MT: 0086-133 2600 8115

Tel: 0086-576-8293 2799
E-mail: sales01@minghetec.com
You are here: Home / News / MHTOOL Electric Chain Hoist with Friction Clutch 0.5T-60T

MHTOOL Electric Chain Hoist with Friction Clutch 0.5T-60T

Views: 51     Author: Site Editor     Publish Time: 2019-11-19      Origin: Site

We produce newest model Electric Chain Hoist with Slip Friction Clutch by most advanced technology, to ensure the Hoist Reliable Safety.

Adopt Friction Clutch and Uppper-Lower Limit Switch Double Safety Device,the friction clutch is an emergency overload protection device that idles the motor when subjected to an excessive load over the rated capacity,thus protect the hoist motor work safely and durable enough.

In the case that when hoist lift up or lower cargo excessively, the upper and lower limit switch stops the motor,so prevent hoist or load chain damage.


 Precise positioning and efficient running can improve production efficiency:

Standard Lifting with double speeds by Frequency Inverter ensure the efficient running of the crane and promotion of logistics efficiency in workshop,and ensure the implementation of the whole work plans of customers on schedule.By the application of the frequency inverter technology,it can effectively reduce shaking of load in the process of handling,which makes the load positioning more quickly and accurately.Simultaneously,it significantly reduces the impact of starting and braking,the whole handling process becomes much more smooth and safe.

Apply in Factories,Wind Power,Mining,Railroads,Warehouses,Cargo Lift Elevator,Metallurgy,Chemical,Ship,Nuclear Power,Food,Military,Electronica Industry etc.

013-MHTOOL-WKTO-Electric-Chai-n-Hoist-Factory-1

016-5T-7

014-MHTOOL-WKTO-Electric-Chain-Hoist-Production-2

Call Us :
+86-576-8293 2799
+86-133 2600 8115
Taizhou Minghe Technology Co.,Ltd.: No.679,Yin An Ave.,Lubei St.,Luqiao District,Taizhou City,Zhejiang Province,China,318050.

Quick Links

Products

 Copyrights 2019 Taizhou Minghe Technology Co.,Ltd.     Supported By Leadong | Sitemap