Techna-Check 6400 & 6401
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Techna-Check 6400 & 6401

The Techna-Check® TC6400 series are Tool Monitoring systems designed to use our PWM-TTBUS series power transducers to measure true power (P = √3 x U x I x Cos?) on a machine spindle or axis motor. It can be used on standard motors, AC servo motors and variable frequency drives. The Techna-Check determines if there is a Broken, Dull or Missing tool. The system also has the capability to interface with an accelerometer to measure vibration on a spindle or fixture and verify it is within a set range.

Common features include:

  • Built in 8" color display and membrane keyboard
  • Monitors 1-64 tools or cutting processes per motor
  • Available sensors PWM3100T, VM100T, IO100T
  • Parameter setup is done directly at the unit
  • Panel door mounted or custom enclosure available
  • Independent limits for Break, Blunt, Missing and Idle supervision
  • Curve enveloping feature for limits
  • On board data collection allows for viewing of past cutting signatures
  • Optional Profibus available
  • Touch Point limit used for grinding and balancing machines
  • Password protected

TC6400 Unique features:

  • Up to 8 motors can be connected to a single system to monitor multiple machines in
    the same area or multiple motors on the same machine

TC6401 Unique features:

  • Low cost unit only capable of monitoring 1 motor on a single machine

Principle of Operation:

The 6400 interfaces to the machine control using 24vdc I/O or Profibus. One 6400 unit can monitor up to 8 different motors/machines and each machine can have 64 different tools or cutting paths monitored. The tool selection is done using binary inputs which are typically given from M-codes/Marco I/O or by using Profibus.

Once the unit has been told to monitor, the system will measure the power that is used just to turn the spindle; this is labeled as the idle consumption (figure 1). High and low limits can be set for the idle power to determine if a belt has broken or bearings are going bad in the spindle.

The unit then learns the amount of power it takes to cut the material (labeled as measurement in figure 1). As a tool becomes blunt (dull) the tool will begin to require more power to complete a machining cycle. When the tool breaks a short energy peak or spike is created and if no tool is present or the part has already been cut, the power consumption drops back to zero. If any of these situations occur the Techna-Check will output a fault which immediately stops the machine.

Each of the 64 possible cuts has a unique set of parameters associated with it allowing for various monitoring scenarios. Limits can be set based off the peaks of the profile or off the area under the curve. Typically a tools parameters can be set after just a few machining cycles making the system very easy to use and quick to setup.

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