HEIDENHAIN TNC 407 (243 020) Technical Manual - Manual (Page 130)

01.98
TNC 407/TNC 415/TNC 425 1 Machine axes 4-5
15 Tool changer 4-223
15.1 Tool table, Pocket table 4-223
15.1.1 Special Tools 4-226
15.1.2 Tool life, replacement tool 4-227
15.2 Controlling the tool changer 4-228
15.2.1 Output of tool number (fixed pocket coding) 4-230
15.2.2 Output of pocket number (variable pocket coding) 4-231
15.3 PLC program example 4-246
15.3.1 Program module TOOL DEF 4-248
15.3.2 Program module TOOL CALL 4-249
15.3.3 Program module STANDBY 4-250
15.3.4 Program module STANDBY BACK 4-250
15.3.5 Program module MANUAL TOOL IN 4-251
15.3.6 Program module MANUAL TOOL OUT 4-252
15.3.7 Program module MANUAL TOOL IN/OUT 4-253
15.3.8 Program module CHANGE 4-254
15.3.9 Program module COMPARE P-CODE WITH ISTREG 4-255
15.3.10 Program module COMPARE GRE1 WITH ISTREG 4-256
15.3.11 Program module COMPUTE SHORTEST PATH 4-257
16 Commissioning and start-up procedure 4-258
16.1 Code numbers for commissioning 4-258
16.2 Preparation of the machine 4-258
16.3 Commissioning the control 4-262
16.3.1 Entry of the provisional and pre-defined machine parameters 4-262
16.3.2 Entry of the PLC-program 4-262
16.3.3 Testing the EMERGENCY STOP routine 4-262
16.3.4 Testing the direction of traverse 4-263
16.3.5 Fixing the software limit switch ranges 4-264
16.3.6 Optimizing the control with lag (MP1390 = 1) 4-264
16.3.7 Optimizing the control with feed pre-control (MP1390 = 0) 4-268
16.3.8 Optimize the integral factor 4-272
16.3.9 Adjust the offset 4-273
16.3.10 Adjustment of the monitoring functions 4-273
17 Special functions for laser cutting machines 4-275
17.1 Analogue voltage output 4-275
17.1.1 Voltage proportional to feed rate (MP3011 = 1) 4-275
17.1.2 Voltage from the PLC (MP3011 = 2) 4-275
17.1.3 Definition of the voltage via M function (MP3011 = 3) 4-275
17.2 Graphic simulation without TOOL CALL 4-278
17.3 Program stop with M functions 4-278