Kyoritsu Electric Corporation List of Products and Services

The "Cable Shielding Effect Measurement System" is a system designed to evaluate the effectiveness of various shields. It automatically controls a spectrum analyzer and EMI clamp (test bench) from a computer to measure leakage from cables, comparing the measurement results of unshielded cables and multiple shielded cables. In addition to improving operational efficiency, it also provides benefits such as reducing the workload. 【Benefits of Implementation】 <Improvement of Operational Efficiency> ■ Increased operational efficiency by managing data collectively ■ More efficient operation of expensive equipment <Reduction of Workload> ■ Reduced burden on operators and managers *For more details, please refer to the related links or feel free to contact us.

This system is a position control system for a multi-axis stage used to inspect substrates, allowing for the control of a multi-axis controllable stage (turntable) from a PC to perform inspections and evaluations of various products. It features an automatic origin detection function during initialization, enabling easy operation of multi-axis position control by defining home positions and various positions. By using various limit sensors in conjunction, it achieves more accurate position detection and various functions such as emergency stops outside the operating range. The applications are diverse when combined with other measurement system applications. 【Purpose of Implementation】 ■Reduction of Operational Load - It enables the processing of various tests collectively. ■Realization with Inexpensive Equipment - A system can be built using inexpensive PC boards. *For more details, please refer to the related links or feel free to contact us.

This system is designed to measure and evaluate the electrical characteristics of semiconductor products such as diodes and transistors under varying temperature and humidity conditions using a constant temperature chamber. It automates measurements and digitizes data by controlling semiconductor parameter analyzers, constant temperature chambers, and various wiring switches via GP-IB from a computer. The introduction of this system leads to improvements in operational efficiency and a reduction in workload. 【Benefits of Implementation】 ■ Improvement in Operational Efficiency - Automation increases operational efficiency (unmanned operation is possible after the test begins) - Expensive equipment can be operated more efficiently ■ Reduction in Workload - Quick automatic measurement of a series of environmental controls enables energy savings - The time products are subjected to harsh environments is minimized *For more details, please refer to the related links or feel free to contact us.

This product is a testing device that uses a simulated load device to measure motor performance characteristics. It employs a high-capacity servo motor that applies a simulated load to the test motor, measuring various data such as speed, torque, power, and temperature. By managing the data collectively, operational efficiency is improved, and with the autonomous driving function, the equipment can be operated efficiently, reducing the burden on operators and managers. Additionally, the introduction of various interlock circuits enables safe testing. 【Purpose of Introduction】 ■Reduction of Load - Minimize the burden on operators (such as the man-hours required for measurement and comparison) and create a system that does not depend on individual technical levels. - Aim for efficient operation of equipment. ■Reporting Function: Easily generate reports on motor performance. ■Safe Testing - Since it involves testing high-speed rotating bodies, we want to operate a device that is safe and accident-free. *For more details, please refer to the related links or feel free to contact us.

This system is an "Electromagnetic Immunity Testing System" that evaluates the electromagnetic resistance of test samples when exposed to electromagnetic fields. It irradiates electromagnetic noise at specified frequencies and test levels, allowing for the assessment of malfunctions or degradation of customer products. Additionally, by using the G-TEMCELL, testing can be conducted safely without the need for an anechoic chamber. The test frequency ranges from 100 kHz to 3 GHz as standard, and AM, FM, and pulse modulation can also be applied. 【Features】 ■ Improvement of operational efficiency - By managing data collectively, operational efficiency is increased. - More efficient operation of expensive equipment. ■ Reduction of burden - Reduces the burden on operators and administrators. - Safety interlock circuits help prevent accidents in advance. *For more details, please refer to the related links or feel free to contact us.

