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Product Parameter
amplitude measurement range | (-120dB)～(+20dB) |
measurement accuracy of amplitude | 0.1dB |
scan frequency accuracy | 0.01% |
signal input impedance | 1MΩ |
signal output impedance | 50Ω |
signal output amplitude | ±20V |
Co-phase test repetition rate | 99.9% |
linear sweep frequency measurement range | (10Hz)-(10MHz)40000 frequency sweep point |
Resolution:0.25kHz、0.5kHz、1kHz | |
segmented swept-frequency measurement range | (0.5kHz)-(1MHz)2000 frequency sweep point； (0.5kHz)-(10kHz) (10kHz)-(100kHz) (100kHz)-(500kHz) (500kHz)-(1000kHz) |
II.Short-circuit impedance method
voltage measurement range | AC 25V～500V |
current measurement range | AC 0.1A～10A |
measurement accuracy
| voltage：0.2% |
Current:0.2% |
Product Feature And Application
1. The collection control uses high-speed and highly integrated microprocessors.
2. This instrument is used by connecting via USB interface to a laptop.
3. The instrument automatically analyzes, judges and generates electronic documents (Word) based on the test results for storage and printing.
4. High-speed dual-channel 16-bit A/D sampling (during on-site tests, changing the tap switch led to significant changes in the waveform curves).
5. The hardware core of the frequency response method employs DDS-specific digital high-speed sweep frequency technology (from the United States). Through testing, it can accurately diagnose faults such as winding distortion, bulging, displacement, inclination, inter-turn short circuit deformation, and inter-phase contact short circuit.
6. The frequency response method has a dual measurement system function of linear sweep frequency measurement and segmented sweep frequency measurement, and is compatible with the current two technical schools' measurement modes.
7. The amplitude-frequency characteristic of the frequency response method conforms to the technical indicators of the amplitude-frequency characteristic tester of the state. The horizontal axis (frequency) has both linear and logarithmic divisions, so the printed curve can be either a linear division curve or a logarithmic division curve, and users can choose according to their actual needs.
8. The impedance method adopts a three-phase connection single-phase measurement mode. Only the low-voltage side needs to be short-circuited, and the high-voltage side needs to be connected once for three phases. Once the measurement is completed automatically, the short-circuit impedance of each phase can be calculated.
9. The impedance method can simultaneously measure voltage, current, and frequency, and display the real-time waveform graph during the test.
10. The impedance method can use the built-in 220V power supply or an external power supply.
Accessory
No | Name | Qty |
1 | Tester | 1 set |
2 | Test cables | 1set |
3 | power adapter | 1piece |
4 | ground lead | 1piece |
5 | external power | 1 piece |
6 | manual | 1 copy |
7 | Factory inspection certificate | 1copy |
8 | printing paper | 1 volume |