Touch current measurement function equipped one-stop safety standard testing device for medical equipment.
The safety standard-compliant analyzer "8200 Series" (formerly ESA-A Series) is a state-of-the-art safety testing device that packages all safety standard tests (AC/DC withstand voltage, insulation resistance, earth continuity, touch current tests) into one unit. It is capable of touch current measurement compliant with IEC6601 and is available in a model with a built-in AC power supply (500VA), allowing for one-stop execution of safety standard tests with a single device. It can be widely used across various industrial equipment and medical devices.
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basic information
● The 3U size can accommodate a maximum of 7-in-1 functionality, a 500VA AC power supply, and an 8-channel scanner. ● Equipped with 7 measurement simulation circuits and 8 input faults, as well as scanner switching control for multipoint use. ● Features a highly visible color LCD panel. ● Capable of performing dielectric strength tests while powered on. ● Includes a dual check function that allows simultaneous testing of ground continuity and dielectric strength. ● AC dielectric strength test frequency can be expanded to a 400/800Hz range (optional).
Price range
P5
Delivery Time
Applications/Examples of results
The 8200 series can perform dielectric strength tests while the DUT (Device Under Test) is powered on. It complies with the Chinese standard GB/T 12350-2009 for more demanding quality tests. By using the included universal adapter box and connecting it as shown below, it is possible to conduct dielectric strength, insulation, and leakage current tests. Various input fault switches are handled internally within the main unit, so there is no need for an external switch or similar device. Additionally, it is possible to recall the memory of the AC power sources 8500/6700 to control the test voltage. Control terminals for the matrix scanner (SC6540 series) are also provided, allowing for multi-point switching.
Company information
Since its establishment in 1973, the Measurement Technology Research Institute has been engaged in "monozukuri" (manufacturing) by leveraging its development capabilities and uniqueness. We aim to contribute to the future by deploying our "power conversion, power regeneration, and high-frequency analog" technologies in the "social infrastructure sector," including energy.