Omron H3DK-M Multi-Mode Timer - 24-240V - H3DK-M2


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Best current price£54.95from eBay
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eBay£54.95Visit shop OMRON H3DK-M2 TIMER 0.1s-1200H 24V to 240V AC/DC DIN RAIL MULTI MODE TIMER
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The Omron H3DK-M Multi-Mode Timer is designed for industrial automation and control applications requiring precise timing. It offers flexibility with 8 operating modes and dual output relays, simplifying complex sequences. A potential caveat is its reliance on manual configuration, which may require a learning curve for first-time users. This timer supports multi-voltage operation and features a wide time range, making it suitable for diverse industrial environments. Key features include its compact DIN-rail mount design, dual output relays with different functionalities, and extensive time setting capabilities.
| Series | H3DK-M |
|---|---|
| Model Part Number | H3DK6002F |
| Brand | Omron |
The H3DK-M timer can be set for time delays ranging from 0.1 seconds up to 1,200 hours.
Yes, the timer features multi-voltage operation and supports a wide input range of 24-240V AC/DC.
It offers 8 distinct operating modes to accommodate various timing applications.
The output relays have DPDT contacts rated at 5A (resistive).
Yes, it is specifically designed for standard DIN-rail mounting and has a compact width of 22.5mm.
No, the H3DK-M timer uses rotary switches and knobs for setting the operating mode and time, rather than a digital display.
The H3DK-M offers a configurable direct/delayed output. Depending on the selected operating mode and its configuration, it may be possible to achieve an 'always on' state under certain conditions, but it is primarily designed for timed operations.
Verify that the power supply voltage is within the 24-240V AC/DC range and correctly connected to the power input terminals. Check fuses or circuit breakers in the power supply line.
Ensure a valid trigger signal is applied to the input terminals. Confirm the operating mode and time settings are configured correctly. Check if the time delay has elapsed for time-delayed outputs.
Verify the power supply voltage is stable and within specifications. Check for potential electromagnetic interference near the unit and its wiring.
Carefully review the rotary switch settings for the operating mode. Refer to the H3DK-M series manual for a detailed explanation of each mode and its corresponding switch configuration.
Setup:
Compatibility:
Care: