No.

Feature

Instructions

remark

Hardware configuration

1

Maximum number of control axes

7(6 feed shafts +1 spindle)

Standard

2

Number of linkage axes

4 axis

Standard

3

Axis name

Host: X, Y, Z, W, SP;

Accessories: U (flat rotating disc); V, B (Turntable)

Standard

4

PPU

PPU27X, built-in CNC, PLC (S7-200), HMI; The program can be stored through the CF card

Standard

5

Machine tool control panel

MCP483C: Short stroke mechanical button

Standard

6

Display screen

10.4 LCD screen, including 7 operating areas, programming keyboard

Standard

7

Hand operated unit

Domestic MINI HHU, support 7 axis selection

Standard

8

Communication interface

USB/ Ethernet /CF card port

Standard

9

PLC program

Machine TOOL control program using Siemens PROGRAMMING TOOL

Standard

10

PLC function

Ladder steps 24,000, 512 bytes of memory, 512 timers, 256 counters, 64 DB

Standard

11

I/O interface module

PP72/48 module

Standard

12

CNC user memory

5MB for part programming, tool compensation and data bias

Standard

13

Processing channel/operation mode group

1 channel /1 mode group

Standard

14

PLC shaft function

Control axis/positioning axis

Standard

Axis function

1

Operating range

±9 decimal

Standard

2

Minimum pulse equivalent

Linear axis 0.001 mm, rotation axis 0.001°

Standard

3

The rotation axis supports continuous rotation

Non-modal axis

Standard

4

Feed rate per minute/turn

Standard

5

Feed and fast feed

Standard

6

The feed rate is adjusted from 0 to 120%

Standard

7

acceleration

With shaft impact limit, with acceleration limit. programmable

Standard

8

Trace run

Standard

9

Measuring system 1/2 can be switched

Standard

10

Feed rate interpolation

Standard

11

Independent path feed for rounding and chamfering

Standard

12

Run to a fixed point stop

Standard

Spindle function

1

Digital spindle speed

Standard

2

Spindle ratio 50 ~ 120%

Standard

3

Spindle speed display

Standard

4

Directional spindle stop

Standard

5

Spindle speed limit

Minimum/maximum limit can be set

Standard

6

Constant cutting speed

Standard

7

Switch to shaft feed mode

Standard

8

Machining axis synchronization

Standard

9

Threaded entry and exit path, programmable

Standard

10

Thread cutting

Constant or variable pitch

Standard

11

Tapping/rigid tapping with compensating clamp

Standard

interposition

1

The arc is interpolated through the center and end of the circle

Standard

2

The arc is interpolated through an intermediate point

Standard

3

Helix interpolation

Standard

4

Universal interpolator NURBS

Non-uniform rational B-splines

Standard

5

Continuous path approach for programmable transitions

Standard

6

3 axis compressor

Standard

convert

1

Cartesian point-to-point run (PTP)

Standard

programming

1

Handwheel superposition

Standard

2

Programming language

DIN 66025 and advanced language extensions

Standard

3

Call the main program from the main program and subroutine

Standard

4

Subroutine level

Max 11 levels

Standard

5

interrupt routine

Maximum level 4

Standard

6

Number of subroutine cycles

Max 9999

Standard

7

The number of steps to jump a program segment

2

Standard

8

polar coordinates

Standard

9

1/2/3 points outline

Standard

10

Metric/Imperial size switch

Manually or by program

Standard

11

Inverse time feed rate

Standard

12

CNC high level language

Configurable user variable GUD; 300 annotable predefined user variables (R parameters); Predefined user variable LUD(R parameter) that can be set; Read/write system variables; Indirect programming; Program jump and grading; Dynamic jump RETB; Arithmetic and trigonometric functions; Comparative and logical operations; Macro instruction technology; Control structure IF-ELSE-ENDIF; Control structure WHILE, FOR, REPEAT, LOOP; Instructions to the HMI; String function

Standard

13

Dynamically preprocessed cache FIFO

Standard

14

Bevel machining with back rotating cycle

Standard

15

Feed shaft/spindle switch

Standard

16

The geometric axis can be switched online in the CNC program

Standard

17

Program preprocessing

Standard

18

basic framework

Maximum quantity 1

Standard

19

Settable offset

Maximum quantity 50

Standard

20

Zero offset can be set

Standard

21

Global and local user data

Standard

22

Global program user data

Standard

23

Process cycle

milling

Standard

24

2D simulation

Standard

Mode of operation

1

AUTO（自动）

Execute USB/CF card program; Program control; Program modification; Segment lookup with/without computation.

Standard

2

JOG（手动）

Handwheel selection; Imperial/metric switching; Reference points are returned automatically/via CNC program

Standard

3

MDA（手动输入，自动执行）

Enter in a text editor; Input screen for process and positioning, cycle support;

Standard

显示

1

NC and PLC with text display diagnostic function, screen saver

Standard

2

The self-diagnosis function is displayed

Standard

3

Current position display

Standard

4

Graphic display

Standard

5

Program display

Standard

6

Program error display

Standard

7

Operation error display

Standard

8

Actual cutting speed display

Standard

9

Chinese and English menus are displayed

Standard

10

Alarm information display

Standard

Supervisory control

1

Work area restriction

Standard

2

Limit switch monitoring

Software and hardware limit switches

Standard

3

Position monitoring

Standard

4

Static monitoring

Standard

5

Clamp monitoring

Standard

6

2D/3D protected area

Standard

7

Coordinate conversion chain

Standard

8

Contour monitoring

Standard

9

Shaft positioning performed by PLC

Standard

10

Spindle speed limit

Standard

11

Regenerative operation

Standard

compensate

1

Gap compensation

Standard

2

Lead screw pitch error compensation

Standard

3

Measurement system error compensation

Standard

4

Quadrant error compensation

Standard

5

Temperature compensation

Standard

6

Feedforward control

It depends on speed; Acceleration dependent

Standard

7

Gap compensation, dynamic

Standard

Data communication

1

USB interface

Data input and output through Ethernet interfaces

Standard

2

Ethernet interface

Data input and output through Ethernet interfaces

Standard

3

CF card interface

Data input and output are performed through the CF card interface

Standard