Rectifiers in low-floor design
PowerCabinet Nano and PSP 2540
If height is a challenge
PSP Tower: efficient - flexible - sustainable
- Rectifiers in low-floor design
- PSP Tower: efficient - flexible - sustainable
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Aluminium Anodizing, Electrolytic Brightening, Electrolysis, Galvanic High-Current Applications, Strip Refinement, Pulse Applications
Especially in the fields of High-Current Processes water cooling has become established. As a cooling medium, water is considerably better at achieving a high packing density. The well-proven Thyristor Technology combines wear-free capacity adjustment and dynamic process developments. A power supply system which can be integrated individually in any plant concept.
Capacity adjustement is achieved either on the primary side or on the secondary side of the device. Using a power switch or fuse elements and main contactor ensures safe mains separation. Galvanic mains separation is achieved by the main transformer. A 6-pulse rectification meets the requirements which are relevant to the process. By means of additional smoothing elemnts almost all desired ripples can be realized. All main components such as semiconductors, transformer, bars are being cooled which enables a high packing density.
MUNK Thyristor Technology in water cooling is perfected to the special needs in power conversion and is particularly recommended for high-power applications or when size matters. Cooling a rectifier by means of water is most efficient because the water is recycled in a cooling loop and can be re-used for cooling the most powerful rectifiers even if the ambient temperature exceeds 40 °C.
|Mains Voltage:||3 x 400 V / 50 Hz + N + PE|
|(+all usual mains voltages or 60 Hz)|
|Output Current:||1000 A - 100.000 A|
|Output Voltage:||6 V - 900 V|
|Ripple (standard):||approx. 5 % at full load|
|Ripple (Option):||2 - 3 % at full load|
|Duty Factor:||100 % (24/7)|
|Efficiency:||80 % - 93 %|
|Ambient Temperature:||+ 35 °C|
|+ 40 °C (Option)|
|Water inlet temperature:||+ 16 °C - + 35 °C|
|Protection Grade:||IP 23 - IP 54|