This system is designed to perform setting transmission, automatic control, automatic measurement, calculation processing, and report printing for air conditioner performance evaluation testing facilities. According to operating conditions, it controls the testing equipment and collects and stores measurement data at regular intervals. It has been introduced with the aim of improving the efficiency of control and measurement during air conditioner performance evaluation tests, preventing operator errors during testing, and enhancing test quality through consistently stable testing. 【Implementation Effects】 ■ Testing efficiency has improved as tests can be conducted in parallel. ■ Pre-registration of test settings has eliminated variability in testing by operators. ■ Reusing past test data has improved test quality. ■ Analysis of test results has become possible, aiding in the improvement of testing operations. *For more details, please refer to the PDF document or feel free to contact us.

The "Testing & Environmental Data Measurement System" centrally manages the different test equipment data and environmental data for each product in the field of product evaluation and testing. The centrally managed data is displayed in real-time or historically in graphs specified by the user. This system is implemented with the objectives of "wanting to accommodate multiple test devices without changing the basic structure," "wanting to manage and display test data and environmental data collectively," and "wanting to compare specified data (for example, before and after adjustments) in addition to real-time and historical data." 【Effects of Implementation】 ■ Simplified the setup and procedures for measurements by switching test devices and standardizing client screens. ■ Reduced the time required to learn individual measurement software to a minimum. ■ Previously, comparisons were made by printing past graphs, but now it is easier to grasp performance changes as comparisons can be made on-screen. ■ It has become possible to print only the necessary data. *For more details, please refer to the PDF materials or feel free to contact us.

The "state inspection device" is a device that consolidates multiple testers into one to reduce processes and evaluate products. It switches circuits for each tester used, measures resistance with a digital multimeter, and determines surge waveforms with a surge tester. The inspection results are displayed using lamps installed on the device. Due to the background of wanting to consolidate processes because "measuring with multiple testers involves many setups and is inefficient," and "working with high voltage is very dangerous, so we want to work safely," it has been introduced. 【Purpose of Introduction】 ■Reduction of operational burden 　・We want to conduct multiple tests at once. ■Work safely 　・We want to avoid touching high-voltage circuits. *For more details, please refer to the PDF document or feel free to contact us.

In continuous thickness measurement, by using continuous thickness data instead of point thickness of the measured object, it becomes easier to determine the pass or fail status of the object's condition. This system is designed to measure thickness continuously, with the measurement target being sandwiched from above and below by displacement sensors. Since the measurement is taken from below, it can still be measured even if there is vertical movement. Additionally, the measurement amount from the displacement sensors is output as pulses and input into a high-speed counter unit of a sequencer. 【Measurement Method】 - Since 1 pulse equals 0.1 μm, the thickness is calculated by multiplying the pulse count by 0.1. - The signals from the upper and lower displacement sensors are processed to determine the thickness. - The measured object is sandwiched by rollers and fed at a constant speed by two stepping motors before and after the displacement sensors. - The stepping motor is activated by the measurement start button on the touch panel. - When the measurement is complete, the stepping motor stops. *For more details, please refer to the PDF document or feel free to contact us.

The "Dielectric Strength and Power Consumption Testing Device" is an apparatus that conducts dielectric strength tests and power consumption tests on electric actuators, allowing for product evaluation. To accommodate a variety of workpieces, the voltage values for dielectric strength and the applied voltage settings for power tests, as well as the threshold settings for measurement values, can be pre-saved for each model. Previously, dielectric strength tests and power consumption tests were performed manually, with measurement values judged visually and data recorded by hand, leading to differences in tact time among operators. Although high voltage is used, the warning light only illuminated during the dielectric strength test to alert the operator, which raised some safety concerns. With the introduction of this product, automatic testing can be performed simply by pressing a button, and data can be saved, making the process more efficient. [Effects of Implementation] ■ Improvement in Work Efficiency - Automatic testing and data saving can be performed simply by pressing a button, making it efficient. ■ Safe Operations - An area sensor is installed, ensuring safety by preventing contact during dielectric strength testing. *For more details, please refer to the PDF document or feel free to contact us.

