INNO Instrument SPA6000 Multi Power Analyzer

High-precision power analyzer for enterprise-level R&D and testing. We offer modularized solutions designed for accurate electrical parameter measurement, comprehensive analysis, and functional performance verification. SPA6000 Power Analyzer provides robust…

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More powerful and high-precision power analyzer

SPA6000 Power Analyzer boasts an impressive array of features, including multi-channel input, high-speed sampling, and real-time data display. Beyond the conventional capabilities of a power analyzer, it also delivers advanced functionalities like harmonic analysis, motor evaluation, flicker measurement, and more. Thanks to its ultra-high precision and extensive measurement range, it finds applications in a wide range of industries, such as robotics, electric vehicles, renewable energy, household appliances, avionics, and more, enabling highly efficient electrical system measurement and analysis.

Power analysis in application scenarios with high precision requirement

SPA6000 Power Analyzer has a measurement accuracy of 0.01% and supports cutting-edge standard testing across various industries. It empowers technicians to accurately measure electrical parameters and comprehensively analyze electrical performance, thereby expediting the R&D process.

Our premier power analyzer with top-tier quality and precision measurements

High measurement accuracy data acquisition, customized for enterprise R&D testing with modular solutions.

Multiple computing functions

The SPA6000 Power Analyzer provides a wide range of computation functions, including integration and Fast Fourier Transform (FFT). It excels in swiftly and automatically switching the measurement range to prevent measurement errors resulting from significant variations in the input signal coupled with improper measurement range during extended integral calculations.

Harmonic analysis

SPA6000 Power Analyzer can conduct harmonic analysis and measurement on 4 power channels and select different PLL sources, greatly enhancing harmonic measurement efficiency in fields such as inverter motors, robotics, lighting, and more. With the capacity to measure harmonics up to the 500th order, it ensures comprehensive and accurate harmonic analysis.

Dual-motor measurement

SPA6000 Power Analyzer offers a dual-motor measurement channel capable of accommodating access requirements for torque sensors, whether in analog or impulse signal form. This channel enables the measurement of critical parameters such as motor speed, direction, torque, efficiency, slip, electrical angle, synchronous speed, mechanical power, and other parameters. Furthermore, SPA6000 Power Analyzer provides both single-motor measurement mode (4 terminals) and dual-motor measurement mode, making it well-suited for multi-motor applications like electric vehicles (EV) and robotics.

Parameter configuration saving and loading

SPA6000 Power Analyzer enables users to save configuration files, facilitating the swift loading of previously saved configurations. This feature minimizes the need for redundant parameter configuration when encountering similar measurement conditions in the future.

Phase compensation

SPA6000 Power Analyzer offers phase compensation for current with a 0.01° resolution, enhancing measurement accuracy, particularly for power measurements with high frequencies or low power factors.

PA Viewer

PA Viewer is a PC application software that allows users to connect their devices to a PC through a network interface, enabling remote control from the PC. Measured data, waveforms, trends, and bar graphs can be conveniently displayed on the PC's monitor, providing a visual representation of the information.

Solution

Discover how our INNO Instrument can assist you in overcoming significant challenges, delivering exceptional service that exceeds customer expectations.

The Hopkinson’s test is an experimental method to measure the efficiency and load capacity of motor. This test requires two identical shunt machines which are mechanically coupled. One machine act as a motor and the other acts as a generator. The tested motor’s input/output electric parameters are measured by changing load conditions to determine its efficiency and load capacity. During regular motor tests, the tested motor cannot solve the problem of energy feedback and efficiency measurement error will increase. The Hopkinson’s test is therefore commonly used on motors. In addition, this test has a low requirement on the hardware, and the input/output power can be measured with less devices. The safety problems caused by lithium-ion battery has become a topic arousing wide concern. To ensure its safety, the design, manufacturing and usage of lithium-ion battery must be regulated by strict quality control and safety measures. INNO provides the SBT300 Battery Tester with high accuracy for battery internal resistance testing. It can accurately measure the safety performance indicators of lithium-ion battery, monitor these data in real time and save the measurements. Lithium-ion battery safety performance testing mostly involves core parameter measurement, including voltage and internal resistance, to ensure its stability and safety.