FANUC Series 0i-MODEL D, FANUC Series 0i Mate-MODEL D. MAINTENANCE MANUAL - page 10
6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
6.6
LIST OF ADDRESSES
Interface addresses among CNC and PMC are as follows:
[Example of controlling one path using one PMC]
G0000~
X000~
Machine tool
CNC
PMC
F0000~
Y000~
[Example of controlling two paths using one PMC]
CNC
G0000~
X000~
Path 1
F0000~
Y000~
PMC
Machine tool
G1000~
Path 2
F1000~
-
Expression of signals
Address
Symbol (#0 to #7 indicates bit position)
7
6
5
4
3
2
1
0
Fn000
OP
SA
STL
SPL
RWD
In an item where both T series and M series are described, some signals are covered with shade (
)
in the signal address figure as shown below. This means either lathe system or machining center system
does not have this signal. Upper part is for lathe system and lower part is for machining center system.
7
6
5
4
3
2
1
0
*CDZ
T series
Gn053
ROVLP
UINT
TMRON
M series
[Example 1]
The figure above indicates *CDZ is provided only for the T series while the other signals for both
the T series M series.
7
6
5
4
3
2
1
0
T series
Gn040
OFN9
OFN8
OFN7
OFN6
M series
[Example 2]
Signals OFN6 to OFN9 are for M series only.
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6.INTERFACE BETWEEN CNC AND PMC
When the signals at the same address are used differently between T series and M series, both T series
and M series are described.
The same signal may be used for multiple purposes.
(The signal is used only for one of these purposes
at a time.)
7
6
5
4
3
2
1
0
X013
ESKIP#2
-MIT2#2
+MIT2#2
-MIT1#2
+MIT1#2
SKIP #2
T series
SKIP6 #2
SKIP5 #2
SKIP4 #2
SKIP3 #2
SKIP2 #2
SKIP8 #2
SKIP7 #2
X013
M series
[Example 3]
Bit 7 of X013 is used for SKIP#2 for T series, but is not used for M series.
[Example 4]
For T series, bit 2 of X013 is used as either +MIT1#2 or SKIP2#2.
NOTE
1 One of the following superscripts is attached to the top right of a symbol
depending on the signal type.
- For path 1 : #1
- For path 2 : #2
For the G and F addresses in the table, #P, #SV, and #SP represent signals
