Hzpt stainless steel motor is hygienic in design, smooth in body, and IP66 in protection grade, which is suitable for all flushing and cleaning.
Sanitary applications. Hzpt motor is designed to withstand frequent high pressure and high-temperature flushing. All external components, including the motor shaft, are 300 series stainless steel. This provides excellent corrosion resistance because no paint falls off and is resistant to disinfectant chemicals used in the cleaning process. It provides a lasting solution in which health is crucial.
Unlike standard motors, the hzpt stainless steel series has "clean lines" and no radiators. In the design, considering.
Clean, free of paint chips or flakes, and the surface will not rust. The waste can be easily washed away without leaving any residue, and the motor can be safely used in food processing. Even the nameplate is laser etched on the shell to reduce the area where bacteria are latent.
Parameters of stainless steel motor
IEC Stainless steel motors have the detailed specifications as follows NEMA Stainless steel motors have the detailed specifications as follows Application Of Stainless Steel Motor
Food and chemical processing plants, pharmaceutical applications, and other environments require corrosion-resistant, watertight motors. Consideration and any replacements must be quick and easy.
Stainless steel motor:
NEMA Stainless Steel Motor
Food Safe Stainless Steel Motor
Washdown duty motor
IEC Stainless steel motor
Types of Protection of Stainless Steel Motor
Overcurrent protection:
Overcurrent means that the working current of the motor exceeds its rated value. If it takes a long time, it will overheat the
motor and damage it, so protective measures must be taken.
When overcurrent, the current still flows through the standard path, and its value is smaller than the short-circuit current
value. Overcurrent is generally due to excessive load or incorrect startup. To avoid affecting the regular operation of the motor, the overcurrent protection action value should be slightly larger than the standard starting current.
Overcurrent protection also requires the protection device to be able to act instantaneously. Overcurrent protection generally uses overcurrent relays.