Fanuc Cnc Manual Supplied With
Diagnosis and Correction of Fanuc Alarm CodesDealing with alarm codes is a matter of first understanding what they mean, and then deciding what’s causing the code based on the code’s meaning. There’s a list of Fanuc Alarm codes below to help.Diagnosis of alarm codes on the CNC machine can be an expensive time waster. We recommend using a g-code simulator such as our G-Wizard Editor to find and correct as many alarm codes as possible before loading the g-code program onto your CNC machine. Fanuc 30i 31i 32i Manuals User Guides - CNC Manual Fanuc 0i/0i Mate Fanuc 10/11/12 Fanuc Series 15 Fanuc 15i Fanuc 16i 18i Fanuc 21 Fanuc 21i Fanuc Alarms Fanuc Spindle Alarms Fanuc 6M 6T Alarms Mill Programming G68 Coordinate Rotation G72.1 Rotational Copy G72.2 Linear Copy G73 High Speed Drilling G74 Left-hand Tapping G76 Fine Boring Cycle G81 Drilling Cycle This guide will help you diagnose the source of the alarm by explaining what each alarm code means. What are Fanuc Alarm Codes?GE Fanuc Automation makes no representation or warranty, expressed, implied, or statutory with respect to, and assumes no responsibility for the accuracy, completeness, sufficiency, or. This manual supplied with a CNC unit provide an overall description of the machine’s functions,The next several lessons in the g-code tutorial provide a Mini-Tutorial on CNC Macro Programming and Fanuc Macro B.
Here are just a few ideas from the article: We’ve prepared an article, 37 Things Your CAM Won’t Do For You That GCode Programming Can, that tells all about the potential things you might do with CNC Macro Programming. That’s useful, but computers and CNC controllers are capable of a lot more.With CNC Macro Programming, a vast number of new things are possible. It offers the most flexibility and the greatest potential power of any of the G-Code Programming Techniques.Without CNC Macro Programming, G-Code is not really a full fledged computer language, it’s more a recording of a series of manual steps. In many ways, Macro Programming is the highest level of G-code Programming. The next several lessons in the g-code tutorial provide a Mini-Tutorial on CNC Macro Programming and Fanuc Macro B.
You could use cnc macro programming to tell the part program how many of the available fixture slots actually contain parts and which of a series of machining steps to execute. Make it easier to rework parts or change lot sizes. By putting the feeds and speeds in macro variables, it becomes possible for the same program to work on all three materials. Perhaps you offer aluminum, stainless steel, and titanium, or some such. Suppose you make the same part, but in different materials.
Just another job for cnc macro programming. Put it into a subprogram so it can be shared across all your g-code and then call that subprogram as needed. Suppose you have put together a really sophisticated strategy for deep hole drilling. Custom Deep Hole Drill Cycles.
Go through our lessons so you can add this power tool to your tool box. Using the G10 g-code, you can make part programs set themselves up for particular fixtures that will be at know locations on your fixture plate.There are many more examples in the article, but you get the idea how powerful CNC Macro Programming can be. Modular Fixturing can save you a lot of time by ensuring repeatability of where fixtures are located relative to machine coordinates.
But before we do that, let me tell you about a tool that will help you tremendously in learning and in doing CNC Macro Programming.G-Wizard Editor for CNC Macro ProgrammingCNC Macro Programming makes for more complex g-code. CNC Macro Programming Topic AreasCNC Macro Programming may be broken down into the following topic areas, and we have a lesson for each area:Let’s give a brief overview of what each one means and how they fit together, then we’ll turn you loose to go through each lesson in more detail. Just use a our G-Wizard CNC Simulator and Editor to play with the Macro B capabilities. If you don’t have a controller with Macro B, it’s still worth checking it out. We can’t document every G-Code Dialect here, but the concepts offered in Macro B will be similar to what you see elsewhere, and therefore applicable to those cases with slightly different syntaxes and capabilities. Not all controllers support full Macro B, and there are variations supported by some non-Fanuc controllers.
Transport cluster lets you run your CNC Macro Program simulation:Change speed, jump ahead to the interesting parts, rewind to see it again, vary playback speed, and more. Graphical backplot makes it easy to see what the tool motions are: Handles the Fanuc Macro B syntax, the most widely used CNC Macro Programming syntax in the world.
Tired of trying to remember what the #1001 variable does? Use a name like “Feedrate_For_Pocket” instead. Symbolic variable names. Find out which ones are used, current variable values, change values, and more. Variable and Subprogram Listings. That’s generally a bad thing, but GW Editor will tell you when that’s happening and help you sort out what’s causing it.
You might include a parameter or variable at the top of the program that tells how many parts are really loaded. For example, let’s say you’ve got a program designed to create up to 8 parts on a fixture plate. With variables, you “parameterize” your cnc program, making it much more flexible. It can be super useful for a subprogram to use relative coordinates so that you set the position in absolute, call the subprogram and it’ll do whatever it does at that location instead of always using a fixed (absolute) location.Parameterized programming is all about using variables in g-code programming. Easy automatic conversion of absolute (G90 g code) to relative (G91) and back.
A shared piece of g-code like that is called a “Subprogram”, and it’s very easy with CNC Macro Programming to manage subprograms. Subprograms and MacrosLet’s say you’ve created a valuable g-code program and you want to use it over and over, sharing it among various other g-code programs. Again, by setting up a variable to control the dimension, you can easily use the same g-code program to do a lot of different things.
It remembers things that happened earlier in the part program.In this chapter, we’ll teach you how your macros and subprograms can know those things that happened in the past and potential act on them. Modal DataIf you’ve been following our GCode Course up to this point, you know that gcode is very modal. In fact, the shallower the hold, the less smart we need to be.So, we can put condition tests into the routine that take a macro variable for hole depth and decide how fancy to get based on how deep the hole is. But, we don’t need to do all those smart things on shallow holes. We’ve got a g-code subprogram that does all sorts of smart things to enable it to drill very deep holes automatically.
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