prepared exclusively for, respectively, each path, controlled axis, and spindle.
- Path type : #P
- Controlled axis type : #SV
- Spindle type : #SP
#PX represents signals prepared for each PMC axis control group.
- PMC axis control group type : #PX
2 For the signals, a single data number is assigned to 8 bits. Each bit has a
different meaning.
3 The letter "n" in each address representation indicates the address position used
in each path on the CNC side, as shown below.
1st path : n=0 (No. 0 to 999)
2nd path : n=1 (No. 1000 to 1999)
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6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
MT → CNC
Address
Bit number
7
6
5
4
3
2
1
0
X000
X001
X002
X003
X004
ESKIP
-MIT2#1
+MIT2#1
-MIT1#1
+MIT1#1
XAE2
XAE1
SKIP #1
T series
SKIP6 #1
SKIP5 #1
SKIP4 #1
SKIP3 #1
SKIP2 #1
SKIP8 #1
SKIP7 #1
X004
ESKIP
XAE3
XAE2
XAE1
SKIP #1
SKIP5 #1
SKIP4 #1
SKIP3 #1
M series
SKIP6 #1
SKIP2 #1
SKIP8 #1
SKIP7 #1
X005
X006
*DEC5#2
*DEC4#2
*DEC3#2
*DEC2#2
*DEC1#2
X007
X008
*ESP
X009
*DEC5#1
*DEC4#1
*DEC3#1
*DEC2#1
*DEC1#1
X010
X011
X012
X013
ESKIP#2
-MIT2#2
+MIT2#2
-MIT1#2
+MIT1#2
SKIP #2
T series
SKIP6 #2
SKIP5 #2
SKIP4 #2
SKIP3 #2
SKIP2 #2
SKIP8 #2
SKIP7 #2
X013
M series
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6.INTERFACE BETWEEN CNC AND PMC
PMC → CNC
Address
Bit number
7
6
5
4
3
2
1
0
Gn000
ED7#P
ED6#P
ED5#P
ED4#P
ED3#P
ED2#P
ED1#P
ED0#P
Gn001
ED15#P
ED14#P
ED13#P
ED12#P
ED11#P
ED10#P
ED9#P
ED8#P
Gn002
ESTB#P
EA6#P
EA5#P
EA4#P
EA3#P
EA2#P
EA1#P
EA0#P
Gn003
Gn004
MFIN3#P
MFIN2#P
FIN#P
Gn005
BFIN#P
AFL#P
TFIN#P
SFIN#P
MFIN#P
Gn006
SKIPP#P
OVC#P
*ABSM#P
SRN#P
Gn007
RLSOT#P
EXLM#P
*FLWU#P
RLSOT3#P
ST#P
STLK#P
RVS#P
Gn008
ERS#P
RRW#P
*SP#P
*ESP#P
*BSL#P
*CSL#P
*IT#P
Gn009
PN16#P
PN8#P
PN4#P
PN2#P
PN1#P
Gn010
*JV7#P
*JV6#P
*JV5#P
*JV4#P
*JV3#P
*JV2#P
*JV1#P
*JV0#P
Gn011
*JV15#P
*JV14#P
*JV13#P
*JV12#P
*JV11#P
*JV10#P
*JV9#P
*JV8#P
Gn012
*FV7#P
*FV6#P
*FV5#P
*FV4#P
*FV3#P
*FV2#P
*FV1#P
*FV0#P
Gn013
Gn014
ROV2#P
ROV1#P
Gn015
Gn016
F1D#P
Gn017
