MW5 Series Standard Lifting Electromagnets for Scrap Steel 1. Using special magnetic circuit design, the air gap magnetic density is large. The coil is made of copper wire, and the coil protective plate is made of tied high manganese steel plate with good wear resistance and impact resistance. Light weight, low energy consumption, large lifting weight and long service life. 2. Reasonable insulation structure. Vacuum drying and vacuum gluing are used for insulation treatment, which improves the electrical and mechanical properties of coils. The heat-resistant grade of insulating material can reach the special grade C. 3. Usually the fixed voltage control mode is adopted. If the strong excitation control mode is used, the lifting capacity can be further improved. 4. It is simple in structure, safe and reliable, and suitable for all kinds of lifting equipment. 5. The matching electronic control device can be equipped with wireless remote control device according to the user's driving parameters to realize remote wireless remote control.
MW5 Series High Temperature Lifting Electromagnets for Scrap Steel 1. Using special magnetic circuit design, the air gap magnetic density is large. The coil is made of copper wire, and the coil protective plate is made of tied high manganese steel plate with good wear resistance and impact resistance. Light weight, low energy consumption, large lifting weight and long service life. 2. Reasonable insulation structure. Vacuum drying and vacuum gluing are used for insulation treatment, which improves the electrical and mechanical properties of coils. The heat-resistant grade of insulating material can reach the special grade C. 3. The electromagnet adopts special heat-resistant measures, so it can lift scrap steel below 600C. 4. It is simple in structure, safe and reliable, and suitable for all kinds of lifting equipment. 5. The matching electronic control device can be equipped with wireless remote control device according to the user's driving parameters to realize remote wireless remote control. Note: The high frequency electromagnet can be controlled by strong excitation (DC-290V when lifting, DC-220V when running) to further improve the lifting capacity. Overexcitation control (DC-350V/DC-290V/DC-220V) can be used for large lifting electromagnets to speed up current rise and exert stronger lifting ability.
