Rectifier and inverter systems

Input voltage 400/230 VAC and 24/48/60/108/216V DC

Output voltage 24/48/60/108/216 VDC und 230VAC 

Product Details

Our power supply systems are configured to your requirements or can be offered as standard systems. They are characterised by high efficiency and high flexibility. They are used in transformer and power stations, in the telecommunications, railway and industrial sectors, or wherever secured voltages are required. Our rectifier systems can be offered with thyristor or switched-mode technology. The battery is charged according to a regulated IU characteristic in accordance with DIN 41772.

Options include the following:

  • Mains / phase monitoring
  • Mains / phase monitoring
  • Automatic activation of the high-rate
  • charge Battery circuit monitoring
  • Earth fault monitoring
  • Fuse trip monitoring
  • System fault detection
  • Switch-off on deep discharge
  • Counter cell control
  • Lighting control in the object
  • Temperature-controlled charging characteristic

Specifications

Input voltage 400/230 VAC and 24/48/60/108/216V DC
Output voltage 24/48/60/108/216 VDC und 230VAC
Our power supply systems are designed in consideration of state-of-the-art circuit topology combined with field-proven 19“ -compatible slide-in mechanics. The switch-mode power supply system layout is the preferable solution for secure DC and AC power supplies in the following
fields of applications:

♦ Modular UPS systems
♦ Secure DC power supply in standby parallel operation mode of rectifier and battery
♦ Direct feeding of DC consumer
♦ Telecommunication and IT requirements
♦ Process operation control for chemical industries
♦ Control systems, e.g. “low voltage switch gear systems“
♦ Auxiliary power supply for power plants and substations
♦ Power supply for control installations in power plants out of 110 or 220 VDC-secure busbar
♦ General industrie

The parallel operation mode as the integrated standard of each single module results in high-grade flexibility of power supply solutions in the n+1 configuration even for higher power demands.
Customized power solutions with different voltage levels can be realized in a compact designed system configuration.