VSM System

VSM System

DXV-130 Vibrating Sample Magnetometry VSM System
1.The DXV-130 VSM system boasts excellent performance and is widely used in material development, quality control, and other fields.
2.It accurately measures magnetic properties, providing crucial magnetic parameters to support research and production.
3.The DXV-130 VSM offers comprehensive specifications, stable and reliable measurements, suitable for a wide range of magnetic materials.
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Description
Introduction

 

DXV-130 Vibration Sample Magnetic Strength Measurement VSM system is a comprehensive and excellent performance measurement equipment, widely used in material development, quality control and product inspection and other fields. The system can accurately measure and analyze the basic magnetic properties of magnetic materials.

 

The DXV-130 vibrating sample magnetometer has excellent measurement capabilities and can accurately measure a variety of basic magnetic properties of magnetic materials, including magnetization curves, hysteresis loops and demagnetization curves. Through these measurements, users can obtain a variety of important magnetic parameters, such as saturation magnetization, remanent magnetization, coercivity, maximum magnetic energy product and permeability, including important indicators such as initial permeability. In addition, DXV-130 vibrating sample magnetometer also has a wide range of applicability, can be applied to the measurement of powder, particle, sheet, block and other forms of magnetic materials. Whether conducting research experiments in the laboratory environment, or quality control and product testing on the production line, it can play an excellent role in providing accurate and reliable measurement data for researchers and production personnel.

 

Main Specifications of DXV-130 VSM System

 

1. Measuring magnetic moment range (when the magnetic pole pitch is 40mm): 10-3emu-300emu (sensitivity: 5×10-5emu)

2. Relative accuracy (when measuring range is 3emu): better than ±1%

3. Repeatability (when measuring range is 3emu): better than ±1%

4. Stability (when measuring range is 3emu): Stability is better than ±1% after continuous working for 4 hours

5. The magnetic pole pitch is fixed at 40mm, and the pole face diameter is 60mm

6. Magnetic field strength: the maximum magnetic field strength is 1.2T

 

The composition of DXV-130 VSM System

 

1. DXSG-130 type electromagnet

2. Magnetic moment measurement unit host (including scanning power supply, lock-in amplifier, Tesla meter, vibration source)

3. Vibrating head, vibrating rod, detection coil

4. Lenovo brand computers

5. HP printer

 

Main instrument description

 

Electromagnet:

The electromagnet is a double yoke fixed air gap electromagnet placed at 45°, the magnetic field is in the horizontal direction, the fixed air gap is 40mm, the pole diameter is Φ60mm, and the highest value of the magnetic field is better than 1.2T.

 

Electromagnet DC steady current power supply:

The power supply is an adjustable high-stability steady-current DC power supply with a power of 2KW. In the steady current state, the steady current output current can be continuously adjusted within the rated range.

 

Main functions

1. Output power: output power 0-3.5kW

2. Protection mode: phase loss protection, over-current protection, automatic short-circuit protection.

 

Technical indicators

1. The power supply is a steady current output: the current value can be continuously adjusted from 0 to the rated value.

2. Display mode: 4 and a half LCD digital display of the ammeter.

3. Display accuracy: ±(1%+2 words)

4. Working time: 8 hours of continuous work (ambient temperature 20±5℃)

5. Input voltage: single-phase 220V±10%

6. Input frequency: 50Hz

 

Vibration system

Including vibrating rod, mechanical vibrating head, bracket, sample chamber and detection coil.

The vibrating head can be rotated 360 degrees, and the sample position can be adjusted in the X, Y, and Z directions

 

Magnetic moment measuring unit

1. Magnetic moment range is divided into 300emu, 150emu, 80emu, 40emu, 30emu, 15emu, 8emu, 4emu, 3emu, 1.5emu, 800memu, 400memu, 300memu, 150memu, 80memu, 40memu, 30memu and 15memu (that is, 0.015emu) total 18 The highest sensitivity is better than 5×10-5emu; when the magnetic moment range is 3emu, the relative accuracy and repeatability of the magnetic moment measurement is better than ±1%, preheating for half an hour, continuous working for 4 hours Stability is better than 1%.

2. The magnetic field range is up to 3.2T, the highest resolution is 0.1mT, and the relative accuracy is better than ±1%.

3. The output frequency of the vibration source is 180Hz, the frequency stability is better than 10-5, and the output power is greater than 50W.

 

Computer:

Configuration: E5800 Memory: 2G Hard disk: 500G Display: 19-inch LCD

 

Printer:

HP-1018

Warranty period: 1 year nationwide warranty

 

Measurement system software

1.Software model and functions: VSC-130C&D model, which can directly set system parameters and display data.

2.Data file processing: The original data file has a suffix of 13D, is stored directly in the computer, and can be processed directly by Excel and Origin.

3.Data display and output: The measurement curve and characteristic parameters can be displayed on the computer screen, which can partially enlarge, translate and smooth the curve, and support the output of laser printer and the processing and printing of general drawing software.

4.Automatic measurement and conversion: Automatic measurement of a variety of curves, and can automatically convert the magnetic characteristics of open samples according to the demagnetization factor and sample density.

5.System of Units calculation: The software can calculate curve parameters in both SI and Gaussian units.

 

DXV-130 VSM System in Memphis University

 

Deliver, shipping and serving

 

We pride ourselves on offering a diverse range of shipping options - from sea to air to express delivery - to accommodate the varying needs of our customers. Our objective is to provide them with cost-effective and timely delivery solutions that meet their specific shipping requirements.

 

Air transportaion
sea transportation
express transportation

 

FAQ

 

Q: DXV-130 Vibrating Sample Magnetometry VSM System How to ensure the accurate positioning and fixing of the sample during the measurement?

A: The system is equipped with an adjustable sample holder that can accommodate samples of different shapes and sizes. At the same time, the gripper is made of highly rigid and low magnetic materials to reduce interference with the measurement results. In addition, the system is equipped with a fine tuning and locking mechanism, which can precisely adjust the position and Angle of the sample and keep the sample stable during the measurement.

Q: DXV-130 Vibrating Sample Magnetometry How does the VSM System ensure accurate control of the magnetic field strength and direction?

A: The system is equipped with a high-performance magnetic field generator and a precise magnetic field sensor that can monitor and adjust the magnetic field strength and uniformity in real time. In addition, the system also provides a magnetic field scanning function, which can carry out continuous or step-by-step magnetic field changes according to preset procedures to meet different measurement needs. Users can also visually view and adjust magnetic field parameters through the software interface to ensure the accuracy and consistency of measurement conditions.

Q: DXV-130 Vibrating Sample Magnetometry VSM System How to avoid external interference during measurement?

A: First, the system's magnetic field generator and measurement probe are shielded to reduce electromagnetic interference. Secondly, the system is also equipped with low-noise electronic components and measurement circuits to reduce the generation of internal noise in the system. In addition, during the measurement process, the system also provides a magnetic field shield, which can further reduce the interference of external magnetic fields on the sample. At the same time, users can also set up shielding materials in the measuring room according to needs to improve the shielding effect of the measuring environment.