Multipole Electromagnet

Multipole Electromagnet

DXDJ multipole electromagnet
1. Flexible Multi-pole Configuration: Offers a variety of configuration options, including four-pole, five-pole, six-pole, and eight-pole designs.
2. Wide Range of Applications: Suitable for tasks such as multi-pole magnetic ring magnetization, radial gradient magnetic field generation, and rotating magnetic field guidance.
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Description
Product introduction

 

DXDJ series multi-pole electromagnets are mostly four-pole electromagnets, and there are also five-pole, six-pole, eight-pole and other multi-pole applications. They are mainly used in multi-pole magnetic ring magnetizing, radial gradient magnetic field, rotating magnetic field guidance and other applications, and are designed and manufactured according to the user's requirements.

 

Case showcase

 

No.

Main technical parameters

Product Picture

1

pole diameter 30mm, pole surface 15mm, air gap 20mm, magnetic field 0.15T, the included angle between incident light and reflected light is 90; The magnet is equipped with two 8A50V power supplies, and the resistance of each winding group is 3Ω;

product-200-150

2

The electromagnet model is CG-5004, the electromagnet is a quadrupole structure, the yoke is octagonal, the air gap is adjustable, the pole diameter is 50mm, the magnetic pole diameter is 25mm, and the quadrupoles are in the same plane; it can be placed horizontally or at a 45-degree angle.
The electromagnet is equipped with four pole heads; Two of the pole heads are perforated with 5mm through holes. When the air gap is 25mm, the one-dimensional central magnetic field Hmax≥ 0.25T;
The electromagnet adopts natural cooling. It can work continuously for 30 minutes under 0.25T magnetic field environment, and the temperature rise of the wire package is less than 60 ℃;
The electromagnet has a single-wire package power of 150W, a two-wire package connected in series of 300W, a total power of 300W * 2, and four-pole taps;
Weight: 90Kg;

product-640-640

3

pole diameter Φ32mm, pole surface diameter Φ32m, wire package spacing 80mm, quadrupole air gap adjustable, adjustable range 40-80mm; Four poles are used in series, current 1A, magnetic field on magnetic pole surface 300Gs.

product-195-180

4

quadrupole radial magnetization, the magnetic field direction is N-N relative, the S-S is relative, the working pole head can be replaced; The gap between the wire package is more than 300mm, the pole diameter is 130mm, and the adjustable distance of the monopole head is not less than 75mm; When the air gap is 40mm, the magnetic field Hmax on the surface of the pole head is ≥ 0.5T; Water cooling.

product-257-257

5

Five-pole electromagnet, used under the microscope to generate a three-dimensional magnetic field, the volume is within 150mm, the height is not more than 60mm, the magnetic field per dimension is 300Gs, and the short-term use can reach 1000Gs.

product-450-385

6

Four-pole hollow electromagnet, there are four adjustable pole heads and extended screws that can be fixed on the optional device. The design in the middle is conducive to experiments that require a wider operating space

product-801-652

 

FAQ

 

Q: What is multipole EM?

A: Multipole electromagnets differ from traditional electromagnets in their bipolar structure, using multiple magnetic poles to generate a controllable vector magnetic field.

Q: The advantage of multipole EM?

A: Compared to traditional electromagnets, multi-stage electromagnets can customize the number and angle of pole heads, and are superior to other electromagnets in applications such as multipole magnetic ring magnetization, radial gradient magnetic field, and rotating magnetic field magnetic guidance

Q: What issues should be noted in the installation and maintenance of multipole EM? How to use and maintain it correctly?

A: The installation and maintenance of multipole electromagnets require attention to some important issues. Firstly, when installing a multipole electromagnet, it is necessary to ensure that its installation position and direction meet the design requirements to ensure its normal operation. In terms of maintenance, regularly check the electrical connections and insulation status of the electromagnet to ensure its normal operation. In addition, it is necessary to regularly clean the surface of the electromagnet to prevent dust and debris from affecting its performance. For large multipole electromagnets, regular lubrication and inspection of mechanical component wear are also necessary to ensure their long-term stable operation. During use, overloading and overheating should be avoided to avoid affecting the service life and performance of the electromagnet.

Q: What is the process of selecting and customizing multipole EM? What factors need to be considered?

A: Multipole electromagnets are usually fully customized electromagnets, the customizable parameters are as follows:
Polehead quantity
Air gap
Magnetic field strength
Working time
Polehead diameter
Uniformity
Uniform area
After knowing these parameters, DEXINMAG team will provide specific plans, drawings, and quotations within 24 hours.

 

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