Description
The hydraulic magnet lift, also known as a lifting suction cup or hydraulic lifting device, is mainly used in industries such as metallurgy, mining, machinery, and transportation for lifting ferromagnetic materials such as steel. It is suitable for handling cast iron ingots, steel balls, and various types of scrap steel. It uses magnetic force to firmly grip ferromagnetic workpieces and is used for flat suction of steel bars, scrap iron, as well as for scrapping cars, ships, steel structures, and more. Suction cups are classified into two types based on the source of magnetic force: hydraulic suction cups and electric suction cups.
Working Condition
- The altitude of the homework site cannot exceed 2000 meters;
- The maximum temperature of the surrounding medium cannot exceed 60 ℃, and the minimum temperature cannot be lower than -20 ℃;
- The working environment should ensure that there are no hazards and no corrosive gases present;
- The relative humidity of the ambient air should not exceed 85%;
- Can be used indoors or outdoors for work.
Features
FEATURE 1
The magnetic material of the electromagnet is made of low-carbon steel, which allows the working air gap to reach the maximum magnetic field.
FEATURE 2
The magnetic force distribution on the entire magnetic pole surface of the electromagnet is very uniform. Therefore, it can achieve a large suction to weight ratio.
FEATURE 3
Electromagnetic iron is more scientifically and reasonably designed through computer optimization of magnetic circuits.
FEATURE 4
High frequency and high temperature electromagnets ensure the same lifting capacity as room temperature electromagnets of the same specification, while slightly increasing their own weight and reducing power consumption.
FEATURE 5
The electromagnetic coil adopts a low-temperature rise design, with small changes in suction force between cold and hot states.
FEATURE 6
The coil wire is made of high-quality oxide film flat aluminum strip, with an insulation grade of C, ensuring the service life of the coil.
Technical Data
| Model | Unit | HM700 | HM1000 | HM1200A | HM1200B | HM1500 |
| Outer Diameter | mm | Ø700 | Ø1000 | Ø1200 | Ø1200 | Ø1500 |
| Machine Weight | kg | 1400 | 1600 | 1800 | 1860 | 2200 |
| Suitable Excavator | ton | 6–9 | 10–15 | 16–25 | 16–25 | 26–35 |
| Generator Power | KW | 0.6 | 10 | 10 | 15 | 15 |
| Working Flow | Ipm | 50-100 | 90-110 | 100-140 | 100-140 | 130-170 |
| Working Pressure | bar | 180 | 190 | 200 | 200 | 210 |
| Lifting Ability | Slab Sheet | ≤ 1 ton | 1 – 2 ton | 3 – 4 ton | 3 – 4 ton | 4 – 6 ton |
| Other Type Scraps | ≤ 100 kg | 100 – 200 kg | 150 – 250 kg | 150 – 250 kg | 175 – 275 kg |
Spare Parts
Lifting Magnet
A device with an iron core inside and using a coil with current to make it magnetic like a magnet is called an electromagnet. The iron core should be made of soft iron or silicon steel that is easy to magnetize and easy to lose magnetism. This type of electromagnet has magnetism when powered on, but disappears when powered off. Electromagnets have extremely wide applications in daily life. The invention of electromagnets also greatly increased the power of generators.
Electrical control cabinet
The Electrical control cabinet adopts a three wire two phase half wave rectification method, and uses the energy storage of the electromagnet to control reverse demagnetization during discharge. This product has the characteristics of simple circuit, compact structure, small volume, and light weight. DKP-A is a three wire two half wave rectifier control equipment. When the grid voltage is too high or too low, adjusting the potentiometer can adjust the output voltage within 170-240V, so that the output voltage is basically close to 220V.