Gn018
HS2D#P
HS2C#P
HS2B#P
HS2A#P
HS1D#P
HS1C#P
HS1B#P
HS1A#P
Gn019
RT#P
MP2#P
MP1#P
HS3D#P
HS3C#P
HS3B#P
HS3A#P
Gn020
Gn021
Gn022
Gn023
HREV#P
HNDLF#P
Gn024
EPN7#P
EPN6#P
EPN5#P
EPN4#P
EPN3#P
EPN2#P
EPN1#P
EPN0#P
Gn025
EPNS#P
EPN13#P
EPN12#P
EPN11#P
EPN10#P
EPN9#P
EPN8#P
Gn026
PC4SLC#P
PC3SLC#P
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6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
Address
Bit number
7
6
5
4
3
2
1
0
Gn027
CON#P
*SSTP3#SP
*SSTP2#SP
*SSTP1#SP
SWS2#P
SWS1#P
Gn028
PC2SLC#P
SPSTPA#SP
*SCPFA#SP
*SUCPFA#SP
GR2#SP
GR1#SP
Gn029
*SSTP#P
SOR#P
SAR#P
GR22#SP
GR21#SP
Gn030
SOV7#P
SOV6#P
SOV5#P
SOV4#P
SOV3#P
SOV2#P
SOV1#P
SOV0#P
Gn031
PKESS2#P
PKESS1#P
Gn032
R08I#SP
R07I#SP
R06I#SP
R05I#SP
R04I#SP
R03I#SP
R02I#SP
R01I#SP
Gn033
SIND#SP
SSIN#SP
SGN#SP
R12I#SP
R11I#SP
R10I#SP
R09I#SP
Gn034
R08I2#SP
R07I2#SP
R06I2#SP
R05I2#SP
R04I2#SP
R03I2#SP
R02I2#SP
R01I2#SP
Gn035
SIND2#SP
SSIN2#SP
SGN2#SP
R12I2#SP
R11I2#SP
R10I2#SP
R09I2#SP
Gn036
Gn037
Gn038
SDPC#P
SPPHS#P
SPSYC#P
SBRT#P
*PLSST#P
*BECLP#P
*BEUCP#P
Gn039
GOQSM #P
WOQSM #P
OFN5#P
OFN4#P
OFN3#P
OFN2#P
OFN1#P
OFN0#P
WOSET#P
PRC#P
S2TLS#P
Gn040
OFN9#P
OFN8#P
OFN7#P
OFN6#P
Gn041
HS2ID#P
HS2IC#P
HS2IB#P
HS2IA#P
HS1ID#P
HS1IC#P
HS1IB#P
HS1IA#P
Gn042
DMMC#P
HS3ID#P
HS3IC#P
HS3IB#P
HS3IA#P
Gn043
ZRN#P
DNCI#P
MD4#P
MD2#P
MD1#P
Gn044
MLK#P
BDT1#P
Gn045
BDT9#P
BDT8#P
BDT7#P
BDT6#P
BDT5#P
BDT4#P
BDT3#P
BDT2#P
Gn046
DRN#P
KEY4
KEY3
KEY2
KEY1
SBK#P
KEYP
Gn047
TL128#P
TL64#P
TL32#P
TL16#P
TL08#P
TL04#P
TL02#P
TL01#P
Gn048
TLRSTI#P
LFCIV#P
TL256#P
Gn049
Gn050
Gn051
Gn052
*CDZ#P
Gn053
SMZ#P
ROVLP#P
UINT#P
TMRON#P
Gn054
UI007#P
UI006#P
UI005#P
UI004#P
UI003#P
UI002#P
UI001#P
UI000#P
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B-64305EN/03
6.INTERFACE BETWEEN CNC AND PMC
Address
Bit number
7
6
5
4
3
2
1
0
Gn055
UI015#P
UI014#P
UI013#P
UI012#P
UI011#P
UI010#P
UI009#P
UI008#P
Gn056
Gn057
Gn058
EXWT#P
EXSTP#P
EXRD#P
Gn059
NSYNCA#P
*TSB#P
Gn060
RGTSP2#SP
RGTSP1#SP
Gn061
RGTAP#P
Gn062
RTNT#P
NMWT#P
SLSPB#P
SLSPA#P
NOWT
HEAD
Gn063
