Suzhou Defeng Electric Machinery Co., Ltd.
home products Motors ML Series Single-Phase Asynchronous Motor

ML Series Single-Phase Asynchronous Motor

Place of Origin:China Usage:Industrial
Brand Name:KAIJIELI Model Number:ML
Power:AC Shape:Linear
Speed:Variable Speed Protect Feature:Waterproof
Function:Driving Structure:Asynchronous Motor
Phase:Single-phase
Company Info
Company Published: 2005
Online Postings: Products , Selling Leads
Country/Territory: China
Business Type: Manufacturer
Number of Employees: Above 1000 People
Contact this Member

« Prev Product 1 2 3 4 5 6 7 ... Next Product »
You can use the keys "←", "→" on your keyboard to turn pages
Terms of Payment: L/C,T/T
Detailed Product Description

ML series aluminium housing single-phase two value capacitor asynchronous motor of KAIJIELI brand, with the national latested design are made of quality materials and meet the relative standards of IEC.

ML series motors have following features:

good performance, safe and reliable operation, nice appearance, easy maintenance, low noise,slight vibration, light weight and simple construction.

these series motors can be used on air compressor, pump, refrigeration and medical instrument and many other small size machines.

rated voltage:110v , 115v , 120v, 220v, 230, 240

output:0.5--5HP/ 0.37-3.7KW

rated frequency:50/60HZ

protection class:IP55

insulation class:F/H

cooling method:ICO141

bearing:SKF/ NTN/ NSK

ML Series Single-Phase Asynchronous Motor ML Series Single-Phase Asynchronous Motor

Send a message directly to this member
« Prev Product 1 2 3 4 5 6 7 ... Next Product »
You can use the keys "←", "→" on your keyboard to turn pages

Other Products from this Supplier

Contact Us

Suzhou Defeng Electric Machinery Co., Ltd.
[China]

Street Address : 89 Taishan Road, New & Hi-tech Industrial Development Zone, Suzhou City, Jiangsu Province. China

City : Suzhou

Province/State : Jiangsu

Country/Region : China

View Contact Details

Email this page Bookmark this page Print this Page

Contact this Member

Minimize