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AS 2015 DC 12V Lifting Electromagnet - Heavy-Duty Industrial Lifting Solution
AS 2015 DC 12V Lifting Electromagnet - Heavy-Duty Industrial Lifting Solution - Image 2
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AS 2015 DC 12V Lifting Electromagnet – Heavy-Duty Industrial Lifting Solution

The AS 2015 DC 12V Lifting Electromagnet is engineered for efficient, precise lifting of ferrous materials in industrial and commercial settings. Powered by 12V direct current, it delivers instant magnetic attraction when energized and quick demagnetization when powered off, ensuring seamless material handling operations. Its compact, lightweight design fits tight spaces, making it perfect for small workshops, automated assembly lines, and scrap metal sorting stations. Constructed with premium copper coils and sturdy steel casings, it resists wear and corrosion for long-lasting use. Compliant with industrial safety standards, this electromagnet enhances workflow efficiency, reduces manual labor, and provides a safe, cost-effective lifting solution for ferromagnetic components of varying small to medium weights.

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Product Specification

Brand AstSolenoid Model Number AS 2015
Rated Voltage (V) DC 12V Rated Power(W) 2-3 W
Work Model Holding Suction Attraction Force 20 GF
Stroke(mm) Customized Reset Time(s) 1 S
Service Life 500 Thousand Times Certification CE,ROHS,ISO9001,
Material Carbon Steel House with Zinc Coating Lead Wire Length(mm) 200
Install Style screw Tolerance of Dimension  +/-  0.1 MM
Water-proof yes Insulation Class F 155 Degree
Hi-Pot Test AC 600V 50/60Hz 2s Resistance  89 ohm
Working Temperature -10°C-100°C Duty Cycle 1-100%
Thread Depth(mm) / Payment Term TT, or LC At Sight
Sample Order Yes Warranty 1 Year
MOQ 1000 PCS Supply Ability 5000 pcs per Week
Delivery Time 30 Days Port of Loading shenzhen

Product Description

Part 1 ： The structure of 2015 DC Lifting electromagnet
1.1： Iron core: usually located in the middle of the coil, it is an important part of the electromagnet to generate magnetic force. It is made of soft magnetic materials and can be magnetized to enhance the magnetic field when powered on.
1.2：Solenoid Coil: it is made of copper wire, it is the source of the magnetic field. When DC current is passed through, a magnetic field will be generated around it. The larger the current and the more turns of the coil, the stronger the magnetic field.
1.3: Panel: it is usually made of magnetic conductive material, located on the adsorption surface of the electromagnet, it can guide the magnetic lines to be concentrated, making the adsorption force more concentrated and effective, and increasing the suction force on the workpiece.
1.4 Bottom housing: it is the role of supporting and protecting the internal iron core, solenoid coil and other components. It is generally made of solid materials such as carbon steel plates to ensure the overall structural strength of the electromagnet.
1.5 Electric wire: it is used to connect an external power supply, input current to the solenoid coil, and enable the electromagnet to work normally.
Part 2 : Working Principle
Based on the principle of electromagnetic induction, when current passes through the solenoid coil of the suction cup electromagnet, a magnetic field is generated around the solenoid coil, which magnetizes the iron core, and the magnetized iron core further enhances the magnetic field strength. At this time, if a magnetic workpiece approaches the panel of the suction cup electromagnet, the workpiece will be tightly sucked under the action of the magnetic field force. When the current of the coil is cut off, the magnetic field disappears quickly, the magnetism of the iron core also disappears, the workpiece loses suction and separates from the suction cup, thus achieving demagnetization.

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