An overhead crane with electromagnetic beam is a type of crane that uses electromagnets to lift and maneuver loads. It typically consists of a bridge girder or trolley, a motorized trolley, and an electromagnetic beam. The beam is composed of multiple electromagnetic coils which create a strong magnetic field capable of lifting large, heavy items. The electromagnetic beams can be programmed for different speeds, allowing for precise and efficient maneuvering of loads. This type of crane is commonly used in factories, shipyards, and other industrial settings.
Applied to lifting and transferring big steel ingots, continuous casting plates and heavy steel plates
QL Double Beam Electromagnetic Bridge Crane with carrier beam mainly consists of bridge, crane traveling mechanism, trolley, long carier beam, electric equipment and electromagnetic chuck.
When used, the rotary part of the hanger of electromagnetic disk must be locked up with screws and no rotation is allowed.
The crane mainly relies on the magnet carrier beam, using the electromagnetic principles, then through electricity and magnetic plate to suck the goods firmly hanging to the designated place.
Cut the electricity, steel and irons will be lay down.
It is the most convenient crane to transfer the long pcs sheet metal, steel billet, ignots and rolling mill deform bar etc.
Rugged-all-welded construction with good moisture-proof
Optimized design by computer with reasonable structure, high suction weight ratio and low energy consumption.
Energizing coils processed by special technology with improved electrical and mechanical performance; heat-resistance grade of insulation material grade C with long using life.
High temperature type electromagnet adopting unique method of heat-protection. Temperature limit of the attached items is increased from 600~700 degree, which expands application range of lift electromagnet.
Easy and convenient installation, operation and maintaince
It is special magnetic pole is suitable for round coil with different diameters; selection of electromagnet depends on the length of round coil. If the electromagnet is long enough at a time
