The TZY-BCG (1-10000) series high-current generator combines the advantages of similar products both domestically and internationally. Utilizing numerical control technology, it boasts strong anti-interference capabilities. Compared to the previous generation of current boosters, it features a low-power, high-capacity autotransformer and a high-permeability iron core, resulting in higher output power, compact size, and lightweight design. Primarily used for primary busbar protection and various current transformer ratio tests, it is widely employed in research, production, and electrical testing fields across industries such as power, railways, petrochemicals, metallurgy, and mining.

◆ Adopting beautiful and elegant PVC panels

◆ Directly display the test values of primary and secondary currents for easy observation and recording during testing

◆ High measurement accuracy, level 0.5

◆ High power, small size, and strong load-bearing capacity

◆ Small in size and light in weight, with a volume of only 30% to 70% of similar products, making it very convenient to carry

1. Name and Classification

(1) Name: TZY-BCG (1-10000) series high current generator.

(2) Environmental group: Belongs to Group III instruments in GB6587.1-86 "General Principles for Environmental Testing of Electronic Measuring Instruments" (which can be used in outdoor environments)

(3) Input voltage:

＜3000A： AC220V ±10%  

≥3000A:  AC380V ±10%   

(4) Power: 5 * (1-10000) KVA

(5) Output current: AC0~10000A, infinitely adjustable, with a digital ammeter on the panel

(6) Output voltage: 5V

(7) Output waveform: The output current is a standard sine wave with minimal spikes, better than the required specifications of the power system, and the ripple factor is less than 0.3%. Standard sine wave

(8) Measurement accuracy: (using 0.2S grade material) actually around 0.3; All currents can be smoothly, smoothly, and continuously adjustable, with an accuracy higher than level 0.5 The ammeter displays true effective values with high accuracy and stability

(9) Output current mode: True RMS continuously adjustable;

(10) Current stability: 0.2%

(11) Structural form: integrated

(12) Wiring method: According to requirements

(13) Current stability: 0.2%

(14) Protection settings: overcurrent, overvoltage