2. Commonly used accessories for machine tools
| name | unit | parameter | Remark |
| Processing range | Worktable travel (X axis) | mm | 600 | |
| Saddle travel (Y axis) | mm | 400 | |
| Spindle box travel (Z axis) | mm | 350 | |
| Distance from spindle nose to work surface | mm | 29 5 -645 | |
| Distance from spindle center to column guide surface | mm | 44 5 | |
| workbench | working desk size | mm | 700*420 | |
| Workbench load-bearing | kg | 300 | |
| T-shaped slot (number of slots-slot width*spacing) | mm | 3 * 125 * 14 | |
| Spindle | Motor Power | kw | 7.5 | |
| Motor torque | Nm | 7 | |
| Spindle motor speed | rpm | 20 000 | |
| Spindle diameter | Mm | Ф100 | |
| Spindle taper | / | Bt30 | |
| system | New generation 22MA | | | |
| Three axis motor | Motor powerX | w | 2.4 | |
| Motor power Y | w | 2.4 | |
| Motor power Z | w | 3.9 | |
speed
| Cutting feed speed range | mm/min | 5-20000 | |
| X/Y/Z axis rapid traverse speed | m/min | 48/48/48 | |
machine tool
Accuracy | Positioning accuracy (X/Y/Z) | Mm | ±0.005/300 | GB/T 18400.4
(Full trip) |
| Repeat positioning accuracy (X/Y/Z) | Mm | ±0.003/300 |
| Tool magazine | Tool magazine capacity | Bundle | twenty one | |
| Maximum tool diameter (adjacent vacancy) | mm | 60(80) | |
| Maximum tool length | mm | 250 | |
| Maximum tool mass | Kg | 3 | |
| Tool change time (near knife) | Sec | 1.6 | |
| other | air pressure | Kgf/cm² | 6 | |
| Equipment capacity | K V | 12 | |
| Approximate dimensions of the machine tool (length*width*height) | CM | 1900*2050*2500 | Corresponds to X*Y*Z axis |
| Machine weight (approx.) | Kg | About 2,800 | |
| gas flow | m³/min | 0.15 | |
3. Main parts brands
4. System main function table (some functions need to be combined with the configuration of the host to be realized)
| serial number | Function | illustrate | Remark |
1
| Maximum total control axis (servo axis + spindle + plc axis) | 9 | |
| Maximum number of control servo axes | 5 | |
| Maximum number of control spindles | 2 | |
| 2 | Control the number of axes simultaneously | Maximum 4 axes~5 axes | |
| 3 | Display unit | | |
| 4 | High-speed processing mode 1 | | |
| 5 | High speed and high precision control | | |
| 6 | SSS control | | |
| 7 | Tolerance control | | |
| 8 | The minimum setting unit can be up to 0.0001 mm | The system can set the minimum unit | |
| 9 | Imperial/Metric conversion | Conversion of machine tool units | |
| 10 | decimal point input | Programming instruction data specification method | |
| 11 | position | | |
| 12 | Linear interpolation | Multi-axis or single-axis coordinated movement control function | |
| 13 | Arc interpolation | Arc processing function | |
| 14 | spiral interpolation | Spiral processing function | |
| 15 | Automatic acceleration and deceleration control | | |
| 16 | High speed rigid tapping | Reduce rigid tapping time and errors | |
| 17 | Manual rapid feed | | |
| 18 | JOG feed | | |
| 19 | Incremental feed | | |
| 20 | Hand wheel feed | | |
| twenty one | pause | | |
| twenty two | Background editing | Program editing can be performed simultaneously during processing | |
| twenty three | Absolute and incremental settings | Programming instruction data specification method | |
| twenty four | Parameter wizard | | |
| 25 | Alarm Wizard | | |
| 26 | Status, clock, running, editing, maintenance display | | |
| 27 | Troubleshooting | Can find current machine tool fault conditions | |
| 28 | Multi-language display function | Switchable display in multiple languages | |
| 29 | Input and output of processing programs, parameters, tool offsets, etc. | | |
| 30 | Multiple connection interfaces, network ports, USB transmission | | |
| 31 | Digital and analog spindles available | | |
| 32 | Spindle positioning | The spindle can be stopped at a fixed point for tapping, tool changing, etc. | |
| 33 | Tool compensation | 400 groups | |
| 34 | Coordinate System | Basic: G52~G59, 48 extensions | |
| 35 | Coordinate rotation | Orthogonal coordinates can be rotated to facilitate programming | |
| 36 | Plane selection | You can use the G17 G18 G19 command to select the desired plane | |
| 37 | Reference points 1, 2, 3, 4 return to position | | |
| 38 | Select block to skip | Program section skipping makes processing operations more flexible | |
| 39 | single block | The program is non-continuous and can be executed piece by piece. | |
| 40 | dry run | | |
| 41 | Mechanical lock | | |
| 42 | Accessibility lock | | |
| 43 | Graphic check | | |
| 44 | Program restarts | After the program is temporarily interrupted, it can be restarted | |
| 45 | Manual insertion, MDI insertion, etc. | running intermediate | |
| 46 | macro program | Available variable programming | |
| 47 | Fixed cycle for holes | Fixed cycles for hole machining, such as deep hole drilling cycles | |
| 48 | Any angle chamfer/corner R | | |
| 49 | Pitch and backlash compensation | Machine tool axis pitch and backlash compensation function | |
| 50 | emergency stop | | |
