[version en cours de rédaction] | [version en cours de rédaction] |
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{{Tuto Step | {{Tuto Step | ||
|Step_Title=<translate>Update the Parameters for xOffsets</translate> | |Step_Title=<translate>Update the Parameters for xOffsets</translate> | ||
− | |Step_Content=<translate>#Set the xOffsetVI and WI to the new value settings. THIS VALUE IS ALWAYS POSITIVE | + | |Step_Content=<translate># Set the xOffsetVI and WI to the new value settings. THIS VALUE IS ALWAYS POSITIVE |
− | #Set the xOffsetVO and WO to the new value in settings. THIS VALUE IS ALWAYS NEGATIVE | + | # Set the xOffsetVO and WO to the new value in settings. THIS VALUE IS ALWAYS NEGATIVE |
Depending on the software version, there are 4 places where these settings are stored / edited | Depending on the software version, there are 4 places where these settings are stored / edited | ||
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{| class="wikitable" | {| class="wikitable" | ||
|+ | |+ | ||
!Software Version | !Software Version | ||
− | ! | + | !MND Type |
!Parameter location | !Parameter location | ||
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|- | |- | ||
− | |Multi.exe | + | |Multi.exe / DOS |
− | |VF / | + | |VF / VF |
− | + | |Tooling Setup | |
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|- | |- | ||
− | |winMulti | + | |winMulti |
|VF / VR | |VF / VR | ||
− | |Tooling Setup | + | |Tooling Setup |
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|- | |- | ||
− | |winMulti | + | |winMulti |
− | |VAF3 | + | |VAF3 / WAF3 |
− | | | + | |uservariables.mul |
− | |||
|- | |- | ||
− | | | + | |winMulti v5+ |
− | |VAF3 | + | |VAF3 / WAF3 |
− | |Settings->Notching | + | |Settings->Notching |
− | + | |}</translate> | |
− | |} | ||
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}} | }} | ||
{{Notes}} | {{Notes}} |
ZX3/Microline/Flowline ZX3 V Notch Blade Setup This module guides the engineer on how to correctly set the V notch blades
Auteur Gareth Green | Dernière modification 23/10/2019 par Sysop en cours de rédaction ⧼frevu-button-review-label⧽
ZX3/Microline/Flowline ZX3 V Notch Blade Setup This module guides the engineer on how to correctly set the V notch blades
Microline, ZX3, VNotch, Setup, Blade, bladeoffset TM018B_Microline_and_ZX3_V_Notch_Blade_Setup_ZX3_Ring.jpg
The engineer will need a reasonable mechanical knowledge, and a working knowledge of the operation of the machine.
You will need callipers (+/-0.05mm) and an accurate rule
The setting of the V notch blades on a ZX3 Ring revolves around the setting of two groups of parameters:
The rough position of V and W axes is set first, then the individual blade offsets are set, and finally a test is run to tweak the accuracy to gain perfection.
There are two “tweaking” parameters for each blade. The two parameters are:
Find out which V Notch files the machine is using by checking the operation setup. A simple way of doing this is shown in the pictures.
Picture 1 - shows this machine uses VF / VR codes
Picture 2 - shows a different machine using VAF3 codes
Note this "mnd type" for later
A calibration mnd file has been written to help line up the x offsets called VTEST. This program creates the following pattern on the bottom of the profile using a 10mm spindle and the notching blades themselves:
Run the VTest operation on a length of large outer frame of at least 1m long. Put the operation at a position of 500mm.
The pattern allows you to measure the offsets required with calipers.
Depending on the software version, there are 4 places where these settings are stored / edited
Software Version | MND Type | Parameter location |
---|---|---|
Multi.exe / DOS | VF / VF | Tooling Setup |
winMulti | VF / VR | Tooling Setup |
winMulti | VAF3 / WAF3 | uservariables.mul |
winMulti v5+ | VAF3 / WAF3 | Settings->Notching |
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