Accuracy: class 0.01.

Short-term stability is typically better than 0.003%*RG / 1 h

The maximum load voltage of the constant current output is 10 V

Modular design: flexibly configurable according to requirements and easy to expand in the future.

Single current range: no relay switching between ranges, ensuring high reliability.

Slow ramp-up and ramp-down for high currents: reduces current surges, while also supporting fast ramping as needed.

Supports LAN and USB communication: facilitates the integration of automated test systems.

Modular architecture enables flexible configuration and straightforward capacity expansion.

Lightweight construction facilitates portability for field testing.

Low-noise operation ensures a quiet lab environment.

Calibrate current sensors

Calibrate DC shunts

Calibrate other high-current measuring instruments                                                                                                     

Can be used together with a DC voltmeter to form a complete DC shunt testing and analysis system, enabling calibration using the standard source   method.

When used with TUNKIA's DC shunt testing software, automated testing can be realized, significantly improving testing efficiency.

The current source provides a maximum load voltage of 10 V, making it suitable for simultaneous testing of multiple shunts on production lines.
  (Note: The number of shunts that can be connected simultaneously depends on the load characteristics of the shunts under test.)

Supported test items include basic error testing, error consistency testing, error stability testing, measurement repeatability testing, shunt   thermal equilibrium testing, overload testing, and more.

Can be integrated with a sensor secondary signal measuring instrument, auxiliary sensor power supply, and other supporting equipment to establish a comprehensive current sensor testing and analysis system.

Compatible with TUNKIA's current sensor testing software, enabling automated testing and improved testing efficiency.

Supported test items include zero-output error, basic accuracy error, hysteresis, repeatability, linearity, zero-offset drift, full-scale output drift, thermal zero-offset drift, and thermal full-scale output drift (when used with a temperature and humidity chamber), among others.