







functional characteristics
Number of control axes: 5 feed axes, two simulated spindles;
Number of linkage axes: 5 axes;
Adapting to servo spindles can achieve continuous spindle positioning, rigid tapping, and rigid thread processing
8.0-inch widescreen LCD with a resolution of 800 × 600
Using 32-bit high-performance CPU and ultra large scale programmable device FPGA
56M user storage space
Real time all-round self diagnostic function, displaying various system statuses in real-time
Feed per minute, feed per revolution
Metric and British input methods
Machine tool returns to reference point
Rapid magnification: F0, 25%, 50%, 100%, a total of four levels for real-time adjustment
Feed rate: 0-150%, a total of sixteen levels of real-time adjustment
1-way spindle encoder feedback, the number of spindle encoder lines can be set (100p/r~5000p/r)
Transmission ratio between encoder and spindle: (1-255): (1-255)
Spindle speed: can be given by S code or PLC signal, with a speed range of 0r/min to 9999r/min
Spindle ratio: 50% to 120%, with a total of 8 levels of real-time adjustment
Spindle constant linear speed control
Interpolation methods: linear interpolation, arc interpolation (supports three-point arc interpolation), thread interpolation, rigid tapping
Automatic chamfering function
ISO code, supports statement macro code programming, supports relative coordinate, absolute coordinate, and mixed coordinate programming
Program Call: Supports macro program calls with parameters and nested 4-level subroutines
Independent reverse clearance compensation for each axis, memory type pitch error compensation * tool length compensation
Tip radius compensation (C-type), tool wear compensation, tool life management
Knife alignment methods: fixed-point alignment, trial cutting alignment, reference point alignment, automatic alignment
Knife deviation execution method: modify coordinate method, tool movement method
Maximum speed and independent acceleration/deceleration settings for each axis
Spindle constant linear speed control
Thread function
Flexible tapping/rigid tapping
Emergency stop, hardware travel limit, software travel check
Switching between Chinese and English pages
Display real-time time, number of processed items, processing time and other information
Various interpolation instruction functions and M, S, T functions, etc
Data backup, recovery, and upgrade functions
Function |
Description |
Specification indicators |
control axis |
number of controlled axes |
4-axis, 3axis2 axes (specified by the user at the time of ordering) |
Number of linkage axes |
4-axis, 3axis, 2-axis |
|
Input command |
Minimum setting unit |
X:0.001mm Y:0.001mmZ:0.001mmA:0.001mm |
Minimum moving unit |
0.001mm |
|
Maximum instruction value |
±99999.999mm |
|
feed |
Maximum moving speed |
60000mm/min |
Thread lead |
0.0001mm~500.000mm |
|
Automatic acceleration and deceleration |
Straight line, front acceleration and deceleration |
|
Feed rate multiplier |
0~150% |
|
Fast speed multiplier |
Fo~100%, Fo is set by parameters |
|
manual |
Manual continuous feed |
X,Y,Z,A; Manual feed speed button setting |
Return to the zero point of the machine tool |
Three types of zeroing: Mode B (Z-pulse interruption mode), Mode C (zeroing positioning switch), Mode A (floating zero point) |
|
Return to program zero point |
Quick rework starting point |
|
Single step incremental feed |
Feed equivalent 0.001mm, 0.01mm, 0.1mm, 1mm |
|
Handwheel feed |
Magnification: x1, x10, x100; Axis selection: X, Z, Y; Press buttons or external input ports to control magnification and axis selection |
|
imputation |
location,Interpolation function |
straight line、circular arcThread cycle, tapping cycle, drilling cycle, outer circle, end face composite cycleand other functions |
Storage and Editing |
programstoragecapacity |
large capacity,2Mbyte |
Storage programanumber |
480 of them |
|
program editing |
Insert, modify, delete, copy |
|
parameter storage |
Parameter recovery, backup, factory reset, parameter USB import and export |
|
display |
LCD (Liquid Crystal Display) |
8.4 inches,TFT True Color Display |
Location, program, tool repair, alarm, diagnosis, parameters, settings, USB flash drive |
Rich and intuitive display content |
|
USB function |
Program import and export |
have |
Parameter import and export |
have |
|
System USB upgrade |
have |
|
M. S, T function |
input port |
40Road switch quantity,Optoelectronic isolation input |
Output port |
