Used SISID STATIC ELECTRICITY SAT-10 / HVB3 #9400007 for sale

SISID STATIC ELECTRICITY SAT-10 / HVB3 is an electronic test equipment designed to measure electric potentials, currents, and pulse voltages. It is a very effective tool used in the diagnosis of power supply problems and allows a technician to ascertain whether the problem is in the electronics of the device, or in the power supply itself. SAT-10 / HVB3 generates electric field measurements and if the voltage is greater than the predetermined limit, a warning message will be prompted. The voltage measurement is accurate to within 10mV, making it useful for pinpointing the source of the potential fault. This device also features a pulse voltage meter to measure the pulse voltage of the tested equipment. Pulse voltage is essentially the rate of change of an alternating current that occurs over a set period of time and can be used to diagnose faults in an electronic device. The pulse voltage is measured and the result is displayed in a matrix, which allows a technician to make an accurate diagnosis of the issue at hand. SISID STATIC ELECTRICITY SAT-10 / HVB3 also includes a high voltage battery (HVB) for testing high voltages in a system. This feature is especially useful for evaluating the performance of high-voltage equipment like transformers, motors, and generators. The HVB will display a plate chart view of any voltage measurements on the screen. In addition, SAT-10 / HVB3 also features an oscilloscope and storage elements. The oscilloscope is an important tool used to view the live output of a system and to measure any anomalies. It can display an up to 6MHz deep spectrum, allowing a technician to identify any high-frequency signals that may be of use. The storage elements are vital for storing the data collected during a test and allowing it to be reloaded at any time. SISID STATIC ELECTRICITY SAT-10 / HVB3 is a great option for any technician looking for a reliable, affordable and easy to use static electricity test solution. The device is highly accurate and is capable of accurately measuring electric potentials, currents, and pulse voltages. Its integrated HVB allows it to handle high voltage diagnosis, while the oscilloscope and storage elements provide crucial information for analyzing and noting any defects in a system.