Used WAYNE KERR 6425 #9000562 for sale

WAYNE KERR 6425
ID: 9000562
Multi bridge precision component analyzer.
WAYNE KERR 6425 is an advanced automated electronic test equipment equipment designed to be used for comprehensive component and circuit analysis in a variety of industries and applications. This unit measures and analyzes frequency, resistance, inductance, capacitance, voltage, current, acceleration and power with precision and accuracy. It also has the capability to analyze and adjust power supply voltages and currents, monitor power supply performance, and assess time-based parameters. 6425 offers a variety of features and functions, including the option for computer control and a switchable FET test capability. Additionally, it is compatible with both AC and DC voltages, allowing technicians to easily measure voltages ranging from a few milivolts to thousands of volts. This versatile system also offers the ability to measure both small-signal and high-power dissipation parameters with power levels reaching up to 4,000 watts. This model also includes an extensive graphical display and a variety of connectors, making it easier to view test results. Additionally, it has a measurement software with split-screen capabilities, allowing for simultaneous viewing of two different views of one measured result. WAYNE KERR 6425 also includes an advanced signal generator with a wide range of frequencies and an amplitude control range of up to 64 dB, allowing technicians to easily simulate various test conditions. It also has a frequency counter with resolution for both open and shorted calibrations, allowing for more accurate testing. Additionally, this unit has a high-speed multiplexer that allows technicians to quickly switch between multiple inputs. Overall, 6425 is an advanced automated electronic test equipment unit designed to handle a wide variety of component analysis and circuit tests. Not only is this machine versatile and precise, but it is also a cost-effective solution for any technician looking to test and analyze components and circuit parameters.
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