Used TETKOMAT 7-50N/CM #9303806 for sale

TETKOMAT 7-50N/CM is an electronic test equipment used to measure the electrical properties of materials, including dielectric properties, resistivity, and magnetic properties. The device is equipped with a 50N/cm probe that can measure the material's electrical characteristics with high accuracy and low error margin. Its features also include a range of measuring speed levels to measure various materials of various thickness, a display of the current reading, an adjustable test range, and a continuous measurement mode. The main component of TETKOMAT 7-50N/CM is the 50N/cm probe, which is able to measure the dielectric properties of materials with very high accuracy. It is capable of measuring at a range of speeds from a slow 1mV/min to a maximum of 500mV/min. This range gives the probe the capability to measure different materials of various thickness. It also has a display that allows for immediate view of the current reading in real-time. The adjustable test range of TETKOMAT 7-50N/CM gives it the ability to obtain accurate readings from a range of material thicknesses. The adjustable range factor allows for the material-specific range for accurate results, as well as the ability to measure material depth with accuracy. The device also has a continuous measurement mode, which allows for the measurement of materials in different temperature environments. In addition, TETKOMAT 7-50N/CM is equipped with a wide range of safety features. It is equipped with a temperature control system that constantly monitors the temperature of the device and alerts the user if the temperature gets too high. The device also has over-current and over-voltage protection with a built-in breaker switch to protect against damage. TETKOMAT 7-50N/CM is a powerful, high-performance electronic test equipment that can measure dielectric properties of materials with very high accuracy. Its range of adjustable test ranges and safety features allow for the accurate measurement of various materials in different temperature environments. This makes it a great choice for materials testing and analysis.