Dayton
Dayton HVAC Control 1 HP 1725 RPM 115/208-230V 56 Frame ODP
Single-phase capacitor-start motor delivers 1 HP at 1725 RPM on 115/208-230V for HVAC fan and blower duty
- ColorTransparent
- 1 HP motor delivers strong airflow for HVAC systems
- Capacitor-start design provides reliable single-phase starting torque
- Dual-voltage 115/208-230V wiring fits common supply configurations
- Open drip-proof enclosure suits dry indoor equipment rooms
- Auto thermal protection guards against overheating during continuous duty
Motor purpose and fit
This single-phase capacitor-start motor delivers one horsepower at 1725 RPM for HVAC fan and blower duties. It suits technicians and facility managers who need a direct-drive replacement in 56-frame mounting patterns.
Thermals noise and power
Auto thermal protection and Class B insulation allow continuous duty up to 40 degrees C ambient. The open drip-proof enclosure keeps windings cool while drawing 12.8 amps at 115 volts or 6.4 amps at 208-230 volts with a 1.15 service factor.
Build integration
The cradle-base mount and reversible CW/CCW rotation simplify alignment in existing housings. Dual-voltage wiring covers 115 and 208-230 volt supplies, though 200 volt operation is not supported.
Highlights
- 1 HP motor delivers strong airflow for HVAC systems
- Capacitor-start design provides reliable single-phase starting torque
- Dual-voltage 115/208-230V wiring fits common supply configurations
- Open drip-proof enclosure suits dry indoor equipment rooms
- Auto thermal protection guards against overheating during continuous duty
Specifications
| Brand | ZORO SELECT |
|---|---|
| Color | Transparent |
Questions about this item
How do I wire this 115/208-230V capacitor-start motor for cradle-base mounting and the correct rotation?
Connect the supply voltage to the terminal board following the motor's wiring diagram for 115V or 208-230V, secure the cradle base bolts, and swap any two line leads to reverse the CW/CCW rotation if needed.
What maintenance will the capacitor-start mechanism and auto thermal protection require over time?
The capacitor-start design uses a centrifugal switch and start capacitor that may need replacement after years of cycling, while the auto thermal protector resets itself once the motor cools below its trip temperature.
At what point does the 40°C ambient limit or 1.15 service factor restrict continuous 1 HP output?
Continuous 1 HP operation is limited first by the 40°C maximum ambient temperature; exceeding this reduces the 1.15 service factor margin and will trigger the auto thermal protection.
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