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SpectraNG

Parent Category: Functionality
Category: Interface
  • SpectraNG

    SpectraNG the new real-time tool and process monitoring system that makes use of the versatility of machine controls with open architecture. It is characterized by extensive monitoring functions combined with the user-friendliness of an industrial PC.

    The hmi software used as a human-machine interface runs on open controls and replaces the traditional manufacturer-specific front panels, control elements or customer-specific control panels. Thanks to the convenient hmi user interface, the plant operator can quickly and easily find out about the current process status. The graphical representation of the process supports him in the detection and immediate rectification of faults. In the event of an impermissible process event, such as machine collision, blank cut, excessive tool wear, or damage such as tool breakage, the SpectraNG stops the process immediately.

    Damage to tools, clamping devices or even to the machine itself is effectively minimized and manufacturing costs are reduced.

  • TypeDescription
    Dimensions (HxWxD in mm) approx. 121 x 100 x 154
    Certifications CE
    Weight approx. 1200 g
    Protection class IP40
    Possible interfaces CNC I/O, Ethernet, MTX-Net, OPC, Profinet, Profibus, 2x USB, Sensor, Service, HDMI
    Temperature range Operation -10 to 60 °C / Storage -20 to 70 °C
    Relative humidity 0 to 95 % non-condensing
    Voltage supply 18-30 V DC
    Current consumption 0,3 A max.
    Human machine interface SpectraNG -hmi visualization via VisionNG or monitor of CNC controls (i.e. Siemens 840D, Fanuc, Indramat)
    Power consumption 30 Watt
    • Process Monitoring
      • Tool monitoring (tool wear, tool breakage, tool missing)
      • Collision monitoring
      • Vibration, structure-borne noise, power, force and oscillation measurement for the detection of process errors
      • Tools, also less than 3 mm in diameter
      • Detection of micro-breakouts on cutting inserts
      • Thread quality
      • Strong fluctuations in measurements
      • Material differences (micro-cavities, inclusions, ...)
    • Process Optimization
      • Detect unwanted deviations from the planned machining process
      • Optimization of processing and cycle times
      • Effective generation and reading of analysis data
    • Machine Protection
      • Collision monitoring
      • Vibration overload detection
      • Cost reduction by avoiding machine downtimes
    • Machine Diagnostics
      • Increase processing quality
      • Process and cutting data optimization
      • Detect wear of machine components
      • Detect tool or spindle imbalance
      • Predictive maintenance

    Area of application e.g. in:

    • Drilling / Milling
    • Turning
    • Grinding
    • Handling