Insize Teslameter 0501-MA01

Model No - 0501-MA01

Type of Product - Teslameter

Power Supply - 3 x 1.5V AA Batteries/USB

Measurement Range - 2000 mT

Accuracy - ±1%

Interface - USB

Country of Origin - India

Dimension - 165x90x40 mm

Resolution - 0.01 mT

Weight - 350 g

Temperature coefficient - ±0.1%/K

Zero Drift - ± 0.5m T/h

Name of Manufacturer/Packer/Importer - INSIZE CO., LTD.

Insize 2000 mT Teslameter with ±1.0% Accuracy, 0501-MA01 is a scientific instrument used to measure the strength and direction of magnetic fields. It is a vital tool in physics, engineering, and various industries where precise magnetic field measurements are required.

Key components and features of a Teslameter:

Sensor: The core component of a Teslameter is the magnetic field sensor, which detects the magnetic flux density or magnetic field strength. Different types of sensors are used, such as Hall effect sensors, magnetoresistive sensors, or fluxgate sensors, depending on the desired sensitivity and range.

Measurement Range: Teslameters come in a range of models with different measurement capabilities, from milliteslas (mT) to several teslas (T). The appropriate range is selected based on the strength of the magnetic field being measured.

Display: Teslameters typically have a digital display that shows the magnetic field strength in units of teslas (T) or gauss (G). Some models may offer additional display options, such as magnetic field polarity and maximum/minimum recorded values.

Calibration: Calibration is essential to ensure the accuracy of Teslameter measurements. Calibration is typically performed using a known magnetic field source or reference standard.

Probe or Sensor Tip: Teslameters often include interchangeable probe or sensor tips, allowing users to adapt the instrument for specific measurement tasks or to access hard-to-reach areas.

Applications of Teslameters:

Scientific Research: Teslameters are extensively used in physics and materials science to study magnetic materials, investigate magnetic properties, and conduct experiments involving magnetic fields.

Quality Control: In manufacturing, Teslameters are used to ensure that magnets and magnetic components meet specified strength and uniformity requirements.

Medical Imaging: In magnetic resonance imaging (MRI) and other medical applications, Teslameters help maintain and calibrate the strong magnetic fields required for imaging and therapy.

Electronics and Semiconductor Manufacturing: Teslameters are used to test and calibrate magnetic sensors, evaluate magnetic shielding, and assess the impact of magnetic fields on electronic components.

Geophysics: In geophysical surveys, Teslameters are employed to map and study Earth's magnetic field, which can provide valuable information about subsurface geological structures.

Environmental Monitoring: Teslameters are used to assess and monitor magnetic fields in various environmental studies, including studies of geomagnetic variations and environmental magnetic pollution.

Teslameters are essential instruments for understanding and working with magnetic fields, offering precise measurements that are crucial in a wide range of scientific, industrial, and medical applications. Their versatility and accuracy make them valuable tools for researchers, engineers, and professionals in numerous fields.