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|Color:||True Color Graphics Interface Design, Adapt 8.4 "color LED Display,||Perfect Control:||Support Multi-axis Multi-channel, Maximum 9 Feed /channel|
|Synchronous, Asynchronous, Linear, Torque Motor:||A Variety Of Digital AC Servo Drive Unit And Spindle Motor (synchronous, Asynchronous, Linear, Torque Motor) Can Be Selected||Blueprint Programming:||Background Editing And Blueprint Programming|
|Servo Drive:||A Variety Of Digital AC Servo Drive Unit And Spindle Motor (synchronous, Asynchronous, Linear, Torque Motor) Can Be Selected.||Multi-axis Control:||Support Multi-axis Multi-channel, Maximum 9 Feed /channels Can Be Up To 100 Meters|
ac synchronous electric motor,
ac servo motor drive
HNC-818AM CNC controller for Milling Machine True Color Graphics Interface Design
This series of products is a full digital bus-type high - grade numerical control device with a modular and open architecture based on NCUC industrial fieldbus technology with independent intellectual property rights.Support bus all-digital servo motor, servo drive unit and absolute value type support bus remote I/O units, handheld unit interface integration, electronic disk storage program, support CF card, USB, Ethernet, etc. The function extension and data exchange.Adopt the 8.4 'LED display.It is mainly used in nc milling machine and milling center.
1. True color graphics interface design, adapt 8.4 "color LED display, resolution of 800 * 800, fault diagnosis and alarm, graphical display and simulation of machining track, simple operation, easy to master and use.
2. Support multi-axis multi-channel, maximum 9 feed /channel.
3. A variety of digital AC servo drive unit and spindle motor (synchronous, asynchronous, linear, torque motor) can be selected.
4. Ladder diagram online monitoring and editing, the storage of block diagrams (the interface is arbitrary, graphics are not lost).
5. Support the handheld cell interface.
6. Support the function of the gantry shaft synchronization, dynamic shaft release/capture, and channel synchronization.
7. The interpolation cycle is 4ms ~ 0.5ms, and the minimum input unit is 10-4mm/deg/inch.
8. Inherited the HNC-21 series of powerful macro program, and has further expanded, users can use more variables, functions, and increase the modal user macro program calls and a series of advanced features.
9. Simplified programming functions: mirroring, zooming, rotating, direct drawing dimension programming, etc.
10. Processing breakpoint saving/recovery function, reverse clearance and single, two-way pitch error compensation function.
11. Built-in RS232 interface, easy to realize machine tool CNC communication, support high-speed Ethernet data exchange.
12. 1MB program power outage storage area can be extended with CF card, maximum to 2GB, support USB hot plug.
13. 512MB RAM processing memory buffer, custom G code function.
14.Background editing and blueprint programming (optional), using international standard G code programming, compatible with various popular CAD/CAM automatic programming systems.
15. With straight line interpolation, arc interpolation, polar coordinate interpolation, interpolation, cylinder helix interpolation, etc., to support rotation, scaling, mirroring, fixed cycle, thread cutting, cutting tool compensation, the user macro program, soft limit, etc.
16. Support the function of the gantry shaft synchronization, dynamic shaft release/capture, and channel synchronization.
17. Small line segment continuous processing function, especially suitable for CAD/CAM design complex mould parts processing.
18. Using the bus type PLC I/O unit, the maximum input/output support is 2048, and the maximum distance between the bus equipment can be up to 50 meters.
19. Fully functional, can realize various internal circulation.
Maximum controllable axes: 9 feed axes and 2 spindles
Maximum coordinate axes: 6 axes
|Minimum interpolation cycle: 0.5 ms minimum resolution: 10-4mm/deg/inch|
|Maximum moving speed: 999.999 m/min (related to drive unit and machine tool)|
|The line, arc, thread, NURBS interpolation function Returning to reference point|
|Automatic acceleration and deceleration control (line/S curve) frame setting|
|MDI function M, S, T function processing process graphics simulation and real-time tracking|
|Internal secondary electronic gear fixed milling cycle|
|Maximum forward segment of small segment: 2048 segment processing speed: 7200 segment/second|
Minimum programming unit: 10-4mm/deg/inch
Maximum programming size: 999999.999 mm (when minimum programming unit is 10-3)
Maximum programming lines: 2 billion
Metric system/British system programming
Macro instruction programming
Setting work piece coordinates
|The plane selects coordinates to rotate, scale, and mirror|
|Line interpolation for a maximum of 9 axes|
Tool length compensation
Tool radius compensation
|Operation function||10.4 'LED color screen anti-static film programming panel and machine tool operation panel Anti-static electricity program and machine operation panel|
Standard PC keyboard interface
Hand-held units (optional)
Graphic display and dynamic real-time simulation
Network communication (optional)
|Feed axis function||
Unrestrained axis rotation function
Maximum speed: 999999.999 mm/min
Feed speed override: 0% to 120%
Rapid movement speed override: 0% to 100%
Maximum tracking error setting
Maximum positioning error setting
|Various modes of returning to the reference point: single direction and bi-direction|
Spindle speed: specified by PLC programming
Maximum speed: 999999.999 rpm
Spindle speed override: 0% to 150%
Displaying spindle speed and override
|Variation ratio and variation ratio level: specified by PLC programming|
|Thread function Spindle oriented Rigid tapping|
|PLC function||Build-in PLC Ladder diagram online monitoring Nearby select tool|
Standard milling machine ladder program
Online/offline programming and debugging capabilities
|Auxiliary function||The Spindle FWD/REW ATC Cooling Start/Stop|
Shipment and Packaging
Contact Person: Sales Manager