Power Analyzers

Hioki benchtop power meters and power analyzers are best in class power measuring instruments for measuring single to three-phase lines with a high degree of precision and accuracy. The PW3390 is a high-precision, broad-range power analyzer for measuring electrical power from DC to inverter frequencies, providing four input channels to support single- and three-phase inverter motor systems up to 4000 A AC/DC with superior accuracy. ±0.04% basic power accuracy, among the best in its class 200 kHz measurement band with flat amplitude and phase accuracy that extend to high frequencies Remarkably small and light footprint, enabling high-accuracy measurement to be easily carried out even in the field High-accuracy, high-speed calculation of transient-state power in 50 ms, harmonic analysis, display of instantaneous waveforms, noise analysis, and simultaneous parallel calculation of all parameters, including efficiency loss Send measured values to HIOKI data loggers using a Bluetooth® wireless technology compatible adapter (LR8410 Link-compatible products) Simultaneous measurement of multiple circuits and ability to acquire synchronized data using up to 8 devices (for 32 channels) Simple power measurement using clamp-on current sensors Measurement of current and power inputs and outputs as part of the new WLTP fuel efficiency standard

Hioki benchtop power meters and power analyzers are best in class power measuring instruments for measuring single to three-phase lines with a high degree of precision and accuracy. The PW3390 is a high-precision, broad-range power analyzer for measuring electrical power from DC to inverter frequencies, providing four input channels to support single- and three-phase inverter motor systems up to 4000 A AC/DC with superior accuracy. D/A output ±0.04% basic power accuracy, among the best in its class 200 kHz measurement band with flat amplitude and phase accuracy that extend to high frequencies Remarkably small and light footprint, enabling high-accuracy measurement to be easily carried out even in the field High-accuracy, high-speed calculation of transient-state power in 50 ms, harmonic analysis, display of instantaneous waveforms, noise analysis, and simultaneous parallel calculation of all parameters, including efficiency loss Send measured values to HIOKI data loggers using a Bluetooth® wireless technology compatible adapter (LR8410 Link-compatible products) Simultaneous measurement of multiple circuits and ability to acquire synchronized data using up to 8 devices (for 32 channels) Simple power measurement using clamp-on current sensors Measurement of current and power inputs and outputs as part of the new WLTP fuel efficiency international standard > Each Unit Includes Instruction Manual Power cord Measurement Guide USB cable Input cord label ×2 D-sub connector

Hioki benchtop power meters and power analyzers are best in class power measuring instruments for measuring single to three-phase lines with a high degree of precision and accuracy. The PW3390 is a high-precision, broad-range power analyzer for measuring electrical power from DC to inverter frequencies, providing four input channels to support single- and three-phase inverter motor systems up to 4000 A AC/DC with superior accuracy. D/A output Motor analysis ±0.04% basic power accuracy, among the best in its class 200 kHz measurement band with flat amplitude and phase accuracy that extend to high frequencies Remarkably small and light footprint, enabling high-accuracy measurement to be easily carried out even in the field High-accuracy, high-speed calculation of transient-state power in 50 ms, harmonic analysis, display of instantaneous waveforms, noise analysis, and simultaneous parallel calculation of all parameters, including efficiency loss Send measured values to HIOKI data loggers using a Bluetooth® wireless technology compatible adapter (LR8410 Link-compatible products) Simultaneous measurement of multiple circuits and ability to acquire synchronized data using up to 8 devices (for 32 channels) Simple power measurement using clamp-on current sensors Measurement of current and power inputs and outputs as part of the new WLTP fuel efficiency international standard > Each Unit Includes Instruction Manual Power cord Measurement Guide USB cable Input cord label ×2 D-sub connector

Hioki benchtop power meters and power analyzers are best in class power measuring instruments for measuring single to three-phase lines with a high degree of precision and accuracy. The PW6001 is Hioki’s flagship power analyzer, featuring high accuracy, wide band, and high stability for measuring electrical power from DC to inverter frequencies, providing maximum of 12 channels* to support single- and three-phase inverter motor system measurements and next generation devices such as silicon-carbide (SiC) inverters. *When synchronizing two 6-channel models connected via optical link 1 channels Basic accuracy of ±0.02%*1 for power measurement (*1 PW6001 accuracy only. Instrument delivers accuracy of ±0.07% even after the current sensor accuracy has been added.) High noise resistance and stability (80 dB/100 kHz CMRR, ±0.01%/°C temperature characteristics) Accurate measurement even when the load is characterized by large fluctuations, TrueHD 18-bit resolution 10 ms data refresh while maintaining maximum accuracy (using a specially designed IC to make all measurements independently while performing simultaneous calculations.) DC basic accuracy of ±0.07%, which is key for stable, accurate efficiency measurement Broad frequency band and sampling that are 10 times better than those of legacy models Synchronize 2 units for up to 12 channels*2 in real time *2 Two 6-channel models can be connected with an optical connection cable (over a max. length of 500 m) to enable numerical and waveform synchronization Special triggers to enable waveform analysis and motor analysis without the need for an oscilloscope Wideband harmonic analysis up to the 100th order with a 1.5 MHz band

