Precision power measurement for development, testing, and production

The 3333 is a single-phase, direct input AC power meter designed to precisely measure the power consumption of devices such as electrical household appliances on production lines. It offers a basic accuracy of ±0.1% (for voltage, current, and active power) over a frequency range of 45 to 66 Hz, handling up to 30 Arms and 300 Vrms (425 V peak). In addition to measuring active power, the device also calculates apparent power and power factor. It is equipped with an RS232C interface for easy connectivity. Technical Details: Measurement type: Single-phase, direct input AC power Accuracy: ±0.1% (voltage, current, active power) Frequency range: 45 to 66 Hz • Current range: 30 Arms Voltage range: 300 Vrms (425 V peak) Additional measurements: Apparent power, power factor Interface: RS232C

The 3334 is a single-phase, two-line AC/DC power meter designed for current and power integration applications, specifically to meet energy efficiency standards. It measures voltage, current (both AC/DC and mixed signals), active power, apparent power, power factor, frequency, integration (current and active power), and waveform peak (voltage and current). The device is capable of measuring voltage and current from DC or within the frequency range of 45 to 5000 Hz with a basic accuracy of ±0.2%. It can handle input up to 300 V (425 V peak) and 30 A (54 A peak). The meter also comes with a built-in RS-232C interface for communication. Technical Details: Measurement type: Single-phase, two-line AC/DC power Voltage range: Up to 300 V (425 V peak) Current range: Up to 30 A (54 A peak) Accuracy: ±0.2% Frequency range: DC or 45 to 5000 Hz Measurements: Voltage, current (AC/DC, mixed signals), active power, apparent power, power factor, frequency, integration (current, active power), waveform peak (voltage and current) Interface: RS-232C

The PW3335 is a single channel Power Meter offers high-precision measurement of power consumption in various electrical devices and installations. It is designed for efficiency testing and energy-saving assessments, with a maximum input current of 20 A. Featuring a 60,000-count display and wide measurement bandwidth, this power meter provides reliable accuracy across a variety of applications. The compact design and intuitive interface make it suitable for both laboratory and field use. Technical Information: Measurement Range: Voltage 100 mV to 1000 V, Current 1 mA to 20 A single phase / two wires measurement Frequency Range: DC, 0.1 Hz to 100 kHz Power Accuracy: ±0.1% of reading Measurement Bandwidth: 100 kHz Display: 60,000 counts Dimensions: 210 mm x 150 mm x 53 mm Weight: 1.2 kg Input Connectors: Voltage, Current, and External Sensor Inputs Safety Category: CAT II 1000 V

The PW3336 series measures power across a wide range of electrical equipment, from single-phase devices to industrial three-phase systems using 2 input channels. It supports voltages up to 1000 V, direct currents up to 65 A, and up to 5000 A with an optional current sensor. Covering both DC and inverter frequencies, it is ideal for motors, inverters, and power supplies, and is suitable for single-phase to 3P3W equipment. Technical Details: Compatible with SPECpower® benchmark for server power consumptionMeasures DC, single-phase 2-wire, and 3-phase 3-wire with 2-channel input High-precision basic accuracy of ±0.1% Frequency bandwidth of 0.1 Hz to 100 kHz or DCHigh-current measurement up to 65 A of direct inputHarmonic measurement up to the 50th order (IEC 61000-4-7) Accurate measurement with low power factor for no-load testing Built-in external sensor input terminals for up to 5000 A ACSynchronize up to 8 units for multi-unit measurement

The PW3337 Power Meter is a versatile and precise device designed to measure power consumption in three-phase and single-phase systems. It supports direct input up to 1000 V AC/DC and 65 A, making it ideal for analyzing energy consumption in industrial equipment, renewable energy systems, and power conditioners.With its wide frequency range, from DC to 100 kHz, and built-in harmonic measurement capabilities compliant with IEC61000-4-7 standards, the PW3337 offers reliable performance for both AC and DC power measurements. Its advanced communication interfaces, including LAN, RS-232C, and GP-IB, make it suitable for automated testing environments and real-time monitoring. Technical Information:Number of Channels: 3 (AC/DC) Measurement Ranges: o Voltage: 15 V to 1000 V o Current: 200 mA to 65 A Frequency Range: DC, 0.1 Hz to 100 kHz Basic Accuracy: ±0.1% of readingHarmonic Measurement: IEC61000-4-7 compliant Interfaces: LAN, RS-232C, GP-IB (model dependent) Maximum Rated Power: 40 VA Dimensions: 305 mm (W) × 132 mm (H) × 256 mm (D) Weight: Approx. 5.6 kg

