제품소개
제품소개
 홈    제품소개    TOSHIBA    CNC Controller
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T-92

항상 고객을 생각하고 고객의 가치를 더욱 높이기위해 앞서나가는 개발 전문회사
 
TOSNUC 92 Specifications
 
  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
  Pendant 112/72 points
Spindle Control Digital or Analog
 
 
Pop-up guides for eliminating complicated operations
 
 
Enables simultaneous display of all coordinates, programs being executed, modal data, and more
 
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
  - Backlash correction
  - Straightness correction
  - Nonlinear correction (Quadrant protrusion correction)
  - Pitch error correction
Servo adjustment support function
 
 
High-speed data analysis (Short line segment data processing performance)
  - 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
  - Speed control based on movement path shape (Deceleration at corner sections and
   curve sections )
  - Maintains smooth acceleration and deceleration over multiple blocks (smooth speed changes)
Nano-interpolation and nano-control
  - CNC internal interpolation and position control processing can be set in units of
   0.1 mm, 0.01 mm, or 0.001 mm
 
 
Super high-speed current control
  - Uses current control LSI to provide the world's fastest speeds for current control and
  significant reduction of fluctuation during nano-control
Super high-speed communication between controller and amplifier
  - 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.
 
 
Machining example of workpiece in shape of water pitcher made using CNCeSHAPE
 
 
Example of workpiece machined by lathe