NOZAGC#P
INFD#P
SLPCB#P
SLSPA#P
Gn064
ESRSYC#P
Gn065
Gn066
EKSET
RTRCT#P
ENBKY
IGNVRY#P
MTLC#P
Gn067
HCREQ
HCABT
MCHK#P
MMOD#P
MTL07#P
MTL06#P
MTL05#P
MTL04#P
MTL03#P
MTL02#P
MTL01#P
MTL00#P
Gn068
MTL15#P
MTL14#P
MTL13#P
MTL12#P
MTL11#P
MTL10#P
MTL09#P
MTL08#P
Gn069
Gn070
MRDYA#SP
ORCMA#SP
SFRA#SP
SRVA#SP
CTH1A#SP
CTH2A#SP
TLMHA#SP
TLMLA#SP
Gn071
RCHA#SP
RSLA#SP
INTGA#SP
SOCNA#SP
MCFNA#SP
SPSLA#SP
*ESPA#SP
ARSTA#SP
Gn072
RCHHGA#SP
MFNHGA#SP
INCMDA#SP
OVRIDA#SP
DEFMDA#SP
NRROA#SP
ROTAA#SP
INDXA#SP
Gn073
MPOFA#SP
SLVA#SP
MORCMA#SP
Gn074
MRDYB#SP
ORCMB#SP
SFRB#SP
SRVB#SP
CTH1B#SP
CTH2B#SP
TLMHB#SP
TLMLB#SP
Gn075
RCHB#SP
RSLB#SP
INTGB#SP
SOCNB#SP
MCFNB#SP
SPSLB#SP
*ESPB#SP
ARSTB#SP
Gn076
RCHHGB#SP
MFNHGB#SP
INCMDB#SP
OVRIDB#SP
DEFMDB#SP
NRROB#SP
ROTAB#SP
INDXB#SP
Gn077
MPOFB#SP
SLVB#SP
MORCMB#SP
Gn078
SH07A#SP
SH06A#SP
SH05A#SP
SH04A#SP
SH03A#SP
SH02A#SP
SH01A#SP
SH00A#SP
Gn079
SH11A#SP
SH10A#SP
SH09A#SP
SH08A#SP
Gn080
SH07B#SP
SH06B#SP
SH05B#SP
SH04B#SP
SH03B#SP
SH02B#SP
SH01B#SP
SH00B#SP
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6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
Address
Bit number
7
6
5
4
3
2
1
0
Gn081
SH11B#SP
SH10B#SP
SH09B#SP
SH08B#SP
Gn082
EUI07#P
EUI06#P
EUI05#P
EUI04#P
EUI03#P
EUI02#P
EUI01#P
EUI00#P
Gn083
EUI15#P
EUI14#P
EUI13#P
EUI12#P
EUI11#P
EUI10#P
EUI09#P
EUI08#P
Gn084
Gn085
Gn086
Gn087
MP32#P
MP31#P
MP22#P
MP21#P
Gn088
Gn089
G2RVY#P
G2RVZ#P
G2RVX#P
Gn090
to
Gn096
HROV#P
*HROV6#P
*HROV5#P
*HROV4#P
*HROV3#P
*HROV2#P
*HROV1#P
*HROV0#P
Gn097
Gn098
EKC7
EKC6
EKC5
EKC4
EKC3
EKC2
EKC1
EKC0
Gn099
Gn100
+J5#SV
+J4#SV
+J3#SV
+J2#SV
+J1#SV
Gn101
*+ED25#SV
*+ED24#SV
*+ED23#SV
*+ED22#SV
*+ED21#SV
Gn102
-J5#SV
-J4#SV
-J3#SV
-J2#SV
-J1#SV
Gn103
*-ED25#SV
*-ED24#SV
*-ED23#SV
*-ED22#SV
*-ED21#SV
Gn104
+EXL5#SV
+EXL4#SV
+EXL3#SV
+EXL2#SV
+EXL1#SV
Gn105
-EXL5#SV
-EXL4#SV
-EXL3#SV
-EXL2#SV
-EXL1#SV
Gn106
MI5#SV
MI4#SV
MI3#SV
MI2#SV
MI1#SV
Gn107
*+ED35#SV
*+ED34#SV
*+ED33#SV
*+ED32#SV
*+ED31#SV
Gn108
MLK5#SV
MLK4#SV
MLK3#SV
MLK2#SV
MLK1#SV
Gn109
*-ED35#SV
*-ED34#SV
*-ED33#SV
