数控机床伺服系统故障分析与维修
PLC
NC SIEMENS FANUC 8421
1
1 SHULER N25N 4mm
SIEMENS PROCAM GMBH DPI GEO/P E220 E230 E207/l E207 2 E213/l E213 2 E213/3 SINUMERIK S5 115U PLC X C SIEMENS
C C C X Z E36011 E36012 SIEMENS
2 MJ 50CNC
X 45
0.5mm
3 TH5632 Z
SIEMENS 6SC6101 1FT5 SIEMENS
4 TH5632 X
X
2
1 S1200 Z
VCMD
X Z Z
2 ZXS 50 C
C
X C S C
3 Primus
NC SIEMENS 8l0T SIEMENS 6SC6101 1FT5 r Is It M 5V +5V
3
1 X
FANUC
2 N25N
C C 70V 24 SIEMENS SIEMENS 6SC6101 1FT5
4
1 S3000 Q C
FANUC 0P a C T C PLC C 0 1
2 DHG-5000
NC SIEMENS 6SC6101
1FT5
AC
V
V V
( )
1 V V 2
1 2 1-37 JL/JM
“ ”
1. “ T = J × θ θ θ θ T θ J 2. “J JM JL JL JM JL J JL “ ”
1
2 CNC 1. 2. 1. JL JM, 2. JL 3×JM ( JL JM)
3. JL 3× JM
JL JM
1
1.
2.
3 4. 2
JL/JM
31
42
2
SINUMERIK 810T 6016 “SLIDE POWER PACK NO OPERATION”
NC 6016
423
E “EAXIS EXECESS FOLLOWING ERROR”
E E CRT E 14 471
424
E E
E Z E Z E Z E Z E E
425 SIEMENS Profibus
SIEMENS SINUMERIK 802D 380500Profibus-DP A1( X Y Z) 611UE “E-B280” 406V
426
PLC
427
FANUC-0M 434 Z 40min
Z Z Z
428
429
SIEMENS 840C B
B PLC B
430 B
OKUMA OSP700 XHAD765 B ALARMA “SVP B 11F9FD76”
10 MDI B B B B MDI M20 M21 PLC IAXBUl B B B
431
OKUMA OSP700 XHAD765 “2870 ”
MDI M20 M20
10min M20 M21
432
FANUC OMC XH754
433
FANUC OMC XH754 4 ( 0511) 4 ( 0538) 4 0511
434 X
FANUC OMC XH754 X 80 X
X X
1)
2)
3)
X X X 0535 250 X 0.22 200 X X
435 X
FANUC OMC XH754 X
X X X ( )
lmm 0.8mm 0535 0 X 0.02mm 0535 15 X 0.01mm X
436 X
FANUC OMC XH754 319
X 760 X M185 X M184 M194 M185 M195 339 Z X
437
FANUC OMC XH754 X “OVER TRAVEL-X” X X X 0704 P NC 0704 -99999999 P CAN
438~ 439
438 FAGOR 8025MG XK5038-1 X “Xaxis not ready”
X X
439 FAGOR 8025MG XK5038-1 X “X axis not ready”
X X X ( ) X
440
FAGOR 8025MG XK5038-1 X X X X 0.05 0.001 X X X drift X 0.001
441
FAGOR 8025MG XK5038-1 5~6
BUG
+24V CNC PLC X X X X 380V 290V 90V 380V
442
SIEMENS 8M 114# Y
Y Y Y Y
443
SIEMENS 8 CRT NC 104
NC l04 “X ”
13 13 X
444 414 410
FANUC 0M X 414 410
414 410 “ OFF” “X ” X
445 414 401
FANUC 0 414 401
FANUC 0 414 401 “X Z ” “X Z ”