Litian Electromagnetic Company

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tongling-huang@outlook.com , myltem@163.com

PEM-1010EX Special-Shaped Magnetic Field Electromagnet

PEM-1010EX Special-Shaped Magnetic Field Electromagnet

3. Technical Parameters
3.1. Pole Face Diameter: φ20 mm
3.2. Working Air Gap: 9 mm (fixed gap)
3.3. Maximum Magnetic Flux Density: H ≤ 1 T at a 9 mm working air gap
3.4. Operating Current: DC 0–15 A
3.5. Coil Insulation: >10 MΩ
3.6. Cooling Method: Water cooling (tap water or circulating water)
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Products Description

PEM-1010EX Special-Shaped Magnetic Field Electromagnet

1. Overview

When conducting research experiments, standard off-the-shelf electromagnetic field devices often fail to meet the specific requirements of a project. In such cases, it becomes necessary to design and manufacture custom-shaped electromagnetic field devices tailored to the particular application scenario to fulfill the demands of the research or experiment. For example, in specialized environments such as under microscopes, on probe stations, in spatially constrained setups, for magneto-optical experiments, or magnetic ore powder separation, conventional electromagnetic field devices are entirely inadequate. In these situations, custom-designed electromagnets must be developed according to the specific scenario. Litian Company possesses the capability to simulate and design custom-shaped electromagnets based on your requirements. We can design and manufacture special-shaped magnetic field electromagnets according to your specifications and the simulation results.

2. Primary Applications of Special-Shaped Magnetic Field Electromagnets

The main uses of special-shaped magnetic field electromagnets include: microwave and optoelectronic experiments, horizontal electromagnetic field measurements, and chip testing under microscopes or on probe stations.

3. Technical Parameters

3.1. Pole Face Diameter: φ20 mm

3.2. Working Air Gap: 9 mm (fixed gap)

3.3. Maximum Magnetic Flux Density: H ≤ 1 T at a 9 mm working air gap

3.4. Operating Current: DC 0–15 A

3.5. Coil Insulation: >10 MΩ

3.6. Cooling Method: Water cooling (tap water or circulating water)


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