Kyoritsu - 5020 TRMS Current / Voltage Data Logger

Various measurements are available with four recording modes: Normal, Trigger, Capture and Power Quality Analysis.

The Kyoritsu 5020 data logger is capable of storing up to 60,000 measurements and features non-volatile memory that allows recorded data to be retained even if power is lost.

Kyoritsu 5020 Features:

• Power Quality Analysis: Reference voltage, Swell, Dip, Short power Interruptions.
• Variation of the measured voltage and current data can be confirmed simultaneously on the PC display monitor.
• Large capacity for storing 60,000 data points when 1 channel is used, and when all the three channels are used, 20,000 data points per channel can be recorded.
• Lowpass Filter will filter out the harmonics (cutoff frequency = approx. 160Hz)
• LED flickers when the preset current / voltage value is exceeded
• The following can be displayed: number of recorded data points, (max+ min+ peak) value for each channel complete with time/date information in the Normal recording mode. (Detected values (i.e. when values are outside preset limits ) can be displayed in other recording modes)
• The last 10 recorded data points including time/date can be recalled on the logger display
• Selection of One-time mode or Endless mode:
  One-time on: Recording will stop when memory is used up
  One-time off: Overwrite the old data, and store the latest data
• Non Volatile Memory: Recorded data will be retained even if the batteries are exhausted or replaced due to the presence of a nonvolatile memory (guaranteed for 10 years)
• Battery power indicator: Indicates battery voltage in 4-levels (It is possible to use the logger for a further approx. 24 hours even after the warming symbol is flashing)
• User-friendly PC software “KEW LOG Soft 2” is supplied
• Permits editing, analysis and graphical display of data.
• Recorded data is downloadable onto a PC via USB cable.
• Simplified Power Integration: (The “KEW LOG Soft 2” uses current and voltage recorded to calculate the integral power consumption).