Highest accuracy for laboratory and industrial applications
Max. voltage output 1000V – Max. current output 300A
Highest accuracy of the market 0.004% Voltage / 0.006% Current
7 Control modes: Current CC, Voltage CV, Power CP, Hybrid CCV, Function generator, Analog voltage, Analog current
Dynamic Save Operating Area (SOA – Autoranging)
Real time accuracy dynamic calculation
Active input filter, PFC = 1 in all operation range for high power applications
Very low harmonic distortion.
Remote voltage sensing
Dynamic air cooling by power consumption or internal temperature
Data base store 16GB > 30 years without erasing
7-inch touch screen display
Ethernet, Wi-Fi, USB, HDMI
MODBUS over TCP/IP control.
EPowerSys remote control software
Centralized switch-on for a group of power sources
Specially treated output bush bars
Small size and weight
Highest power density: 12KW in ½ 19” rack / heigh 4U / weight < 15 Kg
1000V - 300A
7 Control modes
Current CC, Voltage CV, Power CP, Hybrid CCV, Function generator, Analog voltage, Analog current
Active input filter with PFC = 1 for >5KW
Digital converters ADC and DAC are powered by LDOs. This linear technology avoids commutations and noise. This means that the converter instrumentation has high accuracy and clean voltage.
Power Flow Screen
The digital 7-inch display allows to monitor the complete power flow of the power supply
SOA Dynamic safe operating area
Automatic current or voltage autoranging to max. power or save power
Remote control software
Ethernet, Wi-FI, USB, HDMI
External 0 – 10 V Trigger input, Ground current monitoring, Float/gnd commanded by software, Additional interlocks, Freewheeling diode, air flow monitoring, Power lock, Active temperature monitoring and dynamic cooling control by temperature
Long term data storage
Alphα stores many parameters in a database. Those parameters can be displayed on charts, user can choose which parameters to display. All parameters data are stored from the first day of operation of the Alphα. Those can be downloaded from USB port.
· Switching semiconductors are driven by means of an optical fiber digital transmitter, achieving the highest performance in terms of speed, bandwith, attenuation and noise immunity.
· Optic fiber drivers.
· The power supply uses a high frequency transformer designed to minimize the dispersed flow, preventing induced currents and noise generation.
Alphα: EPOWER SYS range of high accuracy programmable DC power converters for laboratory and industrial applications
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