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Automatic Switch Electro Base E-002111512I — 1 Pole, 6 A, 6 kA
Automatic Switch Electro Base E-002111512I — 1 Pole, 6 A, 6 kA
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Automatic Switch Electro Base E-002111512I — 1 Pole, 6 A, 6 kA
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Automatic Switch Electro Base E-002111512I — 1 Pole, 6 A, 6 kA
Automatic Switch Electro Base E-002111512I — 1 Pole, 6 A, 6 kA
Automatic Switch Electro Base E-002111512I — 1 Pole, 6 A, 6 kA is a single-pole protective device intended for installation in electrical distribution boards. It provides reliable overcurrent and short-circuit protection for small residential and light commercial circuits. The compact design fits standard DIN-rail systems and allows safe disconnection of a circuit when current exceeds the rated value or when a short circuit occurs.
The automatic switch features a clearly defined nominal current rating of 6 A and a breaking capacity of 6 kA, ensuring that it interrupts fault currents within its specified limits. Its single-pole configuration simplifies installation in single-phase circuits while saving space in the distribution board. The device is designed for stable mechanical mounting on DIN rails and offers consistent switching performance under normal operating conditions.
Install the automatic switch on a standard DIN-rail inside the distribution board following local electrical codes and safety procedures. Connect the incoming phase conductor to the input terminal and the load conductor to the output terminal, ensuring secure and correctly rated conductor sizes and proper tightening torque. Verify that the device is mounted upright and that adjacent devices have adequate clearance. After wiring, test the circuit by switching the device on and off and verify operation under normal load; any faults or unexpected trips should be investigated before placing the circuit into regular service.
Use the device as part of a complete protective scheme including proper upstream and downstream protection and earthing. For reliable performance, select conductor sizes and terminal torque according to installation standards, avoid overloading beyond the nominal current rating, and ensure periodic visual inspection for signs of heating or corrosion.
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