CNC Spindle
CNC machining spindle with speed control, tool wear progression, cutting dynamics, and ISO 10816-3 vibration monitoring. Haas VF-2 class.
What it is
A machining-centre spindle with speed control, three-axis vibration, tool wear accumulation, and cycle-based part counting. Grounded in Haas VF-2 class machine specifications, ISO 10816-3 vibration standards, and ISO 3685 tool life criteria.
Used in
smart-factory— machining area, multiple spindles with mixed starting ages
What it tracks
| Member | Why it matters |
|---|---|
running | Spindle operating state. |
spindle_speed_feedback | Ramped actual RPM. |
spindle_load | Cutting load as a fraction of rated. |
feed_rate | Programmed feed during cut. |
power_draw | Electrical consumption, load-coupled. |
vibration_x / vibration_y / vibration_z | Three-axis RMS velocity, ISO 10816-3 aligned. |
bearing_temp | Thermal condition indicator. |
tool_wear_pct | Cumulative tool-life consumption. |
part_count | Parts produced across the current tool life. |
cycle_time | Time per part — extends as tool wears. |
coolant_temp | Coolant return temperature, coupled to chiller. |
runtime_hours | Lifetime counter. |
Fault modes
bearing_wear— axial and radial vibration rise, bearing temperature climb.tool_breakage— cycle-time spike, vibration discontinuity, part count halt.thermal_overload— bearing and coolant temperature runaway under sustained load.
Key parameters
| Parameter | Default | Unit |
|---|---|---|
rated_speed_rpm | 12000 | rpm |
rated_power_kw | 15 | kW |
cycle_time_nominal_s | 45 | s |
Use cases
- Tool-life prediction and wear trending.
- OEE and cycle-time analytics with ISO-aligned vibration data.
- Coolant-loop interaction with a chiller — thermal coupling scenarios.
- Predictive maintenance model training with realistic cutting dynamics.
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