Used ADCMT 6246 #9201193 for sale

ADCMT 6246 is a modern electronic test equipment widely used in many engineering laboratories and research and development (R&D) organisations. It has advanced features that make it versatile and easy to use. 6246 can efficiently measure parameters such as current, voltage, resistance, capacitance and inductance in a variety of conditions and device types. ADCMT 6246 has a user-friendly interface that can be used for easy navigation and retrieval of test data, as well as helping operators quickly interpret results. The equipment is ideal for both prototype and in-field measurements. It comprises a built-in display featuring a 5.7" touch screen interface, as well as a high accuracy 24-bit ADC for data acquisition. Also, 6246 supports several different input/output (IO) and communication interfaces, such as USB, Ethernet, RS-232, and CAN. It is capable of measuring current from 1 uA to 10 A with an accuracy of 0.01%. Its voltage measurement regime extends from 1 mV to 600 V with an accuracy of 0.03%. ADCMT 6246 can measure the resistance of a component with an accuracy of 0.03%. In addition, it can measure inductances of up to 80 mH, and capacitances of up to 1,400 µF, respectively with an accuracy of 0.02%. 6246 also has temperature measurement capability of up to 400°C. ADCMT 6246 also has four isolated inputs capable of differential measurements, which makes it an ideal tool for measuring the characteristics of circuit nodes where insulation is an important factor. Additionally, the device can effectively process sound pressure levels (SPL) in a range of up to 125 dB, and frequency measurements of up to 6 kHz. The size and weight of 6246 was cleverly designed to provide maximum portability and ease of handling. The built-in battery allows for up to four hours of operation without the need to be connected to a power source. Finally, ADCMT 6246 is equipped with an array of digital filtering, signal conditioning and auto-calibration features that help users obtain highly measurements each time.