GAOTek Electrical Handheld Power

GAOTek electrical handheld power has the quality analyzer with 32 g data logger.

GAOTek-PSTNA-102

Description

Overview

GAOTek electrical handheld power has the quality analyzer with 32 g data logger. This product is easy to wiring, it can operate directly to the line under test under the circumstances that the power grid without interrupt, multi-range current switching and based on actual demand, the different range of current clamp can be replaced to improve measurement accuracy.

Features

  • Analyze the trends using the cursors and zoom tools-even while background recording continues
  • Capture 200 kHz waveform data on all phases simultaneously up to 6 KV
  • Measure all three phases and neutral: With included four current probes
  • View graphs and generate reports: With included analysis software
  • Configure for any test condition with memory for over 400 parameters at user defined intervals
  • Measure interference from ripple control signals at specific frequencies
  • Troubleshooting nuisance circuit breaker tripping
  • Every measurement you see is always automatically recorded, without any setup
  • 7 hrs operating time per charge on Ni-MH battery pack
  • 600 V CAT IV or 1000 V CAT III rated for use at the service entrance

Technical Specification

Voltage rms, ava, pk+, pk-, rms-1/2, CF
Frequency Freq
Current rms, ava, pk+, pk-, rms-1/2, CF
Power & energy P, S, Q, PF, DPF, W
Computation THD, DC, 1 to 50 Harm, 1 to 50 InHarm, 1 to 35 HiHarm, 1 to 50 SubHarm
Voltage harmonic THD, DC, 1 to 50 Harm, 0 to 49 InHarm, 1 to 35 HiHarm, 1 to 50 SubHarm , KF
Current harmonic THD, DC, 1 to 50 Harm
Harmonic power Ia, Ib, Ic, Σ P total, Σ Q total, Σ S total, 15 minutes
Fluctuation and flickering PST, PLT, Fluct, Fluct Max
Unbal V Pos, A pos, V neg, A neg, V zero, A zero, Unbal
Event log Voltage swell, voltage sags, DIP, surge current, voltage and current distortion out of limit, odd harmonics containing rate out of limited, unbalanced voltage current out of limit, frequency out of limit, PST out of limit, PLT out of limit, long-term voltage interruption, voltage fluctuation deviation
P, Q, S name
Measurement types P: Calculate by every 10 cycles
S: Calculated by the effective value of voltage and current
Q: Calculated by the apparent power, active power
Display Table charts, trend chart
Measuring range/resolution According to the range of the voltage and current
measuring accuracy ± 0.5 %
Arms
Measurement mode Calculated by the square root value of 10 cycle
Display mode Effective current value of each channel
Measuring range/resolution Current: according to the current clamps
Option:5 A or 50 A or 100 A or 500 A
Current clamps: 1200 A or 3000 A or 6000 A (Flexible Current Clamp)
Accuracy 0.1 % + accuracy of the current clamps
Frequency
Measurement mode Calculate by 10 cycles (50 Hz) or (60 Hz)
Display mode Measurement by 10 cycles
Nominal frequency or resolution 50.000 Hz or 0.001 Hz or 60.000 Hz or 0.001 Hz
Bandwidth measurement 42.5 to 57.5Hz or 52.5 or 67.5Hz
Measurement accuracy ± 0.001 Hz
Half-wave RMS current or voltage
Measurement mode Calculate by every 2 cycles. Each cycle ,1 or 2 cycle made up of a waveform calculation
Measuring range or resolution Voltage: 120 V or 0.01 V, 230 V or 0.01 V, 400 V or 0.01 V, 1000 V or 0.01 V, Current: According to the current clamps
measurement accuracy ± 0.1 %
V rms
Measuring circuit 1P2W or 2P3W or 3P3W or 3P4W
Basic frequency of the measuring circuit 50 Hz
