Circuit breaker switch Jung A17280WW automatic, 2.2 m standard lead

Jung A17280WW is an automatic circuit breaker switch with a 2.2 m standard lead designed for integration into electrical installations. The device provides automatic disconnection when fault conditions such as short circuits or overloads occur, protecting wiring and connected equipment. Its design suits replacement and new-install applications in residential and light commercial environments where a compact, factory-made switching unit with a fixed lead is required.

Advantages

The automatic switching mechanism ensures rapid disconnection under fault conditions, reducing risk to wiring and appliances. A fixed 2.2 m lead simplifies installation where a pre-attached cable is preferred, eliminating the need for field-crimping or additional connectors. The product is manufactured to standard electrical safety and compatibility practices, allowing straightforward integration with typical distribution circuits and consumer units.

Suitable for

Key specifications

How to use

Install the Jung automatic circuit breaker switch according to applicable electrical codes and the installation practices relevant in your region. Mount the unit where mechanical protection and access for maintenance are ensured, and connect the pre-attached 2.2 m lead to the circuit following correct polarity and conductor sizing. Ensure the supply is isolated before making connections and verify all terminations are secure. After installation, restore power and test the breaker by applying a controlled load or test procedure appropriate for your system to confirm correct operation.

Recommendations

Use this device as part of a coordinated protection scheme: match the breaker’s trip characteristics and current rating to the wiring and downstream equipment, and ensure periodic inspection and testing by a qualified electrician. Avoid exposure to conditions outside the product’s intended indoor installation environment, such as prolonged moisture, corrosive atmospheres, or extreme temperatures.