Parameters to enable part of basic functions.
Fanuc oi tc parameter manual#
įANUC Series 0i-MODEL D/0i Mate-MODEL D PARAMETER MANUAL
Fanuc oi tc parameter manuals#
List the related items of the related manuals in a table.Ĭable and Parameter configurations for FANUC controls Contents Pocket DNC settings Fanuc Cable Fanuc 6 series data and parameter settings Fanuc 3 series data and. Parameters Describes parameters related with a function. ī-63945EN/03 6.INPUT AND OUTPUT OF DATA - 473 - 6.1 SETTING PARAMETERS FOR INPUT/OUTPUT Setting procedure of parameters Parameter writing is enabled with following. parameters, offset data, and macro variables can all be input and output using a single common screen. ġ FANUC CASSETTE ADAPTOR 1 (FANUC CASSETTE B1/ B2). INPUT AND OUTPUT OF DATA - Fanuc CNC Retrofits, Rotary Table. Read File Online - Report AbuseįANUC AC SPINDLE MOTOR u03b1i/u03b2i series PARAMETER MANUALī-65280en/05 fanuc ac spindle motor series fanuc ac spindle motor #* series parameter manual u2022 fanuc ethernet board/data server board oparatoru0026#39 s manual (b-63354en) It's definitely the reason you are having issues with the Z.FANUC Series 16i/18i/160i/180i/160is/180is-MODEL B PARAMETER. In your case, you should eliminate it completely. The one thing you can't do is use both L and F. It's easy to verify with the mating nut or rod as the number of starts must match. The pitch is still 0.125 on the final part. If you have a 1-8, 4 start thread,the lead is 0.5 per start.Įach start will by offset by 90 degrees of spindle rotation and the pitch in Z. If you have a 1-8 single start thread, the lead and the pitch are equal. Thread lead will change based on the number of starts. It's the axial travel for one 360 degree revolution. Their description of the L address, or thread lead, can be confusing. This controls your exiting of the thread so you don't ring it You'll have a pair of M-code that control this. OK, I can see from your manual that you have an older machine.Ĭheck your M-code list for M23 & M24 for retract of chamfering. I will try taking the L out to see if that fixes it. All I can have is radial depth of cut changes.Īlso, according to my manual, P0 is the same as P1. 08" deep) lubrication groove on a 1" pitch left hand spiral in a bushing. It is actually a square form (.08" wide x. This freeware utility I wrote should help. You should refer to the user manual for the M-code that controls the chamfering exit. P4 = Dual face cutting with constant cutting depth. P3 = Single face cutting with constant cutting depth. P2 = Dual face cutting with constant cutting amount. P1 = Single face cutting with constant cutting amount. Zero is a permitted value but I've always avoided it as it's a direct radial infeed. That's the included angle of the insert infeed control. The A address really shouldn't be zero either. However, if it is used, it can't be zero. The L address really doesn't need to be used.
Fanuc oi tc parameter code#
Your feedrate value looks odd in that it appears to not be an IPR value that reflects the thread pitch.Īdditionally, the cycle code is not correct. What thread are you actually trying to cut? The Z-6.3 should have been Z-5.3 but we had to cheat it because of the retraction. If you post the code you actually tried to run, it would be easier to give you a more specific answer. Something is probably incorrect in your syntax. The retraction you are getting is likely the chamfering amount so you don't ring the last thread. The P2 word indicates a staggered cycle that uses both sides of the insert. The example below goes the opposite way, from double-ine to single and then back. What you can do is change the parameter dynamically. Typically, the machine tool builder sets up the machine with it's default format because of how they want the machine to handle certain cycles.Ĭhanging this parameter will effect ALL cycles, not just G76. Keep in mind that if you change this you may run into issues with other cycles because of it. Any clues as to why it would do this? The code line looked fine. Is there a parameter that can be changed to switch this control to make use of the double line cycle?Īnd we also had an issue with the tool retracting (in X) from the thread before it reached the Z end point (about an inch shy) and then continued on to the Z end point before finally retracting from the bore. One being that this machine uses a single line G76 cycle vs. Yesterday we were attempting to cut a thread (turning) using the G76 cycle. Hello, we recently purchased a DMC mill turn lathe with a Fanuc Oi Tc/Mc control on it.