Thank you for purchasing the HIOKI “Model RESISTANCE. HiTESTER”. To obtain maximum performance from the instrument, please read this manual. Model, Discontinued, Suggested Replacements. M-Ohm HiTESTER , , M-Ohm HiTESTER , , M-Ohm HiTESTER . This software enables the user to obtain measurement data from Resistance HiTESTER or DC milliohm HiTESTER , through.
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At the same time, increased advancements in technologies such as electric automobiles and solar power systems are forecasted, and the market for electronic components such as coils and inductors, indispensable building blocks of these technologies, is expected to expand. To prevent such problems, Hioki equipped the RM with extensive contact check functionality that identifies an error if the measurement terminals have not been placed in proper contact with the object under measurement.
In such applications, the Resistance Meter RM notifies the technician of bioki test results by emitting a loud beep.
Since two Multiplexer Units can be installed in one Resistance Meter at the same time, up to 20 locations can be automatically measured in this manner. 3514 an example, a 3-phase motor contains numerous coils, resolvers, and other electronic components, making it extremely time-consuming for a researcher to measure each manually. The Hioki RM was also developed to accommodate such materials.
Providing the finest test equipment solutions since 1992
Hioki Resistance Meter Lineup: HIOKI products and services are available around the world through our extensive network of subsidiaries and distributors. In addition, the new Resistance Meter RM features a multiplexer function available through an optional expansion board.
The greater this resolution the smaller this unitthe more minuscule the changes that can be detected. On the opposite spectrum, electronic components make extensive use of materials with high resistance values, for example conductive sheets and conductive rubber. Broad measurement range and high-precision measurement capabilities 1 Measurement range and measurement accuracy Last year, HIOKI launched the 341, which is designed for use on production lines, and the RM, which is designed for use in maintenance applications.
When installed, the multiplexer function enables automatic 4-terminal measurement of resistance to be performed sequentially at up to 20 locations, remarkably improving measurement efficiency. These devices make extensive use of coils, inductors, and other electronic components that exhibit very low resistance ihoki, and to ensure performance, they need to be tested at high levels of precision during the development and production process.
Electric vehicles built with high efficiency motors and inverters and solar power systems integrated with power conditioners are expected to see even greater utilization in the future. This leads to the rising need in 3514 ability to measure low resistance values at higher levels of precision during the development and production of these electronic components, and to aptly meet such need, Hioki has developed the Resistance Meter RM The Hioki Resistance Meter RM meets these needs by delivering a broad measurement range and superior measurement accuracy.
DC milliohm HiTESTER application software – Hioki
hio,i Compared to these two instruments and to a similar previous model Hiokithe RM, which is designed primarily for use in research and development, offers a broader measurement range, as well as improved basic accuracy.
In this way, the instrument makes more reliable measurement possible. For more information, please contact: Development Background Currently, progress in energy-saving initiatives is being matched by the accelerated use of renewable energy. This function automatically performs 4-terminal measurement of resistance at up to 10 locations per Multiplexer Unit, dramatically improving measurement efficiency.
It also offers a high maximum resolution, allowing more minuscule changes to be captured. Extensive contact check functionality to prevent erroneous measurement When measuring electronic components, there is a risk of erroneous measurement for various reasons, for example due to the failure of the measurement terminals to make proper hipki with the object under measurement.