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AS 6515 Electri Round Holding Industrial Electromagnet

Our AS 6515 round electric holding magnet solenoid is a high-performance industrial electromagnetic component designed for stable holding operation. Featuring a compact round structure, it delivers strong and consistent magnetic attraction when energized, perfectly suited for holding ferromagnetic materials, mechanical locking and automated production lines. Constructed with high-quality coil and housing materials, this holding solenoid ensures low power consumption, long service life and stable operation under continuous working conditions. It is widely used in industrial machinery, robotic handling, clamp positioning and various automated equipment, a trustworthy choice for your electromagnetic holding solutions.

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Product Specification

Brand AstSolenoid Model Number  AS 6515
Rated Voltage (V) DC 12V, 24V Rated Power(W) 5-15 W
Work Mode: Power on, Magnet on Holding Force (N) 20-40  KG
 working duty 100% Resistance 24  Ω
Service Life 100 Thousand Times Certification CE,ROHS,ISO9001,
Material Superior Magnet Carbon Steel Housing Lead Wire Length(mm) 200 MM
Install Style Screw Hole Tolerance of Dimension  +/-  0.1 MM
Water-proof  None Insulation Class B
Hi-Pot Test AC 600V 50/60Hz 2s Non-excitation Holding Force 0
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

What’s a round electromagnet?
People commonly call it a round holding solenoid. This circular DC electromagnetic device has a compact round shape and a streamlined structure. Aside from its neat build, it supports effortless installation for all kinds of equipment setups. As for power compatibility, standard models steadily run on 12V or 24V DC power. For this reason, it works as a reliable electromagnetic component for industrial automation, door lock systems, robotic equipment and material handling machinery.
How does an electromagnet work?
Electric current input fully drives magnetic force generation. Whenever electricity flows through the internal insulated copper coil, the unit instantly builds up a stable magnetic field. Subsequently, this professional process magnetizes the built-in iron core and creates powerful, steady holding suction for all sorts of industrial applications.
Conversely, users can cut off the power supply to remove the internal magnetic field instantly. Accordingly, the device fully releases suction force right after power disconnection. Due to this unique structural design, the on-off magnetic control maintains stable, long-lasting performance. In addition, it perfectly fits all automated holding and releasing operational needs.
What is the difference between an electromagnet and a permanent magnet?
Electromagnets rely on power to generate magnetism; they activate with electricity and lose magnetism once power cuts off. By contrast, permanent magnets keep constant magnetic force without any electrical input. Therefore, this distinct difference makes round electromagnets the top choice for adjustable, controllable industrial scenarios.
What are the standard working voltages?
Most round electromagnets use DC 12V and DC 24V as standard voltages. Since these specifications match most standard industrial devices, industries widely adopt them. Moreover, we offer flexible custom voltage solutions for special project demands. In particular, we provide customized 6V, 36V and 48V models upon request.
How to install the round electromagnet?
Every round electromagnet features a central threaded hole that simplifies installation work. Thanks to this thoughtful structure, users can finish the entire mounting procedure simply and efficiently. To be specific, you only need matched screws to fix the device stably in place. After that, you just connect the power cord correctly to complete the whole setup.
Where can round electromagnets be used?
Round electromagnets deliver stable and high-performance output for a wide range of industrial scenarios. For example, engineers widely install them on automated production lines, robotic arms and intelligent magnetic door lock systems. Meanwhile, they also work excellently in material handling tasks, workholding chucks and various precision electronic devices.
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