Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
211～225 item / All 3436 items
Measurement time is only about ten seconds.
The compressed air in the isothermal container is rapidly exhausted to the maximum vacuum pressure by the ejector, and the pressure response at this time is used to determine the pressure-flow characteristics of the ejector.
You can measure the consumption flow rate of tools using air pressure.
【Overview】 Air consumption can be measured as an instantaneous value, making it effective for product development.
Maximum torque: 8.5 kN-m
Overview: A static torsion test will be conducted on the rubber coupling.
Wear speed 0.02 to 2.0 m/s
【Overview】 ■ It is a friction and wear testing machine for lubricated conditions in the atmosphere and in a vacuum. ■ The wear rate ranges from 0.02 to 2.0 m/s, with a standard load of 5 kgf.
Measured up to a maximum of 15,000 RPM.
Overview: The load test of the high-speed motor will be measured from stall torque measurement up to a maximum of 15,000 rpm.
This is an introduction to a two-axis chain system testing device.
【Overview】 ■ The engine timing chain is driven by a motor, and a dynamometer is used as a load device to replicate the engine operating condition. ■ The lubricant can be temperature-controlled up to 120°C.
Equipped with isothermal heating continuous test and isothermal heating intermittent test modes! The main unit has a drip-proof structure, making it safe for outdoor use.
This product is a thermal response testing machine that adopts an easy-to-operate touch panel system. Necessary measuring instruments, such as the media flow sensor and media inlet/outlet temperature sensors, are built into the main unit. The control box and main unit can be connected with a one-touch dedicated wiring. The heating heater can be set to three levels: 1.34kW, 2.67kW, and 5.0kW. Additionally, it is equipped with protective devices to prevent overheating of the circulating media and dry heating of the heater. 【Features】 ■ Adopts an easy-to-operate touch panel system ■ The control box and main unit can be connected with a one-touch dedicated wiring ■ The heating heater can be set to three levels: 1.34kW, 2.67kW, and 5.0kW ■ Safety feature that stops the device when the media flow is below 5L/min ■ The main unit has a drip-proof structure, making it safe for outdoor use *For more details, please refer to the PDF materials or feel free to contact us.
Reproducing the voltage fluctuation phenomenon of commercial power supply!
It can be used for performance evaluation of electronic and electrical devices affected by power voltage fluctuations, which may cause malfunctions or reduced functionality. This testing device simulates voltage fluctuations and instantaneous power outages of commercial power sources (AC100/200V) to evaluate the resilience of electronic devices. It is tested across various industries not only to meet the requirements of the international standard IEC61000-4-11 but also for resilience evaluation against voltage fluctuations and momentary interruptions. ○ It is a testing device compliant with IEC 61000-4-11 Ed.2 standards. ○ The multi-socket allows for direct connection of the EUT's AC adapter. ○ Test parameters specified by the standards can be easily set via the front panel. (Voltage fluctuation tests are conducted using software.) ○ User-defined tests that are not bound by standards can be performed through control using PC software. ○ DC instantaneous interruption tests can also be conducted. (DC125V, 16A max) *For details, please refer to the catalog or contact our company.
Generate transient surges as required by the international standard ISO 7637-2 (2011 edition) and evaluate the resistance of the onboard electronic equipment.
This is a testing device that simulates various transient surge phenomenon noises in vehicles as required by the international standard ISO 7637-2 (2011 edition) to evaluate the resistance of onboard electronic equipment. - Complies with ISO 7637-2 (2011 edition) standards* - Compatible with vehicle testing for 12V/24V/42V systems. - Each pulse waveform is housed in individual enclosures, allowing for standalone use. - Equipped with a high-capacity CDN (60V/50A). - Can supply power to devices under test (DUT) up to 200A (optional). - Programmable testing is available with Japanese-compatible Windows software (optional). - Other individual manufacturer specifications can also be accommodated (please inquire separately). *Some features may not be supported. Please contact us for details.
Resistance of onboard electronic equipment based on "JASO D 001-94".
This is a testing device that simulates various transient surge phenomena in vehicles based on the environmental testing method guidelines for automotive electronic devices "JASO D 001-94" established by the Society of Automotive Engineers of Japan, and evaluates the resistance of onboard electronic devices. - Testing in accordance with the JASO D001-94 standard (issued by the Society of Automotive Engineers of Japan) - Compatible with 12V/24V vehicle testing. - Output surge waveforms can be selected with a single touch. *For more details, please refer to the catalog or contact our company.