*-ED32#SV
*-ED31#SV
Gn110
+LM5#SV
+LM4#SV
+LM3#SV
+LM2#SV
+LM1#SV
Gn111
Gn112
-LM5#SV
-LM4#SV
-LM3#SV
-LM2#SV
-LM1#SV
Gn113
Gn114
*+L5#SV
*+L4#SV
*+L3#SV
*+L2#SV
*+L1#SV
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B-64305EN/03
6.INTERFACE BETWEEN CNC AND PMC
Address
Bit number
7
6
5
4
3
2
1
0
Gn115
Gn116
*-L5#SV
*-L4#SV
*-L3#SV
*-L2#SV
*-L1#SV
Gn117
Gn118
*+ED5#SV
*+ED4#SV
*+ED3#SV
*+ED2#SV
*+ED1#SV
Gn119
Gn120
*-ED5#SV
*-ED4#SV
*-ED3#SV
*-ED2#SV
*-ED1#SV
Gn121
PK5#SV
PK4#SV
PK3#SV
PK2#SV
PK1#SV
Gn122
PKESS2#P
PKESS1#P
Gn123
Gn124
DTCH5#SV
DTCH4#SV
DTCH3#SV
DTCH2#SV
DTCH1#SV
Gn125
IUDD5#SV
IUDD4#SV
IUDD3#SV
IUDD2#SV
IUDD1#SV
Gn126
SVF5#SV
SVF4#SV
SVF3#SV
SVF2#SV
SVF1#SV
Gn127
MIX5#SV
MIX4#SV
MIX3#SV
MIX2#SV
MIX1#SV
Gn128
Gn129
Gn130
*IT5#SV
*IT4#SV
*IT3#SV
*IT2#SV
*IT1#SV
Gn131
Gn132
+MIT2#P
+MIT1#P
+MIT5#P
+MIT4#P
+MIT3#P
Gn133
Gn134
-MIT2#P
-MIT1#P
-MIT5#P
-MIT4#P
-MIT3#P
Gn135
Gn136
EAX5#SV
EAX4#SV
EAX3#SV
EAX2#SV
EAX1#SV
Gn137
Gn138
SYNC5#SV
SYNC4#SV
SYNC3#SV
SYNC2#SV
SYNC1#SV
Gn139
Gn140
SYNCJ5#SV
SYNCJ4#SV
SYNCJ3#SV
SYNCJ2#SV
SYNCJ1#SV
Gn141
#PX
#PX
Gn142
EBUFA
ECLRA
#PX
ESTPA
ESOFA#PX
ESBKA#PX
EMBUFA#PX
ELCKZA#PX
EFINA#PX
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6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
Address
Bit number
7
6
5
4
3
2
1
0
Gn143
EMSBKA#PX
EC6A#PX
EC5A#PX
EC4A#PX
EC3A#PX
EC2A#PX
EC1A#PX
EC0A#PX
Gn144
EIF7A#PX
EIF6A#PX
EIF5A#PX
EIF4A#PX
EIF3A#PX
EIF2A#PX
EIF1A#PX
EIF0A#PX
Gn145
EIF15A#PX
EIF14A#PX
EIF13A#PX
EIF12A#PX
EIF11A#PX
EIF10A#PX
EIF9A#PX
EIF8A#PX
Gn146
EID7A#PX
EID6A#PX
EID5A#PX
EID4A#PX
EID3A#PX
EID2A#PX
EID1A#PX
EID0A#PX
Gn147
EID15A#PX
EID14A#PX
EID13A#PX
EID12A#PX
EID11A#PX
EID10A#PX
EID9A#PX
EID8A#PX
Gn148
EID23A#PX
EID22A#PX
EID21A#PX
EID20A#PX
EID19A#PX
EID18A#PX
EID17A#PX
EID16A#PX
Gn149
EID31A#PX
EID30A#PX
EID29A#PX
EID28A#PX
EID27A#PX
EID26A#PX
EID25A#PX
EID24A#PX
Gn150
EDRN#P
ERT#P
EOVC#P
EROV2#P
EROV1#P
Gn151
*EFOV7#P
*EFOV6#P
*EFOV5#P
*EFOV4#P
*EFOV3#P
*EFOV2#P
*EFOV1#P
*EFOV0#P
Gn152
Gn153
Gn154
EBUFB#PX
ECLRB#PX
