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TOSNUC 92 Specifications |
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TOSNUC 92 |
T-92L (T series) |
T-92M (M series) |
Maximum Controlled Axes (Spindle Included) |
5 |
5 |
Maximum NC Controlled Axes |
4 (Basic: 2 axes (X,Z)) |
4 (Basic: 3 axes (X,Y,Z)) |
Maximum Controlled Spindles |
1 |
Maximum PLC Controlled Axes |
2 |
Additional Controlled Axes |
- |
Maximum Number of Systems |
1 |
Simultaneously Controllable |
4 |
Programming Resolution |
0.01 μm (T series)/0.001 μm (M series) |
Built-in PLC Available (Steps) |
64000 |
Basic PLC Command Execution Time |
0.025 μs/command |
Ladder Development Tool for PLC |
TCPRGOS-Win (for TC200) |
Program Capacity |
Max. 5400 m/1023 units (Approx. 2.3 MB) + Compact flash memory (Option) |
Display Unit |
10.4-inch color TFT |
Motor Capacity |
0.1 to 7.5 kW |
Maximum I/O Points |
Machine |
256/240 points or more |
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Pendant |
112/72 points |
Spindle Control |
Digital or Analog |
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Pop-up guides for eliminating complicated operations |
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Enables simultaneous display of all coordinates, programs being executed, modal data, and more |
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Wide array of milling pattern cycle functions |
Canned cycle functions for compound lathe grinding |
Rigid tap and other spindle position control functions |
Predictive and feed-forward control |
Correction functions |
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- Backlash correction |
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- Straightness correction |
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- Nonlinear correction (Quadrant protrusion correction) |
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- Pitch error correction |
Servo adjustment support function |
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High-speed data analysis (Short line segment data processing performance) |
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- Achieves a maximum of 18 m/min by simultaneous 3-axis 1 mm short line segment continuous feeding |
CNCeSHAPE function (installed as standard) for die machining |
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- Speed control based on movement path shape (Deceleration at corner sections and curve sections ) |
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- Maintains smooth acceleration and deceleration over multiple blocks (smooth speed changes) |
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Nano-interpolation and nano-control |
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- CNC internal interpolation and position control processing can be set in units of 0.1 mm, 0.01 mm, or 0.001 mm |
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Super high-speed current control |
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- Uses current control LSI to provide the world's fastest speeds for current control and significant reduction of fluctuation during nano-control |
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Super high-speed communication between controller and amplifier |
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- High-speed communication at 160 Mbps for providing control communication between controller and amplifier. Combined with super high-speed current control, this communication contributes to higher gain for the servo. |
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Machining example of workpiece in shape of water pitcher made using CNCeSHAPE |
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Example of workpiece machined by lathe |