Omron H3DK Timer Relay - H3DK6014M


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Best current price£35.00from eBay
Shopping.co.uk recommended and popular offers
eBay£35.00Visit shop OMRON H3DK-M1 Time Relay 24-240v 0.1s-1200h
Visit shop6 offers from £35.00 - £190.98
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This Omron H3DK Timer Relay is designed for professionals in automation and control systems who need precise timing control in their applications. Its key benefit is the wide range of operating modes and extensive timing capabilities, suitable for complex sequential operations. A potential caveat is its 12VDC operation, requiring a specific power supply.
| Series | H3DK |
|---|---|
| Model Part Number | H3DK6014M |
| Brand | Omron |
The Omron H3DK Timer Relay offers a multi-range timing capability from 0.1 seconds up to 1,200 hours.
This timer relay features 8 distinct operating modes, including off-delay functionality.
It provides a single SPDT (Single Pole Double Throw) output relay with a contact rating of 5A.
The unit requires a 12VDC power supply for operation.
The timer is designed for DIN-rail mounting, with a compact width of 22.5mm.
No, this specific model operates on 12VDC and is designed for DC control circuits. The output relay contacts, however, can switch AC loads up to their 5A rating, provided the voltage is compatible.
The relay has a width of 22.5mm, making it a compact solution for control panels.
Verify that the 12VDC power supply is correctly connected to the power terminals and that the supply is active and within the specified voltage range.
Check that the control input signal is present and at the correct voltage level. Confirm the selected operating mode and time setting are appropriate for the desired function. Ensure the output contacts are wired correctly.
Ensure the power supply is stable and not fluctuating. Verify that the environment is within the operating temperature range. Check for any external interference that might affect the unit's performance.
Review the selected operating mode, particularly if it's an 'on-delay' or 'off-delay' function. Ensure the input signal is correctly triggering the mode's logic. Check for any short circuits on the output.
Setup:
Compatibility:
Care: