#Job report blank sheetcam full

If the measurement is less than Pierce Height of the currently selected material, then increase the 'Float Travel' in the CONFIGURATION section of the PARAMETERS tab by the difference between the specified value and the measured value.ДЄfter the adjustments to the 'Float Travel' have been made, repeat the process from #4 above until the measured distance between the material and the torch tip matches the Pierce Height of the currently selected material. If the measurement is greater than the Pierce Height of the currently selected material, then reduce the 'Float Travel' in the CONFIGURATION section of the PARAMETERS tab by the difference between the measured value and the specified value.

Measure the distance between the material and the tip of the torch while the torch is waiting at Pierce Height. After this the torch will return to the starting height. The default probe test hold time is 10 seconds, this value may be edited in the. The torch will wait in this position for the time set in the. The Z axis will probe down, find the material then move up to the specified Pierce Height as set by the currently selected material. Place some material on the slats under the torch. If the machine is not already homed and in the home position, home the machine.

#Job report blank sheetcam full

If the machine is suitable, the user could set the Probe Height to a value near the Z axis minimum and do all probing at full speed. QtPlasmaC can probe at the full Z axis velocity so long as the machine has enough movement in the float switch to absorb any overrun. This signal is used to turn the alignment laser on.Д¬heck that the Probe Speed and the Probe Height in the CONFIGURATION section of the PARAMETERS tab are correct. This signal is used to turn the scribing device on. Д¬onnected from a breakout board output to the scribe-on circuit. This signal is used to place the scribe into position on the work piece. This signal is used to control the Z axis in a downward motion and make necessary corrections to maintain the torch distance from the work piece during cutting.Д¬onnected from a breakout board output to the scribe arming circuit. This signal is used to control the Z axis in an upward motion and make necessary corrections to maintain the torch distance from the work piece during cutting.Д¬onnected from the down output of the external THC control to a break out board input. This signal is used to control the plasma power supply and start the arc.Д¬onnected from the up output of the external THC control to a break out board input. This signal senses if the torch has broken away from its cradle.Д¬onnected from a breakout board output to the torch-on input of the plasma power supply. If an ohmic probe fails to locate the work piece, and there is no float switch is present, probing will continue until the torch breaks away or the minimum Z limit is reached.Дigital output optional, see info below table:Д¬onnected from a breakout board output to an input to control the ohmic probeвЂ™s power.Д¬onnected from a breakout board input to a torch breakaway detection switch. If used, this is the primary probing method. This signal is used to probe electronically by completing a circuit using the work piece and the torch consumables and set Z zero at the top of the work piece. If used and an ohmic probe is configured, this is the fallback probing method.Д¬onnected from to the ohmic probeвЂ™s output to a breakout board input. If used and no ohmic probe is configured, this is the probing method. This signal is used to mechanically probe the work piece with the torch and set Z zero at the top of the work piece. This signal is used to determine if the cutting arc has been established and it is ok for the machine to move (sometimes called arc transfer).Дigital input optional, see info below table:Д¬onnected from a breakout board input to a switch on the floating head. This signal is used to read the arc voltage to determine the necessary corrections to maintain the torch distance from the work piece during cutting.Д¬onnected from the Arc OK output of the plasma power source to an input on the breakout board.

Connected to the velocity output of an encoder equipped breakout board.