The "Plus" series retains the core G-code architecture of previous models, ensuring that existing programs for the standard 0i-TF can typically run without modification. However, the manual highlights significant upgrades in user interface, processing power, and shop-floor efficiency. Key Programming Architectures
Proper tool length calibration is essential for accurate machining. Conclusion
#1 = 50.0 (Target Diameter) IF [#1 GT 40.0] GOTO 100 G00 X100.0 ; N100 G01 X#1 F0.2 ; Use code with caution. fanuc series oitf plus programming manual
This manual is not a beginner’s "how-to-cut-metal" guide; it is a for programmers, setup technicians, and machine operators. It assumes knowledge of turning processes and focuses on the syntax, arguments, and behavior of preparatory functions (G-codes), miscellaneous functions (M-codes), and advanced cycles.
A common crash occurs due to improper reference return logic. The manual details (return via intermediate point). The TF Plus manual adds warnings about the High-speed positioning parameters that differ from older units. The "Plus" series retains the core G-code architecture
Tools vary in length and diameter. The 0i-F Plus controller accounts for these variations using offset registers. Tool Length Compensation (G43)
The manual is typically divided into several key sections, progressing from fundamental concepts to complex system configurations. Conclusion #1 = 50
Programs are typically written in standard Fanuc G-code with Fanuc-specific extensions for turning. A program consists of:
Halts all machine operations. Requires the operator to press "Cycle Start" to resume.
: Common variables (cleared when the machine power cycles).
Here’s a short descriptive piece for the FANUC Series Oi-TF Plus Programming Manual , suitable for a catalog, training introduction, or technical reference summary: