Hager EPN Bistable Relay - EPN510


Best current price£38.03from Tameson UK
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Hager Epn Bistable Relay - Epn510
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Best current price£38.03from Tameson UK
Shopping.co.uk recommended and popular offers
Hager Epn Bistable Relay - Epn510
Visit shop7 offers from £38.03 - £131.18
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The Hager EPN510 impulse relay is designed for controlling lighting circuits up to 16A in residential and commercial settings. Its key benefit lies in its reliable switching and manual operation capabilities, allowing for direct control even during power outages. A potential consideration is its specific input voltage requirements, necessitating careful integration into existing systems.
| Series | EPN |
|---|---|
| Model Part Number | EPN510 |
| Brand | HAGER |
An impulse relay, also known as a latching relay or bistable relay, changes its contact state each time it receives a brief control pulse. It remains in its last state even after the pulse is removed, requiring another pulse to change back.
The Hager EPN510 has a rated switch current of 16A. It can handle a maximum switching current of 16A, even with a lower power factor (cos phi = 0.6).
Yes, the EPN510 can be controlled by a 110V DC signal, in addition to its standard 230V AC control input.
'1 NO contact' means the relay has one contact set that is normally open. This contact set is open (breaks the circuit) when the relay is in its default state and closes (completes the circuit) when the relay is activated by a control pulse.
You would connect multiple momentary push buttons in parallel to the control input terminals of the EPN510. Each button press will send a pulse to toggle the relay's state, turning the light on or off.
The Hager EPN510 has an IP20 protection index. This means it is protected against solid objects greater than 12.5mm (like a finger) but offers no protection against water ingress.
Yes, the Hager EPN impulse relays are designed so that auxiliary elements can be easily mounted without the need for tools, simplifying installation and expansion.
Verify that the control voltage (230V AC or 110V DC) is correctly applied to the control terminals and matches the relay's specifications. Check wiring connections for tightness and continuity. Ensure the supply voltage is present.
Check the wiring between the relay's output contact and the load. Ensure the load itself is functional. Verify that the rated current of the load does not exceed the relay's 16A switching capacity.
Ensure the control signal is a momentary pulse and not a continuous signal. Check for any physical obstruction preventing the internal mechanism from moving. If the issue persists, the relay may need replacement.
Confirm that the relay is receiving the correct supply voltage. Check the wiring to the indicator if it's an integrated feature. If the indicator is part of an auxiliary module, check that module's connection and functionality.
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