Dayton
Dayton 4GPT4 2 hp 1750 RPM 230/460 VAC Brake Motor
Three-phase 2 hp brake motor with washdown enclosure runs at 1750 RPM on 230/460 VAC
- TypeBrake Motors
- 2 hp output at 1750 RPM for demanding applications
- Dual 230/460 VAC voltage suits multiple power supplies
- 145TC frame fits standard NEMA mounting patterns
- Totally enclosed fan-cooled design resists washdown environments
- Continuous duty cycle with 1.15 service factor handles sustained loads
Industrial washdown motor
The Dayton 4GPT4 is a three-phase brake motor rated at 2 hp with a 1750 RPM nameplate speed. It operates on 230/460 VAC and draws 6.0 / 3.0 A at full load. The 145TC frame and totally enclosed fan-cooled enclosure suit washdown environments.
Upgrade from single-speed units
This motor replaces fixed-speed units that lack brake functionality or washdown-rated construction. The jump is worth it when an application demands rapid stopping, continuous duty at 40 Degrees C ambient, and operation on 60/50 Hz supplies. It is not usable at 200 V.
Build integration
The motor fits 145TC mounting patterns and provides CW/CCW rotation flexibility. Class F insulation and a 1.15 service factor handle sustained loads. Usable at 208 V, it frees up voltage selection in facilities with mixed supply. Thermal protection is not included.
Highlights
- 2 hp output at 1750 RPM for demanding applications
- Dual 230/460 VAC voltage suits multiple power supplies
- 145TC frame fits standard NEMA mounting patterns
- Totally enclosed fan-cooled design resists washdown environments
- Continuous duty cycle with 1.15 service factor handles sustained loads
Specifications
| Type | Brake Motors |
|---|
Questions about this item
What frame size does the 4GPT4 brake motor use for mounting?
The motor uses a 145TC frame, which sets the bolt pattern and shaft height for NEMA C-face mounting.
How do I wire the dual-voltage motor correctly for 230 V or 460 V three-phase supply?
Follow the nameplate diagram: connect leads for 230 V (6.0 A) or 460 V (3.0 A); the motor is usable at 208 V but not at 200 V.
What brake-component maintenance should I plan for on this washdown-duty brake motor?
Inspect the brake lining and friction surface periodically; replace worn linings and verify the coil resistance to maintain holding torque in wet environments.
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