PX-MEQ100 single-phase/three-phase/AC/DC efficiency testing tool
PX-MEQ100 is mainly used for testing the power quality of the power grid. Capable of recording and analyzing harmonics and voltage on site. All power quality parameters, including current, frequency, fluctuation, flicker, power, and three-phase imbalance, are equipped with advanced measurement functions such as transient monitoring, waveform analysis, and energy efficiency loss.
Performance characteristics：
1. Recording analysis supports 1-10min recording function, supports custom sampling points to record original waveforms, and upper computer analysis software for secondary waveform analysis, which can effectively analyze the causes of power grid faults.
2. Parameter analysis comprehensively records and analyzes power quality parameters. The minimum recording interval is 0.2s, and the recorded data can be used for secondary analysis by the upper computer software, and production reports can be customized.
3. Transient monitoring can achieve high-speed fixed frequency sampling at 200KHz. Can capture the shortest 50us waveform instantaneous pulse and capture rapidly changing waveform data.
4. Energy efficiency loss assessment supports power decomposition, detailing the power loss caused by various types of parameters, supporting pollution assessment, and visually displaying the economic losses caused by capacity loss in monetary form.
5. The inverter measurement function can analyze the electrical parameters of single-phase/three-phase inverters, analyze and record the DC input, AC output, and conversion efficiency parameters of the inverter.
6. The oscilloscope testing function displays 4-channel current and voltage waveforms, supports horizontal and vertical scaling, visually displays waveform distortion, and understands the impact of high-order harmonics on the signal.
| Specification type | PX-MEQ100 | |
| Recorder | Oscilloscope | A,B,C,N Real time waveform of voltage and current in each phase |
| Voltage and current frequency | Frequency value, voltage effective value, voltage half wave effective value, voltage positive peak value, voltage negative peak value, voltage waveform factor, current effective value, current half wave effective value, current positive peak value, current negative peak value, current waveform factor | |
| Power and electrical energy | Active power, reactive power, apparent power, power factor, displacement power factor, active electrical energy, reactive electrical energy, apparent power electrical energy | |
| Voltage harmonics | THD, DC, 1-50th harmonic, 0-49th interharmonic, 1-35th higher-order harmonic | |
| Current harmonics | THD, DC, KF, 1-50th harmonics, 0-49th interharmonics, 1-35th higher-order harmonics | |
| Harmonic power | THD, DC, 1-50th harmonic power | |
| Flicker | PST (short flicker); PLT (long flicker) | |
| Out-off-balance | Positive sequence voltage, positive sequence current, negative sequence voltage, negative sequence current, zero sequence voltage, zero sequence current, imbalance degree | |
| Inverter | Direct | DC voltage, DC current, DC power, ripple voltage, ripple voltage content |
| Communication | Frequency, effective value of voltage, effective value of current, total apparent power, total active power, total power factor, fundamental power, fundamental power factor | |
| Efficiency | Conversion efficiency | |
| Monitor | Monitor | Voltage RMS, voltage harmonics, PLT, voltage sag, voltage sag, voltage interruption, steady-state voltage variation |