VSM Magnetometer

VSM Magnetometer

DXV-60 VSM Magnetometer for Teaching and Research
1.DXV-60 VSM magnetometer excels in deep study & precise testing of magnetic materials.
2.It offers high adaptability, sensitivity, precision & reliability.
3.Widely used in magnetic research, it's a vital tool in labs & factories.
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Description

VSM Magnetometer for Magnetic Research – Model DXV-60

 

The DXV-60 VSM Magnetometer from Xiamen Dexing Magnet Tech. Co., Ltd. is designed for precise magnetic property analysis across a variety of materials. Engineered with high sensitivity, stable performance, and broad sample compatibility, this vibrating sample magnetometer supports both manual and automated testing modes, making it ideal for use in university labs, industrial R&D departments, and scientific research institutes.

 

Introduction

 

DXV-60 VSM magnetometer stands out in the field of magnetic measurement for its high adaptability, high sensitivity, high precision and high reliability. Not only can automatic intelligent measurement be realized, but also has a series of significant advantages. VSM instrument, as a new magnetic measuring device based on induction principle combined with the development of modern electronic technology, has a unique and efficient working principle. It works by placing the sample in a stable magnetic field environment and causing the sample to vibrate periodically within a small range relative to the detection coil. In this process, the instrument can capture a signal that is proportional to the magnetic moment of the sample under test, then accurately amplify and detect the signal, and finally convert it into a voltage signal that is easy to read and analyze. VSM magnetometer not only has strong adaptability, can deal with the measurement of different types and properties of magnetic materials, and its high sensitivity and high precision characteristics also ensure the accuracy and reliability of measurement results. In addition, the instrument is easy to operate and use, providing great convenience for researchers and engineers.

 

The VSM magnetometer provides two test methods to meet different

 

research needs:

Manual measurement: The user directly controls the parameters such as modulation, phase shift, time constant and sensitivity through the buttons on the instrument panel, and the computer does not participate in the control at this time. This method is suitable for scenarios where fine parameter adjustment is required.

 

Online measurement: The system phase is automatically locked. After the user presses the corresponding key, the instrument automatically returns to zero, and the computer accurately controls the time constant, phase shift, sensitivity, magnetic field strength and the number of scans of the digital magnetic moment unit. This method realizes the automation of measurement and improves the measurement efficiency.

 

Main Functions and Features of DXV-60 VSM Magnetometer

 

The DXV-60 VSM magnetometer is a powerful magnetic measurement device with the following main functions and features:

Comprehensive Data Acquisition and Display:

 

1.Comprehensive Data Acquisition and Display:

The instrument can collect various magnetic parameters of the material in real time, such as hysteresis loop, magnetization curve, and warming curve, and display them in real time on the computer screen.Users can also choose to output these data through a printer for convenient data processing and application.

 

2.Direct Measurement of Key Parameters:

The instrument can directly measure and display key parameters such as coercivity, magnetic energy product, remanence, and permeability, providing users with comprehensive and accurate magnetic property data.

 

3. Wide Material Applicability:

The DXV-60 VSM magnetometer is applicable to the measurement of magnetic materials in various forms, including powder, granular, film, liquid, and block.This makes it widely applicable in research in different fields.

 

4. Measurement of Magnetic Field Change with Temperature:

The instrument can also measure the change of magnetic field with temperature, providing researchers with more in-depth magnetic research methods.

 

The instrument can also measure the change of magnetic field with temperature, providing researchers with more in-depth magnetic research methods.

 

Main Specifications of DXV-60 VSM Magnetometer:

 

Magnetic Moment Measurement Range: 10-2emu - 300emu (Sensitivity: 5×10-5emu).

Relative Accuracy (30emu): Better than ±1%

Repeatability (30emu): Better than ±1%

Stability (30emu): Preheat 24 hours, continuous working for 24 hours, superior to ±1%

Fixed gap pole gap is 45mm, and the diameter of the pole end face is 60mm.

 

Component of DXV-60 VSM instrument

 

No.

Name

Model

Unit

Qty

Specification

1

Electromagnet

DXWD-60

PC

1

Input Power: 220±5%

Field Range:-0.5T~0~0.5T

2

Vibrating head

 

PC

1

N/A

3

Vibrating frame

 

PC

1

N/A

4

Vibrating pole

 

PCS

2

N/A

5

Sample Room

 

SET

1

N/A

6

Controlling Cabinet

DXV-60

PC

1

Steady Flow Power, Vibrating Source, Lock-in Amplifier, Gauss Meter

7

Detection coils

 

PRS

1

 

8

Computer

Lenovo

PC

1

 

9

Instruction Manual

 

PC

1

 

10

Measurement system

 

PC

1

In English

 

1. Electromagnet:

The electromagnet is a type of adjustable Double-conjugated or fixed Gap. It will be placed with a 45-degree angle ground.The strength in the center of the magnetic field: 0.5T at 40mm Air gap.

 

2. Steady Flow Power

The power is the automatic conversion DC Power which is of high stability, steady voltage and steady flow. The scope of the power is from 2 to 30KW. In the state of the steady flow, the current that Steady Flow outputs are continuously adjustable in the rated scope.

 

Main features

◆ The rated output voltage: the rated output power from 0 to 12.0KW.

◆ Protection: Lack item protection, Overflow protection and Automatic short-circuit protection.

◆ Power output is for the steady flow: the scope of the current value is from 0 - rated continuous-tuning.

◆ Display mode: The ampere meter is Four-semi-LED Digital.

