Product

Suitable for engineers, technicians, and more, this portable three-phase class A power quality analyzer allows you to perform diagnostics and power quality work on one, two, or three-phase networks. In addition, this analyzer features a 7" (177.8 mm) color touchscreen display, and the curve display is automatic and goes up to 10 complete cycles.

Features

• Portable, easy-to-use, and shock-resistant
• Large 7" (177.8 mm) color graphical backlit touchscreen, 800 x 480 (WVGA)
• Full compliance with IEC 61000-4-30 ed. 3.0 Class A functions
• Voltage quality diagnostics and communication options
• Records and stores hundreds of parameters in memory every 10/12 periods (200 ms)
• Measurements on all network types: three-phase, Aron connection, single phase, and more
• Electrical network monitoring with setting of alarms
• Characterization with software for True RMS single-, two- and three-phase measurements at 512 samples/cycle, plus DC
• Monitors user configured alarm parameters
• Fast transient events are captured and stored in memory
• True InRush capabilities to study loads during setup as well as ongoing
• DC current sensor power supply
• 5 x 50/60 Hz AC/DC voltage inputs
• Intuitive, user-friendly and multilingual graphical interface
• Fully multi-task instrument with user profiles
• Automatic recognition of different current sensors
• Display of phasor diagrams

Measurements

• Measurements and recordings accessible on the device's front-panel
• Measures all DC components
• Harmonics (amplitude and phase shift) from DC to the 63rd order
• Inter-harmonic subgroups from 0 to the 62nd order
• Two line carrier signal frequencies monitored
• Measurement of active power (P), non-active power (N), reactive power (Q1), apparent power (S), and distortion power (D) values (total and per phase)
• Measurement of energy values (total and per phase) with Energy valuation
• Internal GPS for precise UTC synchronization (NTP possible too)
• Real-time color waveforms (5 voltage and 4 current)
• Easy-to-use multilingual on-screen setup
• Automatic current probe/sensor recognition and scaling
• True RMS voltage and current measurement
• Shockwave measurement

Calculations

• Calculation of K factor and FHL
• Calculation of distorting voltages and currents
• Calculation of Displacement Power Factor (DPF) and True Power Factor (PF)
• Calculation of Pst and Plt flicker and the sliding Pst
• Calculation of unbalance (current and voltage)
• Waveform Inrush with a duration of up to 10 minutes
• RMS and Peak Inrush for up to 30 minutes
• Capture of hundreds of 2.5 µs transients
• Capture shockwaves up to 12 kV with a resolution of 500 ns
• Trend Recording
• Trend recording period from 200 ms to 2 hours