Background Image
PLZ-5WH2 Series
PLZ-5WH2 Series

No image available.

PLZ-5WH2 Series

{ $kikusui_el_product->description_1 }}

The PLZ-5WH2 high power DC electronic load series is where durable, reliable ingenuity meets multifunctional and high power design. Providing 5 variety of power range line-ups, from 1 kW bench top style model to high power model that can sink up to 20 kW of power in a single unit. Possible to easily selects applicable power range depends on the load. Load simulation can be achieved faster than ever before thanks to the reliable, high speed design of the PLZ-5WH current control circuits. Accurate current measures can be made with extremely high setting resolution. A color LCD display allows for highly visible, user-friendly front panel operation. RS232C, USB, and LAN digital interfaces are included as standard for simple integration into any system.

  • Operation Modes : The following five operation modes are available on the PLZ-5WH2. In addition, available to set in operation modes other than CV mode, the “UVPL*” setting keep the voltage less than UVP setting by controlling the current and the “UVPT” setting loads off by applying a current to reach the target setting voltage.
  • Wide Ranging Operation Voltage up to 1000 V : Operating voltage ranges from 10 V to 1000 V.
  • Maximum Slew Rate of 20 A/μs : The PLZ-5WH2 series boasts a 20 μs rise time*, easily satisfying the critical needs of power supply evaluation tests demanding a fast transient response.
  • Parallel Operation : Parallel operation (max. 5 units) is available on all models by simply connecting an optional parallel operation cable. This feature is available even among different models for a wide range of high power.
  • Communication Interface : LAN(LXI), USB and RS232C standard digital interface.
  • Arbitrary I-V Characteristics (ARB) Mode : In ARB mode, arbitrary I-V characteristics can be set by registering multiple I-V characteristic points (pairs of voltage and current values).
  • Load On/Off.
  • Cutoff Function.
  • Changing the Response Speed.
  • Soft Start.
  • Data Logging Function.
  • Integrated Data Function.
  • Saving Measurement Data.
  • Pulse Function.
  • Sine Function.
  • Sequence Function.
  • Alarm Function.
  • ABC Preset Memories.
  • Setup Memory.
  • External Control.
  • Current and Voltage Monitor.
  • USB Keyboard.
  • Synchronized Operation.
  • Remote Sensing.
PLZ1005WH2 DC Electronic Load: Max. 1 kW, 10 to 1000 V, 20 A. Equipped with four modes (Constant Current / Constant Resistance / Constant Voltage / Constant Power) plus Arbitrary IV Characteristics (ARB) mode to reproduce nonlinear load characteristics.Sequence control functionality enables actual-load simulations.
PLZ2005WH2 DC Electronic Load: Max. 2 kW, 10 to 1000 V, 40 A. Equipped with four modes (Constant Current / Constant Resistance / Constant Voltage / Constant Power) plus Arbitrary IV Characteristics (ARB) mode to reproduce nonlinear load characteristics.Sequence control functionality enables actual-load simulations.
Parallel operation enables scalability.
PLZ4005WH2 DC Electronic Load: Max. 4 kW, 10 to 1000 V, 80 A. Equipped with four modes (Constant Current / Constant Resistance / Constant Voltage / Constant Power) plus Arbitrary IV Characteristics (ARB) mode to reproduce nonlinear load characteristics.Sequence control functionality enables actual-load simulations.
Parallel operation enables scalability.
PLZ12005WH2 DC Electronic Load: Max. 12 kW, 10 to 1000 V, 240 A. Equipped with four modes (Constant Current / Constant Resistance / Constant Voltage / Constant Power) plus Arbitrary IV Characteristics (ARB) mode to reproduce nonlinear load characteristics.Sequence control functionality enables actual-load simulations.
Parallel operation enables scalability.
PLZ20005WH2 DC Electronic Load: Max. 20 kW, 10 to 1000 V, 400 A. Equipped with four modes (Constant Current / Constant Resistance / Constant Voltage / Constant Power) plus Arbitrary IV Characteristics (ARB) mode to reproduce nonlinear load characteristics.Sequence control functionality enables actual-load simulations.
Parallel operation enables scalability.
Have any Questions?