4 channels Basic accuracy of ±0.02%*1 for power measurement (*1 PW6001 accuracy only. Instrument delivers accuracy of ±0.07% even after the current sensor accuracy has been added.) High noise resistance and stability (80 dB/100 kHz CMRR, ±0.01%/°C temperature characteristics) Accurate measurement even when the load is characterized by large fluctuations, TrueHD 18-bit resolution 10 ms data refresh while maintaining maximum accuracy (using a specially designed IC to make all measurements independently while performing simultaneous calculations.) DC basic accuracy of ±0.07%, which is key for stable, accurate efficiency measurement Broad frequency band and sampling that are 10 times better than those of legacy models Synchronize 2 units for up to 12 channels*2 in real time *2 Two 6-channel models can be connected with an optical connection cable (over a max. length of 500 m) to enable numerical and waveform synchronization Special triggers to enable waveform analysis and motor analysis without the need for an oscilloscope Wideband harmonic analysis up to the 100th order with a 1.5 MHz band

5 channels Basic accuracy of ±0.02%*1 for power measurement (*1 PW6001 accuracy only. Instrument delivers accuracy of ±0.07% even after the current sensor accuracy has been added.) High noise resistance and stability (80 dB/100 kHz CMRR, ±0.01%/°C temperature characteristics) Accurate measurement even when the load is characterized by large fluctuations, TrueHD 18-bit resolution 10 ms data refresh while maintaining maximum accuracy (using a specially designed IC to make all measurements independently while performing simultaneous calculations.) DC basic accuracy of ±0.07%, which is key for stable, accurate efficiency measurement Broad frequency band and sampling that are 10 times better than those of legacy models Synchronize 2 units for up to 12 channels*2 in real time *2 Two 6-channel models can be connected with an optical connection cable (over a max. length of 500 m) to enable numerical and waveform synchronization Special triggers to enable waveform analysis and motor analysis without the need for an oscilloscope Wideband harmonic analysis up to the 100th order with a 1.5 MHz band

6 channels Basic accuracy of ±0.02%*1 for power measurement (*1 PW6001 accuracy only. Instrument delivers accuracy of ±0.07% even after the current sensor accuracy has been added.) High noise resistance and stability (80 dB/100 kHz CMRR, ±0.01%/°C temperature characteristics) Accurate measurement even when the load is characterized by large fluctuations, TrueHD 18-bit resolution 10 ms data refresh while maintaining maximum accuracy (using a specially designed IC to make all measurements independently while performing simultaneous calculations.) DC basic accuracy of ±0.07%, which is key for stable, accurate efficiency measurement Broad frequency band and sampling that are 10 times better than those of legacy models Synchronize 2 units for up to 12 channels*2 in real time *2 Two 6-channel models can be connected with an optical connection cable (over a max. length of 500 m) to enable numerical and waveform synchronization Special triggers to enable waveform analysis and motor analysis without the need for an oscilloscope Wideband harmonic analysis up to the 100th order with a 1.5 MHz band

3channel, motor analysis, D/A output Basic accuracy of ±0.02%*1 for power measurement (*1 PW6001 accuracy only. Instrument delivers accuracy of ±0.07% even after the current sensor accuracy has been added.) High noise resistance and stability (80 dB/100 kHz CMRR, ±0.01%/°C temperature characteristics) Accurate measurement even when the load is characterized by large fluctuations, TrueHD 18-bit resolution 10 ms data refresh while maintaining maximum accuracy (using a specially designed IC to make all measurements independently while performing simultaneous calculations.) DC basic accuracy of ±0.07%, which is key for stable, accurate efficiency measurement Broad frequency band and sampling that are 10 times better than those of legacy models Synchronize 2 units for up to 12 channels*2 in real time *2 Two 6-channel models can be connected with an optical connection cable (over a max. length of 500 m) to enable numerical and waveform synchronization Special triggers to enable waveform analysis and motor analysis without the need for an oscilloscope Wideband harmonic analysis up to the 100th order with a 1.5 MHz band