32Road switch output(OC output) |
|
Spindle function |
Inverter analog control or S1-S4 gear control; The output magnification of the spindle analog quantity can be adjusted from 0 to 150%; |
|
Tool function |
Knife position number: T01~T08, knife repair number: 01~16; Electric knife holder, row knife holder or dedicated knife holder; Adjust the value of the blade during operation; Program controlled dynamic tool compensation. |
|
Auxiliary T function |
Yes, specific T code executes specific subroutines |
|
Auxiliary M function |
Yes, specific M code executes specific subroutines |
|
MDI method |
Quick MDI method |
Directly enter the program segment to be executed in the location interface (absolute or relative coordinates), and it is recommended that users use this mode. |
Traditional MDI input method |
Enter the MDI input interface and input by field |
|
Compensation function |
Compensation function |
Tool compensation, reversegap compensationLead screwPitch error compensation |
Fixed cycle function |
G90 |
Outer circle, inner circle turning cycle (cylindrical surface, conical surface) |
G94 |
End face turning cycle (flat, conical) |
|
G75 |
Cutting grooves or cutting cycles |
|
G74 |
End face drilling cycle |
|
G73 |
Closed cutting cycle |
|
G72 |
End face rough car cycle |
|
G71 |
Outer/inner circle coarse car cycle |
|
G70 |
Precision machining cycle |
|
G77 |
End face deep hole machining cycle |
|
Thread function |
G92 |
Thread cycle (straight, tapered threads, metric, imperial, single head, multi head threads, arbitrary thread cutting angle) |
G76 |
Thread Composite Cycle |
|
G32 |
Single blade thread function |
|
G33 |
Rigid tapping cycle |
|
G34 |
Variable pitch thread function |
|
G35 |
End face thread function |
|
Chamfering function |
G01 I/K/R |
45 degree angle or circular arc angle |
Signal jump function |
G31 |
Signal jump encountered during feed operation |
Smooth transition of segments |
G61,G64 |
Program segment automatic speed transition function, with automatic dynamic adjustment of transition curve |
Infinite and finite loop function |
M92 |
Perform infinite or finite loop processing on programs or partial program segments |
Program conditional jump function |
M91 |
Based on external condition signals, jump to different instruction flows of the program for execution. |
Extended output port control |
M20,M21,M22 |
Extended output port level output mode or pulse output mode control |
External condition waiting function |
M01 |
Waiting for effective external signal input, timeout alarm |
Output automatic repetitive control function |
M35 |
Suitable for automatic loading and unloading function, detecting the loading status, and repeating continuous loading |
Rotation axis control |
M26,M27,M28 |
Set the rotation speed and direction for quick positioning and indexing after rotation stops |
Other functions |
Chuck function |
Internal card, external card, foot switch input and button operation |
Lubrication function |
Continuous lubrication, intermittent lubrication |
|
timer function |
Start up processing timing |
|
Piece rate function |
Single start-up piece rate and cumulative processing piece rate |
|
Three position switch function |
have |
|
Function of running, pausing, and alarm status indicator lights |
have |
|
External switch signal starts and pauses program operation |
have |
|
Diagnostic display |
Input port status |
have |
Output port status display and control |
Yes, the output port can be controlled on and off in the diagnostic interface |
|
Axial arterial pulse count |
have |
|
Number of spindle encoder wires |
have |
|
Spindle analog voltage |
have |
|
Input port wiring and port definition |
have |
|
Output port wiring and port definition |
have |
|
Safety function |
Positive and negative direction hardware limit |
have |
Positive and negative direction software limit |
have |
|
Emergency stop |
have |
|
User defined alarm |
Yes, two custom alarm inputs |
|
Debugging function |
single-section operation Machine tool lock function Handwheel trial operation function |
have |
Advanced features |
Handwheel trial operation and debugging function |
Yes, the automatic running speed is controlled by shaking the handwheel to verify the program |
User macro program |
Yes, B-class macro program |
|
Open PLC |
Yes, it supports both ladder diagrams and mnemonics in two languages |
|
Driver interface |
AC servo or three-phase hybrid drive |
Control mode -“direction+pulse” Control mode 2: "Dual pulse mode" |
