Used MITSUBISHI QJ61BT11N #9379770 for sale

MITSUBISHI QJ61BT11N is an electronic test equipment specifically designed to help users diagnose, monitor and analyse faults in electrical networks. This type of device provides accurate and reliable data which allows for effective maintenance and operation. QJ61BT11N is a high-performance, multifunctional test equipment designed for troubleshooting, monitoring and diagnosing electrical networks including high-voltage systems. It is an intermediate-level controller and employs a top-down fault-finding methodology. It is capable of identifying and detecting even the smallest of faults such as current leakage, rapid consumption of energy, ground fault, etc. This device features a large LCD color display, customizable display format with operable menus and settings, user-friendly touch panel control, port upload/download capability, multi-language user interface and alarm function. It is designed to be rugged and highly durable, offering users easy handling. MITSUBISHI QJ61BT11N is crafted from compact die cast aluminum chassis, preventing dust and dirt from entering the equipment. It is also equipped with a powerful internal memory which allows users to save setting data, troubleshooting procedures, and information for quick access. The device is also equipped with an Ethernet port, which enables them to access settings, zoom in/out, email and remotely monitor live currents etc. In terms of performance, QJ61BT11N has considerable voltage, current, and temperature detection capabilities. It detects voltage ranging from 0 to 600V, current from 0 to 1000A and temperature from 0 to 100 degrees Celsius. This device can be used to detect AC, DC, and GFCI elements. The internal processor of the device operates at a speed of 3 Gigahertz, making it highly efficient and capable of handling complex operations. MITSUBISHI QJ61BT11N is a highly sophisticated and reliable piece of electronic test equipment which can be used to accurately diagnose, monitor, and analyse faults in electrical networks. It provides users with accurate data and precise identification of faults, thus providing effective maintenance and operation.