Used TESCOM TC-5960B #9280289 for sale

TESCOM TC-5960B is an electronic test and measurement device designed to provide precise measurements of resistance and capacitance for a wide variety of applications. The device is capable of measuring resistance up to 12 megaohms and capacitance up to 70 nanoF with an accuracy of 0.001%. The unit also features a 6 digit resolution with 0.01% accuracy, making it perfect for quick and accurate measurements. TC-5960B includes a 4.3 inch color LCD display to show the measurements as well as an easy to use power switch and analog connectivity port for use in whatever type of application you might need. The case is made of shockproof ABS plastic, which provides a strong and reliable base for the device. Additionally, the device is also heat and dust resistant, making it a great piece of equipment for harsh environment testing. The device also comes equipped with two temperature controls. The first is an internal temperature sensor, which allows the user to set the desired temperature for the device within 0.1 degrees Fahrenheit. The second is an external ambient temperature sensor, which can be used to adjust the temperature if the internal temperature is too hot or cold. This feature is especially useful in more extreme temperatures, as the temperature readings can be adjusted to prevent the user from being exposed to extreme temperatures. Another important feature of TESCOM TC-5960B is its auto-ranging capability. This allows the user to switch between different ranges to get the most accurate reading for their particular application. The ranges are 9.999Ω, 99.999Ω, 999.999Ω, and 12.000 MegaΩ. The device also comes with a countdown timer to ensure precise and accurate testing. TC-5960B comes with a 10-year warranty and is protected against short circuits and static electricity. The unit comes with a set of probes, a power cord, and an instruction manual. With its impressive features and rugged design, this electronic test equipment is perfect for any application where accurate and precise measurements are required.