◆ The accuracy of Current instructions: ±(1%+2 words)

◆ When the load is the electromagnet, and the output current is more than half the maximum current, the current stability the power outputs is better than 5 × 10-4

◆ Time for work: work for uninterrupted 8 hours. (Environmental temperature 20±5ºC)

◆ Input voltage: AC220V±5%

◆ Input frequency: 50Hz

 

3. Vibration System

It includes a vibration head, Vibrating frame, sample room and detection coils.

 

4. Magnetic measurement unit

◆ The scope is among "300emu", "150emu" ,"80emu" ,"40emu","30emu","15emu","8emu","4emu","3emu","1.5emu","800memu","400memu","300memu","150memu","80memu","40memu","30memu"and "15memu".We can change it among the figures.

◆ There are several scopes of the strength of the magnetic field. 0.5kOe","1kOe","2kOe","4kOe","8kOe","16kOe" and "32 kOe" . It can be shown through the Four semi-LED digital control. The resolution is 0.1mT. The relative accuracy is superior ±1%.

◆ The output power of the Vibration source is 185Hz. Frequency stability is superior 10-5. The output power is more than 50W.

The output power is more than 50W.

 

The Sketch of the board operation

 

The front board of the VSM is formed of LCD screen, Films keys and the Power switch. (As shown in the figure)

 

The Sketch of the board operation1

The state district can be changed by the Portfolio of the upward key, the downward key, the left key, and the right key.

 

The Sketch of the board operation2

The Equipment parameter configuration

 

Measure the Hysteresis loops of the pure Nickel samples, then make the measure file into Hysteresis loops.

 

The Sketch of the board operation3

 

The functional description of the command button in the User interface:
In the user operation interface of the measurement, the sketch of the establishing region of the command button.

 

The Sketch of the board operation4

 

It supplies 3 manners of the curve of the measured samples: "Fast Test Curve of M(H)", "Measure hysteresis loop" and "Measure magnetization curve".


"measure warming curve " "measure warming/cooling curve " "measure cooling curve" and "show the change of the temperature as time goes away". Move the mouse to choose the type of measurement curve.

 

QQ20240419110522

 

It will supply "Draw magnetization curve", "Draw Hysteresis loops", "Draw Demagnetization curve". "draw the warming curve", "draw the warming/cooling curve", and "draw the cooling curve". Move the mouse to choose the corresponding curve drawing type.

 

This region will appear when there aren't any files while disappearing in the process of the test and when opening the files. The hardware list and the folder list are in the left region, while the files list of the folder to be opened is in the right region, then choose the curve types which are needed to draw. Then double-click the name of the file to be done. So we can draw then.

 

Notice

 

1.Do not perform power-on operations during device installation.

2.Electromagnet and electromagnet power supply belong to high-voltage and high-current high-voltage equipment. Non-professional technical personnel shall not change the relevant lines without authorization, and shall not dismantle the relevant equipment without authorization. During the operation of the equipment, do not touch all the line connections with the strong current of the electromagnet.

3.When using the equipment, please follow the instructions.

4.Do not insert or remove magnetic moment detection signal cables, Hall head output cables, temperature input signal cables, communication cables, vibration source output cables, temperature control output cables, and boost output cables at will.

5.Be careful when installing examples. Do not damage the sample.

6.If an error message is displayed during use, check whether the cable connection is correct. Then follow the instructions strictly.

7. The device has passed the unit test and software test. If a fault occurs or the result is inaccurate, do not remove the device or replace the cable. Contact a professional for repair.

 

Reference data

 

reference data1

 

When measuring the sample of pure nickel, the hysteresis loops without inputting the quality and the density.

 

reference data2

 

Test results of Microwave Ferrite

 

reference data3

 

Test Results of NdFeB at 200°C

 

Deliver, shipping and serving

 

Whether it's by sea, air, or express, we provide shipping services that cater to the unique demands of each customer. Our goal is to exceed their expectations with efficient and timely deliveries that are tailored to their specific shipping needs.

 

Air transportaion
sea transportation
express transportation

 

FAQ

 

Q: DXV-60 How does the VSM Magnetometer measure the magnetic moment?

A: The DXV-60 VSM Magnetometer senses changes in the magnetic moment of a sample by using a set of detecting coil centers to micro-vibrate at a fixed frequency and amplitude. During the measurement process, the small sample is magnetized in a magnetic field and can be approximately regarded as a magnetic dipole with a magnetic moment of m. The sample is then vibrated slightly in one direction, and the detector coil senses the change in the magnetic dipole field. The magnetic moment of the sample to be measured can be calculated by measuring the induced electromotive force of the detector coil and measuring this voltage with a phase-locked amplifier.

Q: DXV-60 What is the measuring temperature range of the VSM Magnetometer?

A: The DXV-60 VSM Magnetometer has a wide measuring temperature range and can be measured from liquid nitrogen temperature zone (usually about -196 ° C) to room temperature, or from room temperature up to 500 ° C.

Q: DXV-60 VSM Magnetometer magnetic field uniformity is how to ensure?

A: The DXV-60 VSM Magnetometer uses an advanced magnetic field design and control system to ensure uniformity of the magnetic field. In the design process of the magnetic field generator, the uniform distribution of the magnetic field is realized through accurate calculation and optimization of the magnetic field distribution, and the use of high-quality magnetic field materials. In addition, the instrument is equipped with a magnetic field calibration device, which allows regular calibration and adjustment of the magnetic field to ensure optimal magnetic field strength and uniformity. This uniform magnetic field environment is essential for the accurate measurement of magnetic properties of magnetic materials.

 

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