9D11806 Protect people and equipment from overload and short circuits with this residual circuit breaker from Schneider Electric. It eliminates the risk of prolonged and potentially serious shock for improved electrical safety in your workplace. A red indicator on the unit's front face gives you a quick visual indication of when it's tripped a faulty current. This device can be quickly snapped to a DIN rail and is suitable for industrial isolation applications. Features & Benefits • Green indicator strip to signal when the contacts are completely open and it's safe to work on the downstream circuit
• IP20 (ingress protection) rated insulation terminals indicates they're touch-proof and protected against objects larger than 12mm
• Stops leakage current from potentially causing an electrical fire for improved safety levels Applications • Commercial lighting systems
• Industrial process control
• Residential electrical control cabinets What is overcurrent? Overcurrent is a type of electrical fault that's caused by either an overload or short circuit in an electrical system. It's possible to overload a circuit by connecting too many electrical devices and exceeding the power capacity of a cable. Short circuits occur when there's insufficient resistance in a circuit.

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