KIKUSUI PCR-WEA/WEA2 Series AC/DC Power Supply (CV/CF)
- Compact size: 6kVA in 6U (PCR6000WEA2/PCR6000WEA2R)
- The 15 model line-up ranges from 1kVA to 36kVA
- 100% Regenerative-power capability (Only “R” models (PCR-WEA2R) with 3-phase 200V input. Regeneration on premises only.)
- Mix-and-match parallel operation up to 144kVA Same model set up is not required.
- Achieves an extremely low switching noise for a PWM inverter-type AC power supply.
- Power-saving function
PCR-WEA/WEA2 Series
PWM Inverter Type – Programmable AC Power Supply The PCR-WEA/WEA2 Series brings new innovations to the power-electronics industry.
The PCR-WEA/WEA2 is a series of multifunctional switching AC power supplies that combines accurate, high-power output with an ultra-compact design. The 15 model line-up ranges from 1 kVA to 36 kVA AC/DC with single & 3-phase variable output from 6 kVA and up. The PCR-WEA2 also features a regenerative mode*1 that can drastically reduce power consumption and cut operating costs. The PCR-WEA2/WEA2R also supports mix-and-match parallel operation*2 up to 144kVA for large-scale test systems. Output frequency up to 5kHz is also available with all models, which is critical for AC applications in avionic industries.*1 Only “R” models (PCR-WEA2R) with 3-phase 200 V input. For regeneration within the installation site only. *2 Parallel operation is available for 6kVA models and up, with a maximum of 4 units. Same model combination is not required.
Model | PCR-WE/WE2 Series | PCR-WEA/WEA2 Series |
Firmware | Ver 1.24 | Ver 3.12 |
Basic function | Output voltage 155/310 Vrms ±219/438 Vdc | Output voltage 160/320 Vrms ±226/452 Vdc |
Applied functions | Same value regardless of the lower limit response setting for output impedance (reactance component). | Lower limit of output impedance (reactance component) FAST : reduced by 50 % MED : no change SLOW : 3x |
Interface | None | Addition of analog monitor output option (factory option) *On PCR6000WEA and higher models, analog monitor output (factory option) is possible. |