8960F Motor Multi Parameter TesterDetailed product description：

8960F motor multi parameter tester

The 8960F motor multi parameter tester mainly tests the electrical parameter characteristics of the motor during startup and locked rotor, as well as the voltage, current, power, power factor, frequency, energy accumulation and other parameters during stable operation. The measurement frequency is (45-65) Hz AC signal.
The instrument adopts a new core with high-speed and pipeline structure, with a processing speed of up to 100MIPS, and is equipped with a high-speed A/D for sampling at a speed of 100k.
The instrument adopts high-speed integrated chips, making the internal structure of the entire instrument compact and simple. Simultaneously improving the reliability and accuracy of the entire machine.
The testing time for starting and stalling can be freely set according to the characteristics of the motor (6-60s). Has good universality.
Working power supply: AC220V ± 15% 50/60Hz Instrument size: 123 (H) x358 (W) x363 (D)
Instrument weight: ≈ 4.5kg

8960F motor multi parameter tester testing function and testing parameters

Test Function Test Parameter Description
Steady state measurement of three-phase voltage (10-500) V, three-phase current (0.03-40) A, active power, reactive power, power factor (0.02-1.0), frequency (45-450) Hz, voltage imbalance, electrical energy, and cumulative electrical energy time
Harmonic analysis of voltage and current: 2-100 harmonics, total harmonics (waveform distortion rate), telephone harmonic factor, telephone interference factor, voltage deviation factor
Protection function: When the tested voltage or current exceeds the set upper limit or falls below the set lower limit, the instrument will output an alarm
Fast storage of three-phase voltage and rolling filtering of three-phase voltage, current, and total power for type testing
Start test (stall) test time: can capture the maximum value of three-phase current, the corresponding time when the current is at its maximum, three-phase voltage, and total power
locked-rotor test
Five recording modes for real-time current waveform, with recording time ranging from 5 seconds to 5 minutes