SAVE-ENERGY - system for intelligent energy administration and for reduction of the energy consumption on machines of the SCM-group.

main features 2015

  • adjustment
  • the numeric control of the machine regulates the feedrate for working at any time with optimal speed.
  • more cleanness, less usage
  • activation of the fan blowers only when required, Increasing of the effectiveness of the cleaning system; powerful nozzles
  • recovery of energy
  • decelerating motors
  • deployment of converters
  • intelligent adaptation of the engine power to the actual power demand
  • optimization of the air pressure supply
  • e.g. by interruption of the supply during the standstill of the machine
  • deployment of adjustable valves, which are able to adjust the pressure to the needs of the production process
  • the ´ECO´-key
  • Standby-operation via keystroke. This mode only includes the devices and units, which for don´t require that much energy for the new aktivation.
  • automatic stand-by operation
  • with longer inactivity or pause the machine goes into "standby-mode" automatically , whereas the energy consumption is being reduced to the minimum. This happens under consideration of the "costs" for the reactivation of every component.
  • Supervision of the consumption
  • independent suction pieces
  • intelligent openeing/ closing of the suction pieces corresponding to the requirements of the respectively active process cycles.
  • process optimization on panel division
  • synchronization of the speed of the feeder carriage and the saw carriage. Based on the length of the workpiece and the cutting height, the software rates the required positioning time and defines automatically the speed of reversion of the saw carriage.
  • modern motor technology
  • IE3-motors, IE2motors in combination with special conversions–
  • temperature control with edgebanders
  • The temperature of the glue receptacle will be lowered on a pre-adjusted level, so that the adhesive always stays fluid and the application temperature can be achieved in little to no time
  • control of the cooling of electromotive spindles
  • Through the continuing supervision of the fluid temperature the heat exchanger can be turned off, when it won´t be needed any more.


SCM, 2015

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