Portable 4-channel Power Analyzer, ±0.09% basic accuracy, DC to 200 kHz measurement band for power, 16-bit conversion, phase shift correction for HIOKI current sensors, 50 ms data update rate, 16-ch waveform/analog output, motor analysis function, WLTP compliant Banner Specs: ±0.09% basic power accuracy 4 power channels 200 kHz measurement band for power50 ms data update rate 1500 V max. input voltage USPs: - Approved for WLTP testing - Small and lightweight 4-channel power analyzer with motor analysis Applications:  WLTP testing Inverter efficiency measurements Motor efficiency measurements Solar power converter efficiency measurements  Model D/A Output Motor Analysis PW3390-01 ☐ ☐ PW3390-02 ☒ ☐ PW3390-03 ☒ ☒ In detail:The HIOKI PW3390 Power Analyzer is a compact, lightweight, 4-channel high-precision instrument designed to meet the demands of power and efficiency analysis across industries. Equipped with advanced features, this analyzer excels in measuring and analyzing electrical power and energy, making it an ideal solution for development, production, and field testing.Built for precision, the PW3390 delivers highly accurate power measurements with a basic accuracy of ±0.09%, ensuring reliable data for various applications. Its 4 power channels enable simultaneous multi-system evaluations with a frequency measurement band of up to 200 kHz for power.The instrument's harmonic analysis capabilities, featuring a data refresh time of 50 ms, allow users to study transient states and evaluate noise or harmonic interference up to 100 kHz.With motor analysis functionality, the PW3390 is perfect for motor and inverter efficiency evaluations. It provides measurements for torque, rotation speed, slip, and mechanical power, enabling comprehensive performance analysis of industrial drives. Multiple PW3390 units can be connected to operate as a coordinated measurement system with up to 32 channels. One unit serves as the primary controller, synchronizing the timing across all devices to ensure simultaneous data acquisition. For long-term monitoring, the PW3390 can be equipped with the D/A output function, offering a 16-channel analog output. The first 8 channels can be configured to output waveforms of all voltage and current inputs at an update rate of 500 kS/s. The remaining 8 channels can be assigned to numeric measurement values of basic parameters like U1, I2, and P4, with an update rate of 20 S/s. The PW3390 is ideally suited for use in the automotive sector, particularly for efficiency analyses of inverters in hybrid and electric vehicles, as well as for standardized testing procedures to determine energy consumption like WLTP (Worldwide Harmonized Light Vehicles Test Procedure). It also excels in renewable energy and power conversion applications, providing precise input and output power data for power conditioners.Designed with a user-friendly interface and a rugged build, the HIOKI PW3390 ensures intuitive operation and durability in industrial settings. Whether analyzing WLTP efficiency for (H)EVs, transient power, harmonics, or inverter and motor efficiency, the HIOKI PW3390 delivers outstanding performance and accuracy

High precision power analyzer for power converter and inverter efficiency analysis, ±0.03% basic accuracy, 15 MHz sampling rate, 18-bit conversion, automatic phase shift correction for HIOKI current sensors, 1 ms data update rate and excellent noise resistivity of 110 dB @ 100 kHz.Technical details:Basic power accuracy ±0.03%8 power channels combined with motor analysisExcellent noise resistivity of 110 dB @ 100 kHz5 MHz frequency measurement band for powerStable and accurate measurement at 1 ms data update rateFunctions:8 power channels in combination with motor analysis for dual drivetrain analysisUnique power range with 2 A to 2 kA high accuracy HIOKI current sensorsPlug & Play connectivity with HIOKI current sensorsAutomatic Phase Shift Correction secures accurate high-frequency power measurementVisualize high-frequency loss with Power Spectrum Analysis measurementApplications:R&D and production line testing of high efficiency power converters and invertersLoss measurement of transformers and other inductive components under loadMotor efficiency measurementDetailed Description:The HIOKI PW8001 Power Analyzer is a state-of-the-art measurement instrument designed for the most demanding power analysis tasks, providing precise measurement results when evaluating efficiency of latest high accuracy electrical devices and systems. The PW8001 has 8 slots for power input units, which all can be used in combination with the motor analysis function.For the configuration of the PW8001, two types of input units are available that can freely be combined in one instrument according to the application requirements.The U7005 High Bandwidth input unit offers ultimate precision with ±0.03% basic accuracy, a sampling frequency of 15 MHz, 18-bit A/D conversion and a maximum input voltage of 1000 VAC. It is suitable for applications such as efficiency measurements of SiC and GaN based inverters motor drives, and accurate inductor loss measurement of inductors under load. Excellent resistivity for external noise of 110 dB at 100 kHz, ensure accurate and stable results even in the proximity to high frequency power switching semiconductors. For high-voltage applications, the U7001 input unit provides ±0.07% basic accuracy, a maximum input voltage of 1500 VDC, a sampling frequency of 2.5 MHz, 16-bit A/D conversion and a maximum voltage to ground of 1500 VDC CAT II. It is a suitable unit for applications which need less bandwidth, such as testing of the efficiency of industrial motor drives using IGBTs, or wind turbines and PV power converters. Combined with HIOKI’s extensive lineup of high-accuracy and high-bandwidth current sensors, probes and direct connection current boxes, the PW8001 offers a unique and comprehensive solution for reliably measuring applications from small electronic devices to large-scale power systems. The PW8001 power analyzer and the current sensors are developed and produced by HIOKI, making the advanced automatic phase shift correction function possible. This ensures accurate phase angle measurement between the voltage and current, even at high frequencies and low power factors. The PW8001 offers the unique Power Spectrum Analysis function. While the traditional FFT function determines the harmonics based on the fundamental frequency, limiting the frequency range, this new function covers the entire frequency spectrum of the analyzer. The Power Spectrum Analysis function delivers quick visibility into the high frequency power, providing developers with valuable data for further system efficiency improvements. Other advanced functions like wideband harmonic analysis, and motor analysis, ensure precise and reliable power analysis results for a wide range of applications in the power electronics industry, such as the development of high efficiency power converters, electrical drivetrains and electrical motors. The 1 ms update rate enables high-speed data refresh, allowing precise detection and analysis of rapid power fluctuations, such as those occurring during battery charging or discharging in EVs. This feature ensures unprecedented updates without compromising on measurement accuracy. The optical link function allows the connection of two PW8001 power analyzers to increase the maximum number of measurement channels to 16. It enables synchronized power measurements and efficiency calculation from multiple inputs, optimizing measurement setup and eliminating timing differences in data collection because the sampling of all inputs is synchronized.