ESTPB#PX
ESOFB#PX
ESBKB#PX
EMBUFB#PX
ELCKZB#PX
EFINB#PX
Gn155
EMSBKB#PX
EC6B#PX
EC5B#PX
EC4B#PX
EC3B#PX
EC2B#PX
EC1B#PX
EC0B#PX
Gn156
EIF7B#PX
EIF6B#PX
EIF5B#PX
EIF4B#PX
EIF3B#PX
EIF2B#PX
EIF1B#PX
EIF0B#PX
Gn157
EIF15B#PX
EIF14B#PX
EIF13B#PX
EIF12B#PX
EIF11B#PX
EIF10B#PX
EIF9B#PX
EIF8B#PX
Gn158
EID7B#PX
EID6B#PX
EID5B#PX
EID4B#PX
EID3B#PX
EID2B#PX
EID1B#PX
EID0B#PX
Gn159
EID15B#PX
EID14B#PX
EID13B#PX
EID12B#PX
EID11B#PX
EID10B#PX
EID9B#PX
EID8B#PX
Gn160
EID23B#PX
EID22B#PX
EID21B#PX
EID20B#PX
EID19B#PX
EID18B#PX
EID17B#PX
EID16B#PX
Gn161
EID31B#PX
EID30B#PX
EID29B#PX
EID28B#PX
EID27B#PX
EID26B#PX
EID25B#PX
EID24B#PX
Gn162
EOVCB#PX
Gn163
*EFOV7B#PX
*EFOV6B#PX
*EFOV5B#PX
*EFOV4B#PX
*EFOV3B#PX
*EFOV2B#PX
*EFOV1B#PX
*EFOV0B#PX
Gn164
Gn165
Gn166
EBUFC#PX
ECLRC#PX
ESTPC#PX
ESOFC#PX
ESBKC#PX
EMBUFC#PX
ELCKZC#PX
EFINC#PX
Gn167
EMSBKC#PX
EC6C#PX
EC5C#PX
EC4C#PX
EC3C#PX
EC2C#PX
EC1C#PX
EC0C#PX
Gn168
EIF7C#PX
EIF6C#PX
EIF5C#PX
EIF4C#PX
EIF3C#PX
EIF2C#PX
EIF1C#PX
EIF0C#PX
Gn169
EIF15C#PX
EIF14C#PX
EIF13C#PX
EIF12C#PX
EIF11C#PX
EIF10C#PX
EIF9C#PX
EIF8C#PX
Gn170
EID7C#PX
EID6C#PX
EID5C#PX
EID4C#PX
EID3C#PX
EID2C#PX
EID1C#PX
EID0C#PX
Gn171
EID15C#PX
EID14C#PX
EID13C#PX
EID12C#PX
EID11C#PX
EID10C#PX
EID9C#PX
EID8C#PX
Gn172
EID23C#PX
EID22C#PX
EID21C#PX
EID20C#PX
EID19C#PX
EID18C#PX
EID17C#PX
EID16C#PX
- 262 -
B-64305EN/03
6.INTERFACE BETWEEN CNC AND PMC
Address
Bit number
7
6
5
4
3
2
1
0
Gn173
EID31C#PX
EID30C#PX
EID29C#PX
EID28C#PX
EID27C#PX
EID26C#PX
EID25C#PX
EID24C#PX
Gn174
EOVCC#PX
Gn175
*EFOV7C#PX
*EFOV6C#PX
*EFOV5C#PX
*EFOV4C#PX
*EFOV3C#PX
*EFOV2C#PX
*EFOV1C#PX
*EFOV0C#PX
Gn176
Gn177
Gn178
EBUFD#PX
ECLRD#PX
ESTPD#PX
ESOFD#PX
ESBKD#PX
EMBUFD#PX
ELCKZD#PX
EFIND#PX
Gn179
EMSBKD#PX
EC6D#PX
EC5D#PX
EC4D#PX
EC3D#PX
EC2D#PX
EC1D#PX
EC0D#PX
Gn180
EIF7D#PX
EIF6D#PX
EIF5D#PX
EIF4D#PX
EIF3D#PX
EIF2D#PX
EIF1D#PX
EIF0D#PX
Gn181
EIF15D#PX
EIF14D#PX
EIF13D#PX
EIF12D#PX
EIF11D#PX
EIF10D#PX
EIF9D#PX
EIF8D#PX
Gn182
EID7D#PX
EID6D#PX
EID5D#PX
EID4D#PX
EID3D#PX
EID2D#PX
EID1D#PX
EID0D#PX
Gn183
EID15D#PX
EID14D#PX
