YNSLQ high current generator, referred to as (current booster), is a test equipment developed by our company. It combines the advantages of similar products at home and abroad. It adopts numerical control technology and has strong anti-interference ability. Compared with the previous generation of current boosters , Due to the use of low-power, large-capacity, self-coupling voltage regulators and high-permeability iron cores, the converter has the advantages of large output power, small size, and light weight. It is mainly used for primary bus protection and the transformation ratio of various current transformers. It is widely used in the scientific research, production and electrical test sites of electric power, railway, petrochemical, metallurgy and mining enterprises.

1. Use beautiful and generous PVC panels

2. Directly display the test value of primary current and secondary current, which is convenient for test observation and recording

3. Secondary measurement of transformer, transformation ratio and polarity display at the same time

4. High measurement accuracy, 0.5 level

5. Large power, small size, strong load capacity

6. Small size and light weight, the volume is only 30% to 70% of similar products, and it is very convenient to carry

1. Environmental group: it belongs to the Ⅲ group of instruments in the GB6287.1-86 "General Outline for Environmental Tests of Electronic Measuring Instruments" (that can be used in outdoor environments)

2. Input voltage: AC220V ±10%;

3. Work rate: 5KVA;

4. AC 0～1000A stepless adjustable, panel with digital display ammeter;

5. Output voltage: 5V;

6. Output waveform: The output current is a standard sine wave with small glitches, which is better than the power system requirements and standards, and the ripple coefficient is less than 0.3%. Standard sine wave;

7. Measurement accuracy: (using 0.2S grade materials) is actually around 0.3; all currents can be smoothly and continuously adjustable, and the accuracy is higher than 0.2. The current and voltmeter display is a true effective value, with high accuracy and high stability;

8. Output current mode: the true effective value is continuously adjustable;

9. Current stability: 0.2%;

10. Structure: One piece;

11. Wiring mode: according to requirements;

12. Protection settings: overcurrent and overvoltage.