Multifunctional Electronic Load Kikusui PLZ205W (40A-150V)

Description

The PLZ-5W Series high performance electronic load is the successor to the highly respected PLZ-4W series, whilst still retaining the same high specification and build quality. Advances include a high visibility color display and low voltage operation from a minimum of 0.25 V to a maximum of 150 V. Programmable profiles of voltage/current can be applied (using the new ARB function, as used in LED/solar testing) in addition to the inherited 6 modes of operation: Constant Current, Constant Resistance, Constant Voltage, Constant Power, Constant Current + Constant Voltage, Constant Resistance + Constant Voltage. Equipped with a high-speed response feature boasting a maximum slew rate of 60 A/μs (PLZ1205W) and a minimum setting resolution of 10 μA (PLZ205W). Additional features of the PLZ-5W series include: Soft-start function, variable slew rate, selectable response (CV/CR mode), switching function, ABC preset memory, 20 user-defined set-up configurations, and a sequence operation function. The advanced high-speed response makes the PLZ-5W ideal for the development and testing of today’s modern power supplies that require variable high-speed current changes. This advantage extends to the testing of current clamps/transducers. The PLZ-5W Series is available in 4 standard models which can be incrementally extended by adding additional booster units (PLZ2405W) to achieve a maximum of 10.8 kW / 2160 A DC electronic load.

Features

- Operation voltage: 0.25V to 150V (from 0.05V)
- High speed slew rate: 60A/μs
- Arbitrary I-V characteristics: Installed “ARB mode”
- Parallel operation feature: The total current and power capacities can be increased to the maximum of 10.8kW (2160A) by connecting the booster units.
- New high visibility color display.
- LAN(LXI compliant)/RS232C/USB are standard interface. External analog control. *GPIB option.
- Improved sequence feature (Maximum 10000 steps)
- Setup memory can be saved to or loaded from a USB flash drive.