The "Optical Power Logger" is a system that automatically measures the attenuation of optical cables. As background, we were considering the introduction of an automation system and the construction of a robust system that can operate 24 hours a day, using the measuring equipment we already own without purchasing new facilities. This system combines an optical power meter with a multi-channel multiplexer to record the characteristics of optical cables over long periods, while simultaneously recording the temperature of the test environment using a thermometer. By preparing two sets of measuring devices, it is possible to operate under two different conditions (test environments), allowing for the recording of characteristics under various situations while also using environmental testing machines. 【Benefits of Implementation】 <Improvement of Work Efficiency> ■ The adoption of FA computers allows for safe continuous operation over long periods. ■ Since it is automatically operated by software, daily checks can be reduced to about one or two times, contributing to a reduction in man-hours. ■ Numerical records are stored as electronic data, enabling accurate comparisons and judgments with digital values. ■ The shift to paperless recording through electronic data makes data storage and management easier. ■ Further software customization allows for the expansion of various functions. *For more details, please refer to the PDF materials or feel free to contact us.

This system is a battery capacity testing machine that combines charging and discharging functions for industrial batteries. The background for the system's introduction is the need for charging/discharging functions for individual cells for the maintenance of batteries used in electric unmanned carts and similar applications. With the introduction of this system, the number of times to check the testing status through alarm functions and data logging has decreased, leading to a reduction in labor hours. Additionally, by setting up tests via a touch panel, testing has become smoother. 【Features】 ■ Settings necessary for charging and discharging tests can be easily configured from the touch panel. ■ It measures charging and discharging voltage, cell voltage, and temperature, allowing monitoring of the state transitions during charging and discharging. ■ Various conditions such as voltage/time/temperature can be selected for charging and discharging completion criteria. ■ Cell voltage and battery temperature during charging and discharging are recorded by a data logger. ■ The logged data is stored in the memory of the data logger itself. ■ The data can be replayed on a PC using a manufacturer-specific application. *For more details, please refer to the PDF document or feel free to contact us.

The "Non-Rotating Torque Testing Device" is a system that allows for arbitrary adjustments of the testing environment using a constant temperature and humidity chamber. The applied torque can be selected manually or automatically, enabling stable torque testing through a non-rotating torque generation unit and a non-rotating torque converter. It has been introduced due to the need for "stable torque application in a non-rotating manner to improve testing accuracy" and "the ability to arbitrarily adjust the installation environment of the test subject to enhance testing efficiency." 【Effects of Introduction】 ■ Improvement in Work Efficiency - Stable torque application has become possible, improving testing efficiency. - The adoption of a small-capacity constant temperature and humidity chamber has shortened the stabilization time of the testing environment. ■ Improvement in Data Collection - The collection of testing data has been automated, enhancing the work efficiency of inspectors. *For more details, please refer to the PDF document or feel free to contact us.

This product is a testing device designed for the load endurance testing of workpieces (test subjects). The background for the system introduction was the consideration of introducing new testing equipment and adding functional aspects due to the aging of existing equipment. By changing the jig at the tip of the cylinder, it can accommodate various shapes of workpieces. The workpiece is installed on the testing device, and a load (0 to 2000N) is applied by the cylinder. [Purpose of System Introduction] ■ Continuous Automatic Operation - We want to continuously operate the same motion pattern for a specified number of times. ■ Improvement of Testing Accuracy - We want to continuously measure the load of the cylinder during testing and visualize it. *For more details, please refer to the PDF document or feel free to contact us.

The "Pipe Leak Testing Device" features a simple structure that allows for low-cost implementation and easy maintenance. It tests the airtightness of products using a digital panel meter or dedicated fixtures without going through a controller like a PLC. The results are communicated to the operator through sound (melody) and light (lamp). With its introduction, initial investment has been minimized, and it can flexibly accommodate various product types. Additionally, due to its simple structure, system maintenance has become easier. 【Background for System Introduction】 ■ We want to update due to the aging of existing testing equipment. ■ We want to implement the testing system with a minimal configuration and at a low cost. ■ We want to perform inspections of various product types with just a simple change of settings. *For more details, please refer to the PDF document or feel free to contact us.