Used MERIAM M1502 #9108050 for sale

MERIAM M1502 is a powerful and versatile piece of electronic test equipment made by MERIAM and is designed to meet the needs of universities, laboratories, and other research facilities. This highly sophisticated instrument offers a wide range of measurements and provides accurate, reliable results. M1502 consists of two main units; the mainframe (which houses the computer) and the probe rack (which holds the probes). The mainframe is equipped with a 10.4" LCD color touch screen, a keyboard, and a mouse. It also contains two USB 2.0 ports, one for connecting to a printer or external storage device, and the other for connecting to a computer or automating the test process. MERIAM M1502 is capable of measuring up to four pairs of AC and DC voltage values, in addition to current, frequency, temperature, pressure, and impedance. It is also equipped with built-in digital multimeters that can measure up to four inputs simultaneously and a frequency analyzer that can detect and capture time domain response to varying frequency inputs. In order to ensure maximum accuracy and consistent results, M1502 is equipped with a sophisticated calibration system. This system ensures that the probes are calibrated before each use and that the readings are consistently accurate. The system is also capable of monitoring and alerting when environmental factors, such as temperature, pressure, or humidity, are likely to affect the readings. MERIAM M1502 is capable of producing detailed graphs and tables of results. These results can be transferred to a computer through one of the USB ports. Additionally, M1502 has a built-in LAN port, allowing it to be connected to other computers within a laboratory and/or the internet, providing convenient access to the data collected. Due to its powerful features and high accuracy, MERIAM M1502 is an ideal piece of equipment for academic laboratories, universities, and research facilities. It's also well suited for industrial and industrial-type applications, such as transformer testing, motor windings, and circuit testing. It is also widely used in electronic bench work and teaching applications.