For multi-shift food and pharmaceutical processing applications, Baldor Washdown Duty motors deliver both reliability and energy cost savings. The standard in the food and pharmaceutical processing industries for more than 25 years, Baldor Washdown Duty motors continually raise the bar with more features to improved reliability.
Baldor Feather Picker motors are designed to withstand punishing, high-pressure, wet environments common in poultry processing plants. Dimensions, shaft and top mounted conduit box configurations make these motors interchangeable with most OEM poultry processing equipment. These motors have the same mechanical design characteristics as Baldor’s three phase painted Washdown Duty motors.
Baldor Super-E Washdown Duty brake motors meet or exceed NEMA Premium® efficiency and are built to the standards of Baldor’s white Washdown Duty motors. These brake motors have their spring-set brakes mounted opposite the drive end, allowing a NEMA-standard BA dimension. Brake coils are connected inside the conduit box allowing easy access for separate connection when used with an adjustable speed drive.
Washdown and Paint-Free versions of Baldor Vector Drive motors are designed for adjustable speed, full torque and precise positioning applications in a washdown environment.
Washdown and Paint-Free versions of Baldor AC Inverter Drive motors are designed for adjustable speed, full torque and precise positioning applications in a washdown environment.
Baldor close-coupled pump Washdown Duty motors are for commercial and industrial water pump applications, or food processing applications that are exposed to high-pressure washdowns.
Industrial pumping applications in wet or humid environments, especially in food and beverage processing facilities in which equipment is cleaned on a regular basis.
All stainless steel construction including housing, conduit box and cover, base, fan cover and endplates. Impervious to rust and deterioration caused by high pressure caustic sanitizing. Provides longer trouble-free life than conventional motors.