SPA3100 Digital Power Meter – 3-channel Digital Power Meter with LCD Touchscreen

  • High Measurement accuracy: ± (0.1% of reading + 0.05% of range)
  • 3 power channels for flexible selection according to the application
  • 5.6-Inch HD LCD screen for users to check the measurement data clearly and intuitively
  • Maximum voltage and current measurement: 1,000V and 5A
  • Bandwidth: DC, 0.5Hz-100KHz
  • Supports extended measurement ranges using voltage output current clamps or current sensors
  • 12-Channel D/A output for voltage, current, power and other measured data, allowing seamless data transfer to a data recorder or other devices
  • Equipped with internal storage for storing measurement results.

pdf Download Specifications

SKU: SPA3100 Category:
Brands:
Brands

Description

SPA3100 Digital Power Meter – 3-channel Digital Power Meter with LCD Touchscreen

SPA3100 Digital Power Meter for measuring the power consumption of home appliances, office automation products, large-scale power equipment, and process control automation equipment

Small, compact and affordable power analyzers

SPA3100 is widely used for power industry testing, office or home appliance power consumption measurement, and battery-driven device assessment, etc. SPA3100 is small-sized, compact, user-friendly, affordable, and of high precision. Its built-in 5.6’’ LCD screen offers a brighter and more uniform display effect compared to regular LCD screens while having a higher energy eficiency. SPA3100 has a voltage range of 15-1000V and a current range of 0.25-5A, meeting most of the electrical equipment measurement range for swift and accurate results.

Provide assistance in power measurement

SPA3100 offers a wide range of voltage measurement, compact size, and favorable price point, making it an ideal power meter for power consumption test stand and, production line, and test bench. SPA3100 also provides real-time waveform display, waveform recording, harmonic analysis and other features, allowing R&D engineers to conduct power-related testing on equipment with severe harmonic pollution.