EID13D#PX
EID12D#PX
EID11D#PX
EID10D#PX
EID9D#PX
EID8D#PX
Gn184
EID23D#PX
EID22D#PX
EID21D#PX
EID20D#PX
EID19D#PX
EID18D#PX
EID17D#PX
EID16D#PX
Gn185
EID31D#PX
EID30D#PX
EID29D#PX
EID28D#PX
EID27D#PX
EID26D#PX
EID25D#PX
EID24D#PX
Gn186
EOVCD#PX
Gn187
*EFOV7D#PX
*EFOV6D#PX
*EFOV5D#PX
*EFOV4D#PX
*EFOV3D#PX
*EFOV2D#PX
*EFOV1D#PX
*EFOV0D#PX
Gn188
Gn189
OVLS5#SV
OVLS4#SV
OVLS3#SV
OVLS2#SV
OVLS1#SV
Gn190
Gn191
Gn192
IGVRY5#SV
IGVRY4#SV
IGVRY3#SV
IGVRY2#SV
IGVRY1#SV
Gn193
HDSR#P
Gn194
Gn195
Gn196
*DEC5#SV
*DEC4#SV
*DEC3#SV
*DEC2#SV
*DEC1#SV
Gn197
Gn198
NPOS5#SV
NPOS4#SV
NPOS3#SV
NPOS2#SV
NPOS1#SV
Gn199
IOLBH2
IOLBH1
Gn200
EASIP8#SV
EASIP7#SV
EASIP6#SV
EASIP5#SV
EASIP4#SV
EASIP3#SV
EASIP2#SV
EASIP1#SV
Gn201
- 263 -
6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
Address
Bit number
7
6
5
4
3
2
1
0
Gn202
NDCAL8#SV
NDCAL7#SV
NDCAL6#SV
NDCAL5#SV
NDCAL4#SV
NDCAL3#SV
NDCAL2#SV
NDCAL1#SV
Gn203
PWFL
to
Gn210
ED23#P
ED22#P
ED21#P
ED20#P
ED19#P
ED18#P
ED17#P
ED16#P
Gn211
ED31#P
ED30#P
ED29#P
ED28#P
ED27#P
ED26#P
ED25#P
ED24#P
to
Gn264
ESSYC2#SP
ESSYC1#SP
Gn265
PKESE2#SP
PKESE1#SP
to
Gn274
CSFI1#SP
to
Gn288
SPSYC2#SP
SPSYC1#SP
Gn289
SPPHS2#SP
SPPHS1#SP
to
Gn295
CNCKY
C2SEND
to
Gn347
HDN#P
Gn348
Gn349
Gn350
Gn351
#P
#P
Gn352
*FHRO7#P
*FHRO6#P
*FHRO5
*FHRO4#P
*FHRO3
*FHRO2
#P
*FHRO1#P
*FHRO0#P
Gn353
FHROV#P
*FHRO9#P
*FHRO8#P
Gn354
Gn355
Gn356
Gn357
Gn358
WPRST5#SV
WPRST4#SV
WPRST3#SV
WPRST2#SV
WPRST1#SV
to
- 264 -
B-64305EN/03
6.INTERFACE BETWEEN CNC AND PMC
Address
Bit number
7
6
5
4
3
2
1
0
Gn376
SOV27
SOV26
SOV25
SOV24
SOV23
SOV22
SOV21
SOV20
to
Gn400
*SUCPFB#SP
Gn401
*SCPFB#SP
Gn402
SPSTPB#SP
Gn403
Gn404
Gn405
ITF08#P
ITF07#P
ITF06#P
ITF05#P
ITF04#P
ITF03#P
ITF02#P
ITF01#P
Gn406
ITF10#P
ITF09#P
Gn407
Gn408
STCHK#P
to
Gn512
MCST8#P
MCST7#P
MCST6#P
MCST5#P
MCST4#P
MCST3#P
MCST2#P
MCST1#P
Gn513
MCST16#P
MCST15#P
MCST14#P
MCST13#P
MCST12#P
MCST11#P
MCST10#P
MCST9#P
Gn514
MCFIN#P
Gn515
Gn516
Gn517
GAE2#P
GAE1#P
GAE3#P
Gn518
Gn519
Gn520
Gn521
SRVON5
SRVON4
SRVON3
SRVON2
SRVON1
Gn522
Gn523
SVRVS5
SVRVS4
SVRVS3
