Just to create the best lamps.

Zhenyu  >  AI - Page Sitemap  >  Zhenyu details single phase motor free design for metallurgic industry
Zhenyu details single phase motor free design for metallurgic industry

Zhenyu details single phase motor free design for metallurgic industry
  • Zhenyu details single phase motor free design for metallurgic industry
  • w14.jpg
  • w12.jpg
  • w15.jpg
  • w13.jpg

Zhenyu details single phase motor free design for metallurgic industry

commercial electric motor 's three phase electric motor in the long run because it electric motor industry . The product has excellent accuracy and high rigidity
Inquire Online
Get the latest price
Quantity Needed:
Pieces
E-mail:
single phase motor description
single phase motor is widely used in commercial electric motor increasingly because of its unique advantages. The product has excellent accuracy and high rigidity
Zhenyu details single phase motor free design for metallurgic industry-1
Zhenyu details single phase motor free design for metallurgic industry-2
single phase motor SPECIFICATIONS
Model NumberYE2
Place of OriginZhejiang, China (Mainland)
Brand Namezhenyu
Output Power0.12-250KW
TypeInduction Motor
CertificationCCC, CE
PhaseThree-phase
Frequency50HZ
The product has the advantage of explosion resistance. It has the property of low shrinkage and is not easy to get deformed. Its simple structure allows it to be assembled easily.
Suggested Videos
The practical design of Zhenyu caters the taste of customers.
Zhenyu is designed by our experts bringing the latest concepts into the designing process.
Zhenyu is designed and manufactured under standardized production conditions.
The design of Zhenyu combines these two attractive characteristics, aesthetics and user-friendliness.
High-performance raw materials make Zhenyu be the perfect one.
This product is safe to use. With its built-in protective systems, including overload and overvoltage protective devices, it generates no danger.
Chat Online
Chat Online
Chat Online inputting...
Sign in with: