Magnetic Field Helmholtz Coil

The Magnetic Field Helmholtz Coil is one of the main products of Yingpu Magnetoelectric with the Best quality. Our factory is a CE supplier and Manufacturer in China.
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Three-dimensional displacement system


The three-dimensional displacement system is to realize the translation and positioning of the field probe in the X, Y, and Z directions in space. It can be used to measure the value of the magnetic field at any point in the corresponding area. The motion controller (numerical control system) used by the displacement system adopts high performance 32-bit CPU, driving device adopts subdivided stepping motor, equipped with liquid crystal display, fully enclosed touch operation keyboard. The mechanical transmission part adopts high-precision ball screw transmission. The system has the characteristics of high reliability, high precision, low noise and convenient operation. It can realize point, linear interpolation, circular interpolation and other operations. It has functions such as loop, jump and simple PLC. Simple and clear

Rotation angle controller


The rotation angle controller can perform mechanical rotation control for magnetic field sources such as electromagnets. The system uses a stepper motor to drive the magnetic field source to rotate around the center of the magnetic field. The combination of rotary motion and magnetic circuit can apply various angle magnetic fields to a fixed sample, and set the residence time of each angle magnetic field through program editing. Angle control accuracy: 1. The angle resolution accuracy of the controller is 0.001 degree2. The actual mechanical step angle accuracy is 0.1 degrees, and the repeat positioning accuracy is 0.05 degrees.

Water chiller-magnetic field cooling equipment


The LC series chiller is a refrigeration equipment specially designed for supporting various magnetic field sources. It can be used for circulating water cooling for water-cooled magnetic fields such as electromagnets, solenoids, and coils. According to the characteristics of high temperature sensitivity of the magnetic field source, high water quality requirements, and high safety protection requirements, it adopts a number of purification and protection measures, stable performance, and can withstand long-term continuous work. ◎Adopt PID type intelligent temperature controller, temperature control accuracy ±1℃; ◎Double-cover closed water tank, with particulate filter, effectively prevent water pollution; ◎High and low temperature alarm and flow switch alarm function, safer operation (optional Equipped) ◎ Compressor overheating protection, overcurrent protection

SP-35 Al-Ni-Co magnetizing and demagnetizing machine


SP-35 type magnetizing and demagnetizing machine is a special equipment for magnetizing and demagnetizing small AlNiCo magnetic steel workpieces. ◆Technical indicators: AC input: 220V±10%, maximum power 5KW, magnetic field space: ф34mm×100mm, central magnetic field strength Hmax≥0.5T (the magnetic field is in the axial direction of the center of the coil). ◆Working principle: SP-35 type magnetizing and demagnetizing machine is powered by AC power supply. After rectification, a DC current is generated and then sent to the magnetic field coil to generate a DC magnetic field. ◆Using method: Magnetizing: Put the workpiece in the center of the magnetizing coil, and apply the maximum DC current to the center of the coil.

Understanding AC Magnetic Field Helmholtz Coils in the Electronics Industry


Introduction: AC magnetic field Helmholtz coils play a crucial role in the field of electronic components and materials. In this article, we will delve into the concept, working principle, and applications of AC magnetic field Helmholtz coils. Whether you are a professional in the electronics industry or simply curious about this topic, this article will provide you with valuable information. 1. W

Understanding DC Magnetic Field Helmholtz Coil Spots in Electromagnetic Devices


Introduction: DC Magnetic Field Helmholtz Coil spots form a crucial aspect of electromagnetic devices used in the field of electronic components. This article aims to shed light on the significance, applications, and underlying science behind these spots. By delving into their role within the industry, we can better understand their impact on electromagnetic equipment. Understanding DC Magnetic Fi

How to Choose the Best Wholesale AC Magnetic Field Helmholtz Coil for Your Electronic Components.


Table of Contents 1. Introduction 2. Understanding Helmholtz Coils 3. Factors to Consider When Choosing a Wholesale AC Magnetic Field Helmholtz Coil 3.1 Coil Size and Design 3.2 Magnetic Field Strength and Uniformity 3.3 Power Supply Requirements 3.4 Quality and Durability 3.5 Price and Warranty 3.6 Reviews and Recommendations 3.7 Customization Options 4. Frequently Asked Ques

Understanding AC Magnetic Field Helmholtz Coils in the Electronic Components Industry


Introduction: AC Magnetic Field Helmholtz Coils are crucial components within the realm of electromagnetic devices and materials. This article aims to provide a comprehensive understanding of these coils, their significance, and their applications in the electronic components industry. 1. What are AC Magnetic Field Helmholtz Coils? AC Magnetic Field Helmholtz Coils are a pair of parallel circular

Understanding the Classy DC Magnetic Field Helmholtz Coil in Electromagnetic Devices


Introduction: In the realm of electronic components, the field of electromagnetic devices and materials plays a vital role. Among the intriguing components utilized in this field is the classy DC magnetic field Helmholtz coil. This article aims to shed light on the significance of this coil, its applications, and its contribution to the world of electromagnetic devices. Understanding the Classy DC

How to Choose and Use a Quality AC Magnetic Field Helmholtz Coil: A Comprehensive Guide for Electromagnetic Equipment and Materials


Table of Contents 1. Introduction: Understanding the Importance of AC Magnetic Field Helmholtz Coil 2. Key Factors to Consider When Choosing an AC Magnetic Field Helmholtz Coil 3. Assessing Coil Specifications and Performance 4. Optimizing Coil Design for Enhanced Efficiency 5. Proper Setup and Connection of AC Magnetic Field Helmholtz Coil 6. Comprehensive Maintenance and Care for Longevity 7. FA

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