RCC Electronics offers HIOKI motor testing equipment including hipot testing, LCR measurement, high precision power analyzers with motor analysis options, milli-ohm measurement, and impulse winding testing.
HIOKI Motor Testing category is a curated group of instruments for motor-related test work. The category includes electrical safety testing, LCR measurement, high precision power analysis with motor options, resistance measurement, and impulse winding testing.
Use hipot and withstanding testers to support insulation and safety checks as part of motor production, maintenance, or validation workflows.
Use high precision power analyzers with motor analysis options for inverter, EV, solar, and high-efficiency motor drive evaluation.
Use LCR meters, milli-ohmmeters, and impulse winding testers to support winding, component, and low-resistance evaluation.
Use the product groupings below to quickly match the instrument to your motor testing requirement.
Reference guide for HIOKI motor testing solutions
HIOKI Hipot Tester 5 kV AC
HIOKI LCR Meter, DC to 8 MHz
HIOKI 4 Channel Power Analyzer with D/A and Motor Option
1 to 6-channel HIOKI High Precision Power Analyzer options
8-channel HIOKI High Precision Power Analyzer options
HIOKI Bench Type High Precision Milli-Ohmmeter
HIOKI Impulse Winding Tester
RCC Electronics can help match the instrument to your motor test process
Use this table as a starting point before contacting RCC Electronics to confirm the correct HIOKI motor testing instrument, channel count, sensors, and accessories.
| Product / family | Best fit | Highlights | Typical motor-testing role |
|---|---|---|---|
| HIOKI Motor Testing Catalog | Initial product research | Catalog item listed in the category | Review motor testing product families before selecting instruments |
| 3174 | AC hipot / withstand testing | HIOKI Hipot Tester 5 kV AC; AC automatic insulation/withstanding tester snippet | Electrical safety and insulation withstand testing |
| IM3536 | LCR / impedance measurement | HIOKI LCR Meter, DC to 8 MHz | Component, winding, and impedance-related measurement workflows |
| PW3390-03 | 4-channel motor power analysis | 4-channel power analyzer with D/A and motor option | Motor drive, inverter, and power conversion evaluation |
| PW6001-11 to PW6001-16 | 1 to 6-channel high precision power analysis | High precision power analyzer with motor analysis and D/A output; EV and solar testing snippet | High-efficiency inverter, EV drive, and motor analysis requiring scalable channel count |
| PW8001-11 / PW8001-12 | 8-channel high precision power analysis | 8-channel high precision power analyzer with motor analysis; D/A output option on PW8001-12 | Advanced multi-channel motor drive and power analysis applications |
| RM3544 | Bench low-resistance measurement | Bench type high precision milli-ohmmeter | Resistance checks for windings, connections, contacts, and conductive paths where applicable |
| ST4030A | Impulse winding testing | HIOKI Impulse Winding Tester | Winding-related production, quality, and inspection workflows |
Share your motor type, test stage, required measurements, voltage/current levels, channel count, D/A output needs, and whether the work is for R&D, production, or maintenance. We can help recommend the practical HIOKI configuration.
Common questions when selecting HIOKI motor testing equipment.
The category includes a HIOKI Motor Testing Catalog, 3174 hipot tester, IM3536 LCR meter, PW3390-03 power analyzer, PW6001 motor analysis power analyzer configurations, PW8001 motor analysis power analyzer configurations, RM3544 milli-ohmmeter, and ST4030A impulse winding tester.
3174 as a HIOKI Hipot Tester 5 kV AC. The product snippet describes it as an AC automatic insulation/withstanding tester.
PW3390-03 as a 4-channel power analyzer with D/A and motor option, PW6001-11 through PW6001-16 as high precision power analyzer models with motor analysis and D/A output, and PW8001-11 / PW8001-12 as 8-channel high precision power analyzer models with motor analysis.
ST4030A as a HIOKI Impulse Winding Tester.
Start with the required test: safety/withstanding, LCR or impedance, power analyzer motor analysis, low-resistance measurement, or impulse winding testing. Then confirm channel count, voltage/current requirements, current sensors, fixtures, leads, D/A output, and software needs. RCC Electronics can help verify the best configuration.
Turn to RCC Electronics for high-quality electric motor testing equipment. Browse our selection below, or feel free to contact us with any questions.
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