Fanuc Ot 900 Parameter List Patched May 2026
Here is the Feature / List of Fanuc OT 900 Parameters.
Parameter 906 – Special CNC Functions
| Bit | Name | Function | | :--- | :--- | :--- | | 0 | SHP2 | Shop floor programming 2 | | 1 | NUR | NURBS interpolation (spline machining) | | 2 | QVS | Quick view solid (3D graphics) | | 3 | CLK | Clock function (#3001 time variables) | | 4 | BSK | Block skip (/) function extension | | 5 | PCH | Punching cycle pack | | 6 | SCB | Skip cycle block | | 7 | CAM | Cam cycle (for hydraulic cam machines) | fanuc ot 900 parameter list
Parameter #917 - #919: Option Parameters
These parameters enable specific software options sold by Fanuc. Here is the Feature / List of Fanuc OT 900 Parameters
Below is a list of common 900-series parameters for the Fanuc 0-T control. Each parameter consists of 8 bits, labeled 7 to 0 from left to right. Google Groups Function Enabled (when set to 1) Canned Cycles : Enables standard cycles like G81-G89 G10 Programmable Data Input : Allows tool offsets via G-code Manual Pulse Generator (MPG) : Enables handwheel control Inch/Metric Conversion : Toggle between measurement systems Tape Memory Addition (120M) : Increases program storage Chamfering/Corner Radius : Enables automatic R and C programming Multiple Repetitive Cycles : Enables G70-G76 cycles Constant Surface Speed (CSS) : Enables G96/G97 functionality Custom Macro A : Enables basic macro programming Actual Spindle Speed Output : Displays real-time RPM on CRT : Enables the row of keys below the CRT screen Language Selection : 0: Japanese, 1: German/French, 3: Italian, 4: Spanish Important Safety Warning fanuc ot 900 parameter list
Parameter 905 – Custom Macro & User Tasks
| Bit | Function | |------|-----------| | 7 | Custom macro B (G65/G66) enable | | 6 | Macro variables display (0 = hide, 1=show in offset page) | | 5 | User macro interruption (M96/M97) | | 4 | External data input via DNC | | 3 | Additional macro variables (#500–#999) | | 2-0 | Reserved |
- 910.4 = DNC (tape mode)
- 911.0 = Helical interpolation
- 912–915 = Number of axes and types
- 931 = High-speed skip signal
