Holiday Special M0198191 Emf Elf Magnetic Field Gauss Meter 30~300hz Taiwan Made Best Choice [PuIVq0na]

M0198191 EMF ELF Magnetic Field Gauss Meter

Experience precision and convenience with the M0198191 EMF ELF Magnetic Field Gauss Meter, a Taiwan-made device designed for accurate measurement of extremely low frequency (ELF) electromagnetic fields. This versatile tool offers a wide measurement range from 30Hz to 300Hz, making it ideal for detecting and assessing electromagnetic field radiation from various sources such as power lines, microwaves, and computers. With its user-friendly design and advanced features, this gauss meter is a must-have for professionals and enthusiasts alike.

Key Features:

• Highly sensitive and accurate measurements within ±(2.5% + 6 digits) at 50/60Hz
• Switchable reading units between milliGauss (mG) and microTesla (µT) for flexible use

Equipped with a 3-1/2 digits LCD display, the M0198191 Gauss Meter provides a clear and easy-to-read display of up to 1999 maximum readings. Its single-axis sensor ensures precise measurements, while the Hold and Max Hold functions allow you to capture and review the highest reading. With a measurement range of 200/2000 mG and 20/200 µT, this meter is capable of detecting even the most subtle electromagnetic fields. Its low battery and overload indicators keep you informed of the meter's status at all times.

Applications and Benefits

The M0198191 EMF ELF Magnetic Field Gauss Meter is a versatile tool with a wide range of applications. Whether you're a professional in the field of electromagnetic field measurement or a consumer looking to assess the electromagnetic environment in your home or workplace, this meter is an essential tool. Its ability to measure the radiation intensity from various sources ensures that you can make informed decisions about your exposure to electromagnetic fields. The meter's compact design and included 9V battery make it easy to carry and use in any environment. Invest in the M0198191 Gauss Meter and take control of your electromagnetic field measurements today.