Description
Specifications Table
Product Material – ABS plastic with digital display
Grade – Laboratory/Industrial
Application – Magnetic field strength measurement, R&D, calibration
Range – 0-2,000 Gauss & 0-20,000 Gauss
Product Overview
This high-precision Flux Meter/Gauss Meter is engineered for accurate magnetic field strength measurements across two critical ranges: 0-2,000 Gauss and 0-20,000 Gauss. Designed for laboratory and industrial applications, it features a robust ABS plastic housing with a clear digital display for real-time readings. The meter’s dual-range functionality ensures versatility, allowing users to switch between low and high magnetic field measurements without compromising accuracy. Its compact design makes it portable, while the lab-grade calibration guarantees reliable performance in research and testing environments. The device is built to withstand frequent use, with a durable construction that resists wear and tear. Whether for calibration, quality control, or experimental setups, this Gauss meter delivers consistent results with minimal deviation. The intuitive interface simplifies operation, reducing the learning curve for new users. With its precision engineering and broad applicability, this meter is an essential tool for professionals requiring exact magnetic field data.
FAQs
1. What is the primary use of this Gauss meter?
This Gauss meter is used to measure magnetic field strength in laboratory and industrial settings, providing accurate readings for research, calibration, and quality control.
2. Can this meter measure both low and high magnetic fields?
Yes, it offers dual-range functionality, covering 0-2,000 Gauss for low fields and 0-20,000 Gauss for high-intensity magnetic fields.
3. Is this Gauss meter suitable for fieldwork?
The compact and portable design makes it ideal for both lab and field applications where magnetic field measurements are required.
4. How do I ensure the accuracy of readings?
Regular calibration is recommended, especially before critical measurements. Store the device away from strong magnetic fields when not in use.
5. What alternatives exist for measuring weaker magnetic fields?
For weaker fields, consider a milligauss meter or a Tesla meter with lower range capabilities, depending on your specific measurement needs.
