Used FARNELL HIVOLT A1006150 #195992 for sale

FARNELL HIVOLT A1006150 is a state-of-the-art electronic testing equipment, designed for measuring and testing electrical and mechanical forces and energy. This equipment is specifically designed for industrial, research, and educational applications, and is suitable for use in a variety of different voltage and current ranges. It is equipped with a variety of features that ensure precise measurement of electrical components. A1006150 is composed of an input power supply, output voltage measurement, a voltage range selector, voltage divider, current range selector, current measurement, voltage range setting knob, power adjustment knob, shunt, and output current measurement. The device is equipped with a high-voltage manual limit switch, a power switch for turning on and off, and a zero adjustment knob. In order to achieve a constant power output, a voltage adjustment knob is also provided. It is capable of measuring both AC and DC voltage and current, as well as performing tests in the low-frequencies range. The voltage range selector lets the operator choose between three different signals: AC, DC, or ground. The current range selector allows the user to select between two different current ranges: EU and UK. The output voltage measurement range is adjustable between 0.2 and 6.0 V. The voltage divider allows the measuring of voltages up to 600V in both AC or DC mode. The device is constructed with an anodized aluminum enclosure, which provides excellent electrical properties and mechanical strength. The enclosure also includes an organized internal circuitry, which reduces the chances of interference or electric shocks. The device is IP65 rated, meaning it is dust and water resistant, suitable for usage in harsh environment. FARNELL HIVOLT A1006150 also includes an adjustable timer and an adjustable alarm that warns the user when the voltage and current reach their limits. With all these features, A1006150 is an extremely versatile and precise testing device. It is able to accurately measure and test a variety of voltage and current, helping engineers and scientists receive precise and reliable readings. The device is also extremely accurate in its measurements, making it ideal for use in scientific experiments and power supply applications.