Scrap Lifting Small Electromagnet

Specifications

Scrap Lifting Small Electromagnet   

Main Features:

1.Adopt totally sealing structure with good property of moisture-proofing.

2.Majorized design by computer with reasonable structure, light dead-weight, strong attraction force and low energy consumption.

3.The energizing coils are processed by special technology to improve the electrical property and mechanical property of the energizing coils. Heat-resistant grade of insulating material reaches C with long service life.

4.Rated power-on sustaining rate of normal type electromagnet is increased from 50% in the past to 60% ,with improves the efficiency of the electromagnet.

5.High temperature type electromagnet adopts unique method of heat-protection, the temperature of the attached materials is increased from 600°C in the past to 700°C, which expands application range of the electromagnet.

6.Simple and convenient installation, operation and maintenance.

Main technical data for normal temperature type(used under normal temperature, power-on sustaining rate TD-60%, DC-220V)

Note: The technical data of lifting electromagnet used for diving is same as that of the normal temperature type electromagnet.

Main technical data for high frequency type(used under normal temperature, power-on sustaining rate TD-75%, DC-220V)

  Points for attention when choosing model:

1.If temperature of the attached material is below 100°C, please choose normal temperature type. If it is above 100°C, please choose high temperature type.

2.When power-on sustaining rate is above 60%, please choose high frequency type.

3.When lifting and transporting material in water, please choose diving type(depth of diving≤100m). The technical data of diving type electromagnet is same as that of normal temperature type. If customers need diving type, please state clearly when ordering.

4.Environment temperature: normal temperature type -20°C~40°C, high temperature type -20°C~80°C. Height above sea level is no more than 2,500m.

5.Corollary equipment: when using single unit, choose commutation control equipment and its accessory equipment according to consumed power(current); when using combination of several units, choose according to the sum of the consumed power(current) of the combined units.