Input channels 4 phase voltage, 4 phase current
Measurement range Voltage measurement range: standard: 120 V, 230 V, 400 V, 1000 V, Max 1000 V instantaneous voltage
Current measurement range: according to the current clamps, only support the v signal output current clamp
Power factor
Measurement mode The ratio of average power to apparent power
Display mode Real-time data showed
Measurement range or resolution -1.000 to 1.000 or 0.001
Measurement accuracy ± 1 %
V-fund, A-fund, Harmonic power
Measurement mode Meet IEC61000-4 to 7, Analysis time window is ten cycles
Window points 5120 points
Display mode Form figure, trend charts, histograms
Number of measurement 1 to 50 Times
Measurement accuracy Vfund > 1 %: Error < 1 %
Vfund < 1 %: Error < 0.05 % Rated Voltage
Afund > 3 %: Error <1 %
Afund < 3 %: Error < 0.05 % Current range
In Harm Voltage, In Harm current
Measurement mode Meet IEC61000- 4 to 7, Analysis time window is ten cycles
Window points 5120 points
Display mode Form figure, trend charts, histograms
Numbers of measurement 1 to 16 groups
Measurement accuracy Vfund > 1 %: Error < 1 %
Vfund < 1 %: Error < 0.05 % Rated Voltage
Afund > 3 %: Error < 1 %
Afund < 3 %: Error < 0.05 % Current range
Hi Harm Voltage, Hi Harm current
Measurement mode Meet IEC61000-4 to 7, Analysis time window is ten cycles
Window points 5120 points every 10 cycles
Display mode Form figure, trend charts, histograms
Numbers of measurement 1 to 35 groups
Measurement accuracy Vfund > 1 %: Error < 1 %
Vfund < 1 %: Error < 0.05 % rated voltage
Afund > 3 %: Error < 1 %
Afund < 3 %: Error < 0.05 % current range
Voltage Sub Harm Current Sub Harm
Measurement mode Meet IEC61000-4 to 7, analysis time window is ten cycles
Window points 5120 points every 10 cycles
Display mode Form figure, trend charts, histograms
Numbers of measurement 1 to 50 groups
Measurement accuracy Vfund > 1 %: Error < 1 %
Vfund < 1 %: Error < 0.05 % Rated Voltage
Afund > 3 %: Error < 1 %
Afund < 3 %: Error < 0.05 % Current range
Voltage or current Unbal (pos, neg)
Measurement mode 3P3W or 3P4W, using three phase of fundamental wave components to calculate
Display mode Form figure, trend charts, histograms
Measurement accuracy Voltage unbal: ± 0.2 %
Current unbal: ± 0.5 %
Voltage fluctuation
Measurement mode Calculate by the quadratic mean of half wave.
Display mode Form figure, trend charts
Measurement accuracy ± 1 %
IEC Flickering
Measurement P short term (Pst), P long term (Plt)
Measurement mode According to IEC61000-4 to 15 Standard to calculate Pst (10 mins) Plt (2 hrs)
Display mode Form figure, trend charts
Measurement range 0 to 20
Measurement accuracy ± 5 %
Surge current
Measurement mode Half-wave RMS of current is higher than set value and sustain time is 10 ms to 1 min
Display mode Maximum of the surge current and surge current wave
Measurement accuracy 0.10 %
Voltage swell, Voltage sags, DIP
Measurement mode Swell: When half-wave RMS of voltage is higher than set value and sustain time is 10 ms to 1 min, judged as swell.
Sags: When half-wave RMS of voltage is lower than set value and sustain time is 10 ms to 1 min, judged as sags.
DIP: half-wave RMS of voltage is higher than set value and sustain time is 10 ms to 1 min, judged as DIP
Display mode Swell, sags, DIP wave sustain time, extent and so on.
Measurement accuracy 0.10 %
Machinery
Size 10.3 in x 6.6 in x 2.5 in (263 mm x 168 mm x 65 mm)
Weight 4.4 lb (2 kg)

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