Meiko 9621798
PUMP WITH MOTOR TYP B242.. I
SKU: MEI9621798
Condition: NEW
Motors are used in all kinds of foodservice equipment to power beaters, blenders, slicers, basket lifts, filters, fans and much more. A motor converts one form of energy into mechanical energy. General-purpose motor designs with standard dimensions and characteristics provide convenient mechanical power for foodservice equipment once customized to the exact OEM specifications (RPM, torque, magnet dimension, winding, etc.).
Different types of motors are used in restaurant equipment, including AC motors, DC motors, and stepper motors. AC motors are used to power equipment that requires high torque, such as mixers, grinders and ice machines. DC motors are used in equipment that requires precise control, such as conveyor belts and automated food prep machines. Stepper motors are used in equipment that requires precise positioning, such as robot arms and automated food dispensers.
Pumps are commonly used in restaurant equipment to move fluids by mechanical action. Here are just a few examples examples:
- Pumping water in ice machines
- Pumping hot water in dishwashers
- Pumping oil in a deep fryer
- Pumping syrup or other thick liquids in a dispenser or soda fountain
- Pumping ice cream mix in a soft serve machine
- Pumping condiments such as sauces or dressings
They can be powered electrically, pneumatically, or mechanically, depending on the specific needs of the equipment.
MEIKO manufactures commercial dishwashers to fit any commercial kitchen need, from compact undercounters to massive flight type machines. MEIKO equipment can be found across a wide variety of commercial applications including Hospitality, Restaurants, Cafeterias and Canteens, Bakeries, Food Production, Grocery Stores, Marine, Inflight, Hospitals, Healthcare, Catering and Industrial Cleaning.
HTS Category Code: 8208.30.00
UNSPC Category Code: 48100000
NAICS Code: 333241
Manufacturer Code: MEI
Width: 13.0 in (33.02 cm)
Height: 12.0 in (30.48 cm)
Length: 18.0 in (45.72 cm)
Unit of Measure: Each (EA)