Demo units available! Even compact, equipped with new features to make EMC testing easier.
This is a test device that simulates the rapid rise of high-frequency noise caused by discharges between contacts of switching devices and arc discharges generated from electronic motors, allowing for the evaluation of electronic equipment's resistance. - Complies with IEC 61000-4-4 Ed.3 standards. - Equipped with a pre-check function, making pre-operation inspections easier. - The size has been made more compact compared to conventional models (approximately 67% in volume). - Clear panel display reduces connection errors with the power cable. - With a maximum output voltage of 5kV and a maximum pulse frequency of 2MHz, it can assess levels above standard testing. - The CDN capacity has been increased to single-phase AC240V20A and single/three-phase AC600V63A, accommodating a wider range of EUT power capacities. - A large-capacity CDN (100A or 150A) allows for superimposed testing on various EUTs (optional). - By using coupling clamps and EMS probe kits, testing on signal lines and noise resistance evaluation on circuit boards can be performed. *For more details, please refer to the catalog or contact our company.
Demo units available! For solving market trouble issues.
This is a testing device that simulates the generation of fast rise-time high-frequency noise caused by discharges between contacts of switching devices and arc discharges from electronic motors, in order to evaluate the resistance of electronic equipment. - The pulse width and other settings can be adjusted with just button operations, reducing the time needed for test condition setup. - It reduces the number of consumables, leading to cost savings. - The use of a short plug allows for easy switching between common and normal modes. - The TEST TIME setting enables the configuration of test duration. - Testing at a higher pulse repetition frequency has become possible. (Only for INS-S220) - The outlet panel allows for direct connection of the EUT's AC plug. (Optional) - Various tests can be conducted using different probes, coupling adapters, etc. (Optional) - By adding an external coupling device (CDN), testing of EUT power capacity in three phases is also possible. (Optional) - By using dedicated software, tests can be conducted under various test conditions. (Optional, only for INS-S420) *For more details, please refer to the catalog or contact us.
Simulate the rapid high-frequency noise generated by switches and other open/close devices during ON/OFF operation to evaluate the resistance of electronic and electrical equipment.
This product is a damping vibration wave tester compliant with the IEEE C37.90.1-2012 standard. - It can conduct tests in accordance with the IEC 61000-4-18 (2006) standard. - It can conduct tests in accordance with the power standard B-402 (2007). - It can conduct tests in accordance with the IEEE C37.90-2012 standard. - It outputs a maximum voltage of 3kV, allowing for ample testing. - The use of a touch panel provides an easily visible setting screen. - The tester allows for switching between common mode/normal mode and changing the applied phase internally. - By using a coupling balun, normal mode tests compliant with the IEEE C37.90-2012 standard can also be conducted. - It has a built-in power line CDN (AC240V/DC125V 20A). *For more details, please refer to the catalog or contact our company.
High power DC 450V 125A compatible! Many stacked units and lightning surge testers available!
This catalog features EMC test equipment for high-power devices compatible with DC450V and 125A. We introduce various products, including the "Coupling Unit," which allows for noise superimposition testing when combined with the fast transient/burst tester, and the "Lightning Surge Tester," which enables constant switching of decoupling circuit parameters. 【Featured Products】 ■ Coupling Unit (AC500V 150A / DC500V 150A) ■ Coupling Unit (AC600V 300A) ■ DC Power Coupling Dedicated CDN (DC500V 60A) ■ Coupling Unit (AC600V 300A) ■ Lightning Surge Tester (AC500V/100A) ■ Lightning Surge Tester (CHAdeMO compatible AC500V/100A DC600V/100A) *For more details, please refer to the PDF document or feel free to contact us.
![[Information] Overview of JEC Standards](https://image.mono.ipros.com/public/product/image/abe/2000437883/IPROS8156354635580384600.jpg?w=280&h=280)
Detailed explanation of test procedures, block diagrams, waveforms, etc. regarding JEC standards!
This document provides information about JEC standards. It specifies the insulation resistance testing for equipment connected to power systems, with the aim of protecting electrical facilities, and defines the test voltage and target circuits. It includes detailed explanations of examples of connection to power lines, testing procedures, block diagrams, and waveforms. [Contents] ■ Standards ■ Testing Procedures ■ Block Diagrams and Waveforms *For more details, please refer to the PDF document or feel free to contact us.
