System DescriptionContents1. General1.1 System components1.2 Field of applications1.3 Technical system data1.3.1 Operating and programming1.3.2 Interfaces1.3.3 Measuring systems1.3.4 Physical dimensions and weight1.3.5 Permissible ambient temperature1.3.6 Product range summary

2. Design of a numerically controlled driving axis3. Programming3.1 Operating and programming unit 35 AB 503.2 Operating mode selection via the operating unit3.3 Selection via PLC

4. Description of the funktion keys4.1 Teach-In4.2 Parameter selection4.3 Absolute measuring system ABS4.4 Incremental measuring system INK4.5 Subset N+14.6 Auxiliary functions M-FKT4.7 DWELL time DWELL4.8 Advance FEED4.9 Function key for zero shift4.10 SHIFT4.11 Set number N4.12 Delete key4.13 Start-up set A4.14 End set E4.15 Sum 4.16 Enter4.17 Run-up and brake charakteristic liniar or according to a sin^2-function4.18 Axis switch-over via the elektronic switching logic4.19 Start key4.20 Stop key

5. Set typs and Set construction5.1 Loop sets5.2 Positioning Sets5.3 Special sets

6. Machine Parameters6.1 General6.2 Explanations of machine parameter

7. Programming7.1 Programming desing7.2 Program input7.3 Programming example

8. System cables and interfaces8.1 Front plate8.2 Meaning of LED`s8.3 Circuit survey AXUMERIC m - peripheral connection8.4 System cable assignment with signal functions8.4.1 Dialogue cable 35 AK 108.4.2 Engine speed set value cable 35 AK 308.4.3 Initiator cable 35 AK 408.4.4 Position transmitter cable 35 AK 60 for incremental transmitter8.4.5 Position transmitter cable 35 AK for AXODYN DRH type inverter8.4.6 Position transmitter cable AXODYN DRH type inverter DV 30018.4.7 Control cable I/O, 35 AK 50

8.5 Pulse diagramm8.5.1 Mnemonics8.5.2 Binary output status when power supply is switching on8.5.3 Invoking the operating modes EXTERN via the operating unit 35 AB 508.5.4 Set selection and execution8.5.5 Reference point drive (N132, N133)8.5.6 Manual operating (N 134, N135)8.5.7 Incremental (N152 to 155 and 156 to 159)8.5.8 Actual value setting (reference point shift, N148 to N151)8.5.9 Loop sets (N000 to N015)8.5.10 Teach-in mode8.5.11 EPROM read (N 129)8.5.12 EPROM write (N128)8.5.13 Operating mide EXT/AE8.5.14 Operating mide EXT/AF8.5.15 Operating mide EXT

9. Correction value processing9.1 Speed correction via override9.2 Improtance of I/O channels for multiplex read-in of external override values9.3 Length correction9.4 Processing of the READY signal

10. Incremental measuring system11. Physical dimensions11.1 AXUMERIC m 35 AM 5011.2 Operating and programming unit 35 AB 50

12. Earthing and wiring concept12.1 Design of the wiring arrangement 12.2 Power supply 24 V DC12.3 Earthing of the AXUMERIK m with driver amplifier12.4 Screening12.5 Wiring12.6 Connection and earthing example AXUMERIK m with AXODYN 3-phase current drives of the type DRH/DPH

13. Notes for start-up13.1 Start up check list13.2 Check direction13.3 AXUMERIK m start-up13.4 Reference point drive 13.5 Determination of machine parameters (Set N190)13.6 Determination of machine parameter P17 and P1813.7 P5, P6 start-up and brake ramp13.8 PO1 Kp amplification factor13.9 PO9 Drift constant

14. Error messages and software versions14.1 Error messages14.2 CND error messages14.3 Software versions

15. DNC operation15.1 RAM operation15.2 Direct DNC traffic15.3 Position value read out with DNC

16. Interface protocol16.1 Determing the serial Interface16.2 General about telegram construction16.3 Control signs16.4 General telegram Frame16.5 General telegram format16.6 Reset telegram16.7 Key telegrams16.8 Display telegrams16.9 LED telegram16.10 DNC telegrams

17. Personal computer software 935 AM 5017.1 General17.2 Possible software functions17.3 Interface description

18. Electronic switch and control logic 35 US 5018.1 General18.2 Technical data18.3 Plug contacts18.4 Description of functiond18.5 System cables

19. Formular