Programmable power supplies AC/DC

Bench XR LXI Series 600W 
  • 600W with Extended Range
  • LXI Certified
  • 5 Models: Up to 400V and 33A
  • Small, High-Density 1U Package
  • Wireless Digital Remote Sense
  • Built-In Voltage and Current Measurement
  • Full OCP and OVP Protection
  • Series and Parallel Operation
Rack XR LXI Series 1500W 
  • 1500W with Extended Range
  • LXI Certified
  • 5 Models: Up to 400V and 70A
  • Small, High-Density 1U Package
  • Wireless Digital Remote Sense
  • Built-In Voltage and Current Measurement
  • Full OCP and OVP Protection
  • Series and Parallel Operation
LAB SMP
  • Power from 750W to 2.4kW
  • Output voltage up to 1200V
  • Output current up to 160A
LAB HP
  • 3kW to 3.3MW
  • Output voltage up to 1500V (2000V)
  • Output current up to 165.000A
  • Standard input voltages DC&AC also according to customer requirements
  • 30kW in 3U
LAB/SMSL
  • Power from 1.2kW to 5kW
  • Output voltage up to 600V
  • Output current up to 200A
  • Dimensions 19" x 2 HE x 440mm
  • integrated load; voltage controlled for 2-quadrant operation
  • Constant current, voltage, resistance, power operation and simulation of PV characteristics
  • With integrated load; voltage controlled 300W to 2000W for 2-quadrant operation
LAB/HPL
  • Power from 5kW to 10kW
  • Output voltage up to 600V
  • Output current up to 500A
  • Dimensions: 19" x 3 HE x 620mm
  • integrated load; voltage controlled
  • 2-quadrant operation
  • Constant current, voltage, resistance, power operation and simulation of PV characteristics
  • With integrated load; voltage controlled 300W to 2000W for 2-quadrant operation
LAB/HPR
  • Power from 7kW to 1.4MW
  • Output current up to 50000A
  • Output voltage up to 1500V
  • Power ranges 7kW to 504kW available for each nominal output voltage
  • Constant voltage (0 to 100%), constant current (0 to 100%), constant power operation (5 to 100%)
ADG-L
  • Output Power：5KW / 10KW / 15KW
  • Output Current：0~135A / 0~675A（5 units in parallel)
  • Output Voltage：0~2000V
  • 5” touch screen and rotary knob control
  • Wide range of input voltage:187~264Vac (1 or 3 phase) or 340~460V (3 phase 4 wires Y connection)
  • High power density with only 3U for 15kW
  • Easy master/slave parallel operation
  • CV / CC / CP modes

Programmable power supplies AC/AC

EAC-S
  • Power from 250W to 10kW
  • Output voltage up to 700VAC / 1000VDC
  • Output current up to 2000A
  • Output frequency up to 2000Hz
  • Indication via graphic display
  • Linear regulated output stage, distortion factor at Pmax: 0.1%
EAC-AFV
  • Power from 15kVA up to 2000kVA
  • Output voltages 0VAC up to 700VAC / 1000VDC per phase
  • Maximum currents up to 2000A per phase
  • Simulation of 1- and 3-phase networks (worldwide)
  • Variable frequency from up to 2000Hz, sine, square, triangle
AFV-P
  • Output Power : 600VA~5kVA
  • Output Voltage : 0~310V (0~620V opt.)
  • Output Frequency : 15~1000Hz
  • Capable to simulate Power Line Disturbance, such as IEC-61000-4-11
  • Standard: Ethernet, RS485, RS232, USB, PLC Remote; Option: GPIB, Analog
  • Inrush current capable to deliver up to 4.5 times of peak current (Option : 9 times of peak current for AFV-P-600, 1250 )
AFV+
  • Wide Output Power Range: 10kVA~2000kVA.
  • Optional 0-400V (L-N) or 0-600V(L-N) output voltage.
  • The soft start function can effectively reduce inrush current caused by motor startup.
  • Via the Three Phase Independent Adjustment function, the AFV+ series can deliver each phase voltage differently to multiple single-phase DUTs.
  • User can simulate phase shift with the optional Phase Angle Adjustment function.
AFV
  • Simulation of abnormal power status: STEP and GRADUAL modes allow users to set sequences of start/end voltage, frequency and running time with ease.
  • Protections: undervoltage / overvoltage, overcurrent, overload, input undervoltage / overvoltage, overheat and other more than twenty fault conditions.
  • Three-phase voltage independently adjustable function: each phase voltage can be adjusted independently; therefore AFV can power more than one single-phase loads.
  • Phase angle adjustment function: can adjust the phase angle between each phase (for three phase system).
PAS/PFV
  • built-in low voltage ride through (LVRT) mode, which can be easily used for simulating the voltage drop test according to different test standards.
  • energy feedback feature that feeds energy back into the grid system for saving energy and sinking the power from grid tie devices.
  • standards: UL1741, IEEE 1547, BDEW and CEI0-16 etc.
  • phase angle adjustments available
  • standard RS-232, RS-485 communication interface, optional GPIB, Ethernet and USB.