CLW series hoists are designed to lift loads from 2000 kg to 5000 kg in a production environment with a high duty cycle and proven reliability. The hoist body is completely manufactured completely from aluminium and steel with no plastic components.

Electric motor

• The three phase motor  - single or dual speeds
• The insulation is class F
• FEM group 2m
• Standard operating voltage’s 230/400V, 3 phase, 50 Hz, other voltages available on request
• Hoist motor protection IP 55 (IP 65 upon request)
• The hoists 3000/4000/5000 have a standard fan assisted motor for better cooling and increased duty cycles
   

Reduction gear
The reduction gears are designed in such a way that the speed of the hoist can be changed simply by increasing or decreasing the number of components in the gearbox. The gears are manufactured from high tensile steel and are hardened and heat treated to give maximum life. With the correct choice of oil the hoist can work within the following
temperature range -20°C to +50°C.
 

The Hoist brake -105V DC electro magnetic type, offers the following advantages:

• high braking power
• very strong structure
• short release and engage time

The brake is manufactured from aluminum die-casting for good heat dissipation and  fully encased in epoxy resin. The brake disk is manufactured from asbestos free material.
 

Overload protection:

The hoists are also equipped with a slipping clutch that is set to 120% of the working load limit to prevent accidental overloading.
 

FEM group: 2m

Due to high quality electrical components  and the reliable brake used PODEM guarantee the CLW series hoists for more than 240 operations per hour.
 

Safety:

CLW series hoists are standard supplied with upper and lower electric limit switches to prevent hook over travel and also to extend the life of the clutch and gearbox. Models type N (el. trolley) has direction limit switches  to prevents the hoist being run into the girder end stops.
Consist of two micro switches that operate on the auxiliary circuit of the contactors cutting out power in the direction of lifting  or traveling.