Characteristic

• ■ Output voltage: 80 V up to 2250 V
• ■ Output current: 20 A up to 6120 A
• ■ Output power: standalone 5 kW up to 180 kW, parallel up to 1800 kW
• ■ Wider voltage and current output range with constant power
• ■ Master-slave parallel up to 10 identical units, with current automatically shared
• ■ 0.02%+0.02%F.S.and 0.1%+0.1%F.S. accuracy for voltage and current measurement respectively
• ■ 10 user programmable sequence files, each support up to 100 steps
• ■ 2ms typical transient response, Voltage & current slew rate control
• ■ CV / CC priority start
  (prevents voltage or current overshoot with output ON)
• ■ Voltage ramp function, internal resistance simulating
• ■ Voltage remote sense compensation
• ■ High voltage isolated, digital/analog composite signal monito ring & controlling port (optional)
• ■ Equipped with photovoltaic cell array simulation function (optional)
• ■ ±OVP, ±OCP, ±OPP, OTP, ±LVP, as well as voltage / current / power limit
• ■ Standard LAN, USB (serial), optional RS485, GPIB or CAN ports
• ■ SCPI and ModBus RTU protocol

AC input

All models are provided with an active Power Factor Correction (PFC) circuit and operates in three - phase 340 VAC ~ 460 VAC input, power factor 0.99, power supply efficiency is larger than 93%.

18kW/3U high power density

biTRITON-P series provides a high power density of 18kW/3U, with features such as accurate output, fast response, and low ripple noise.

Wide operating region with constant power

All models provides wide range of output voltage & current within the power rating of the power supply, this means both low voltage/high current and high voltage/low current DUTs can be tested using a single supply avoiding the need for multiple power supplies.

Programmable sequence

All models provides users with a programmable sequence function, which can simulate power supply interruptions, instantaneous drops, and other voltage and current changes. The sequence feature allows users to program a list of steps to the power supply’s internal memory and execute them. A total of 100 steps can be allocated to each internal memory location, up to a maximum of 10 locations (sequences). The test sequence can be programmed locally through the keypad and rotary knob. Test sequences can be linked, as well as configured for single or repeated execution. Each steps’ settings include voltage, current, duration, the duration time range 1ms...86400 s.

Internal resistance simulating

All models can simulate the output characteristic of battery by setting the internal resistance. When the output current of the power supply increases, the output voltage will be adjusted automatically according to the preset internal resistance value.

Voltage ramp function

biTRITON-P series support voltage ramp-up and ramp-down, which can slowly increase the output voltage from a low level to a high level, or make the output voltage slowly drop from a high level to a low level.

CV / CC priority

When power supply is connected to an inductive or capacitive load, it will cause voltage or current overshoot, which may trigger the protection of the device under test, or even cause the device under test to be damaged in severe cases. This series power supply provides CC priority and CV priority function, which forces the power supply to operate in CC or CV mode at the moment the output is turned on, effectively avoids the current or voltage overshoot resulted from capacitive or inductive load.

Optional analog programming and monitoring interface

In addition to front panel and remote interface control, there is a galvanically isolated analog interface terminal, located on the rear of the device. It offers analog inputs to set voltage, current, power from 0...100% through control voltages of 0 V...5 V. To monitor the output voltage and current, there are analog outputs with 0 V...5 V. Also, several inputs and outputs are available for controlling and monitoring the device status. The controlling speed of analog programming is 1000 points per second.

Protective features

For protection of the equipment connected, the series provide programmable protection functions such as OVP, OCP, OPP and LVP. Moreover, thereare built-in hardware protection functions OV, OC, OP and OTP. If a protection is triggered, the DC output will be shut off immediately and a status signal will be prompt on the display and via the interfaces. The power supply is also able to detect abnormally AC input and shut off DC output when this condition occurs.

Master-slave parallel

biTRITON-P series power supply allows for master-slave parallel of up to 10 identical units. In parallel operation, slave units download parameters from master unit and current are shared automatically.

Digital interfaces

All models features two galvanically isolated digital interfaces by default, these are standard LAN and USB (optional RS485, GPIB, CAN interface). USB, LAN and RS485 can be used to control and monitor the devices either with SCPI language commands or ModBus RTU protocol, while with GPIB only SCPI is supported, with CAN only CANopen is supported.

PV array simulation function (optional)

biTRITON-P series has built-in Sandia and EN50530 PV test regulations, and users can also set the I-V characteristics of the PV cell (Voc, Isc, Vmp, Imp). The power is then turned on and the simulated solar array I-V curve is output to the PV inverter to test its static MPPT performance.

Multi-interface and multi-protocol

biTRITON-P series provide a control software for Windows PCs,which can read test data, generate images, export reports, print reports, etc. In real time, it is convenient for customers to use.

Computer graphical operation software

biTRITON-P series provides a host computer software with virtual instrument function, which can read test data in real time, generate images, export reports, print reports, etc., which is convenient for customers to use.

Options

Graphical visualization of the actual values
Digital interface modules for GPIB, CAN, RS485, CANopen
Analog programming and monitoring interface (PRO-INT interface on the rear)

Dimension