Dayton
Dayton 6X544 Solenoid Valve Coil 208/240VAC 50/60Hz 17W
A 17 W solenoid valve coil operates on 208 to 240 VAC at 50 or 60 Hz and includes a NEMA 1 junction-box enclosure
- TypeDrain Components
- Reliable drain control with 17 W coil power
- Dual-voltage 208/240 VAC suits varied supplies
- 50/60 Hz operation fits global power grids
- Class F insulation handles high temperatures safely
- UL Listed for verified safety compliance
Dayton 6X544 Solenoid Valve Coil
The Dayton 6X544 is a replacement solenoid valve coil rated for 208 to 240 VAC at 50 or 60 Hz and consuming 17 W. It ships new with a NEMA 1 junction-box enclosure and 6-inch leads, and it carries a UL listing with Class F insulation. The coil inner bore measures 1 5/16 in diameter by 1 1/4 in height.
Maintenance teams and OEM integrators
This coil suits maintenance teams and OEM integrators who need a direct-fit replacement for compatible Dayton valves operating on 208/240 VAC supplies. Buyers who require a different voltage, a higher NEMA rating, or a coil without an integrated enclosure should look at other options.
208/240 VAC 50/60 Hz 17 W rating
The single specification that decides fitment is the 208/240 VAC 50/60 Hz 17 W rating combined with the 1 5/16 in by 1 1/4 in inner bore dimensions. Verify that the valve you are repairing matches these electrical and mechanical parameters before ordering.
Highlights
- Reliable drain control with 17 W coil power
- Dual-voltage 208/240 VAC suits varied supplies
- 50/60 Hz operation fits global power grids
- Class F insulation handles high temperatures safely
- UL Listed for verified safety compliance
Specifications
| Type | Drain Components |
|---|---|
| Brand | Dayton |
| Model | 6X544 |
Questions about this item
How is the coil installed and what step is often missed?
Mount the coil over the valve stem, slide the enclosure onto the 1 5/16 in hole, then connect the 6 in leads to a 208/240 VAC supply; the step often missed is tightening the enclosure screws to maintain the NEMA 1 rating.
What maintenance or replacement will this coil need later?
Inspect the Class F insulation and 6 in leads annually for heat cracking; replace the coil if wattage drifts above 17 W or if the enclosure seal no longer meets NEMA 1.
What limit appears first during continuous operation?
The 17 W power dissipation at 208/240 VAC 50/60 Hz raises coil temperature until the Class F insulation reaches its thermal ceiling, which is the first sustained-use limit.
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