MG 705 Gaussmeter | High-Precision Handheld Magnetic Field Tester

MG 705 Gauss Meter – High-Precision Handheld Tesla Meter with N/S Polarity Detection

The MG 705 Gauss Meter (Tesla Meter) is a high-precision, handheld magnetic field measuring device designed in accordance with IEC-610601-1 standards. Equipped with an integrated high-sensitivity Hall sensor, it delivers stable and accurate magnetic field measurements while its built-in LED indicators allow fast and error-free North/South polarity detection.

The integrated Hall probe is long-lasting, requires no replacement, and reduces maintenance costs. Its ergonomic one-hand operation, LCD display with backlight, HOLD function, and ZERO adjustment provide a user-friendly measuring experience.

The MG 705 Gauss Meter is ideal for various professional applications such as magnetic field testing, product quality control, R&D operations, electromagnetic component assembly, and educational laboratory use.

Technical Specifications

• Measurement Unit: mT (1 mT = 10 Gauss)

• Basic Accuracy: 0.05 mT (±5%)

• Power Supply: 2 × 1.5V AAA batteries

• Measurement Range: 0–2500 mT

• Magnetic Polarity Indication: LED light – S (Green) / N (Red)

• Sensor Type: Integrated Hall probe (maintenance-free)

• Display: LCD with backlight

• Functions: HOLD, ZERO adjustment

• Device Dimensions: 182 × 26 × 15 mm

• Package Dimensions: 200 × 65 × 28 mm

• Weight: 132 ± 5 g (without batteries)

Product Advantages

• High-precision sensor for accurate magnetic field measurement

• Fast and precise N/S polarity detection with LED indication

• Long-life integrated Hall probe requiring no replacement

• Ergonomic design for easy one-hand use

• HOLD and ZERO functions for measurement control

• Low power consumption and long battery life

• Durable body with user-friendly interface

• Ideal for R&D, quality control, assembly, and laboratory applications

Application Areas

• Magnetic field strength measurement

• Magnetic polarity (N/S) detection

• Electromagnetic radiation level testing

• Product remanence (residual magnetism) measurements

• Electromagnetic component assembly

• Magnetic measurements in R&D

• Educational and laboratory applications

• Industrial quality control processes