Background Image
SPA5000 Power Analyzer
SPA5000 Power Analyzer

No image available.

SPA5000 Power Analyzer

Multifunctional Power Analyzer

SPA5000 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.

  • SPA5000 Power Analyzer provides a wide range of computation functions, including integration and Fast Fourier Transform (FFT).
  • SPA5000 Power Analyzer can perform harmonic analysis on 4 power channels with the ability to measure up to the 500th order, increasing measurement efficiency in various fields.
  • SPA5000 Power Analyzer has a dual-motor measurement channel that supports both analog and impulse torque sensors.
  • SPA5000 Power Analyzer offers 0.01° phase compensation for current, improving measurement accuracy.
  • SPA5000 Power Analyzer enables users to save configuration files, facilitating the swift loading of previously saved configurations.
  • Measurement Accuracy : ± (0.03% of reading + 0.05% of range)
  • Voltage range : 15V - 1000V
  • Current Range : 10mA - 5A / 1A - 50A
  • Measurement Bandwidth : DC, 0.1Hz - 5MHz
  • Sampling Rate : up to 2MS/s, ensuring more accurate data recording
  • Resolution : 16 bit
  • Channels : 4 power channels and 2 motor channels, supporting double-motor or 4-terminal single-motor
  • Harmonic Measurements : up to 500th order
  • Display 12.1” : LCD touch screen equipped with a user-friendly UI
  • Internal Storage : Standard 512GB SSD (1024GB SSD optional)
  • Programming and Interfaces : USB, Ethernet, RS-232, GPIB (optional), D/A output
Have any Questions?