SVRVS2
SVRVS1
Gn524
MT8N07#P
MT8N06#P
MT8N05#P
MT8N04#P
MT8N03#P
MT8N02#P
MT8N01#P
MT8N00#P
Gn525
MT8N15#P
MT8N14#P
MT8N13#P
MT8N12#P
MT8N11#P
MT8N10#P
MT8N09#P
MT8N08#P
Gn526
- 265 -
6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
Address
Bit number
7
6
5
4
3
2
1
0
MT8N23#P
MT8N22#P
MT8N21#P
MT8N20#P
MT8N19#P
MT8N18#P
MT8N17#P
MT8N16#P
Gn527
MT8N31#P
MT8N30#P
MT8N29#P
MT8N28#P
MT8N27#P
MT8N26#P
MT8N25#P
MT8N24#P
Gn528
to
Gn531
MRVM#P
FWSTP#P
Gn532
Gn533
Gn534
Gn535
SPSP#P
Gn536
to
Gn767
- 266 -
B-64305EN/03
6.INTERFACE BETWEEN CNC AND PMC
CNC → PMC
Address
Bit number
7
6
5
4
3
2
1
0
Fn000
OP#P
SA#P
STL#P
SPL#P
RWD#P
Fn001
MA#P
TAP#P
ENB#SP
DEN#P
BAL#P
RST#P
AL#P
Fn002
MDRN#P
CUT#P
SRNMV#P
THRD#P
CSS#P
RPDO#P
INCH#P
Fn003
MEDT#P
MMEM#P
MRMT#P
MMDI#P
MJ#P
MH#P
MINC#P
Fn004
MREF#P
MAFL#P
MSBK#P
MABSM#P
MMLK#P
MBDT1#P
Fn005
MBDT9#P
MBDT8#P
MBDT7#P
MBDT6#P
MBDT5#P
MBDT4#P
MBDT3#P
MBDT2#P
Fn006
ERTVA#P
MDIRST#P
TPPRS
Fn007
BF#P
TF#P
SF#P
MF#P
Fn008
MF3#P
MF2#P
Fn009
DM00#P
DM01#P
DM02#P
DM30#P
Fn010
M07#P
M06#P
M05#P
M04#P
M03#P
M02#P
M01#P
M00#P
Fn011
M15#P
M14#P
M13#P
M12#P
M11#P
M10#P
M09#P
M08#P
Fn012
M23#P
M22#P
M21#P
M20#P
M19#P
M18#P
M17#P
M16#P
Fn013
M31#P
M30#P
M29#P
M28#P
M27#P
M26#P
M25#P
M24#P
Fn014
M207#P
M206#P
M205#P
M204#P
M203#P
M202#P
M201#P
M200#P
Fn015
M215#P
M214#P
M213#P
M212#P
M211#P
M210#P
M209#P
M208#P
Fn016
M307#P
M306#P
M305#P
M304#P
M303#P
M302#P
M301#P
M300#P
Fn017
M315#P
M314#P
M313#P
M312#P
M311#P
M310#P
M309#P
M308#P
Fn018
Fn019
Fn020
Fn021
Fn022
S07#P
S06#P
S05#P
S04#P
S03#P
S02#P
S01#P
S00#P
Fn023
S15#P
S14#P
S13#P
S12#P
S11#P
S10#P
S09#P
S08#P
Fn024
S23#P
S22#P
S21#P
S20#P
S19#P
S18#P
S17#P
S16#P
Fn025
S31#P
S30#P
S29#P
S28#P
S27#P
S26#P
S25#P
S24#P
Fn026
T07#P
T06#P
T05#P
T04#P
T03#P
T02#P
T01#P
T00#P
Fn027
T15#P
T14#P
T13#P
T12#P
T11#P
T10#P
T09#P
T08#P
- 267 -
6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
Address
Bit number
7
6
5
4
3
2
1
0
Fn028
T23#P
T22#P
T21#P
T20#P
T19#P
T18#P
T17#P
T16#P
Fn029
T31#P
T30#P
T29#P
T28#P
T27#P
T26#P
T25#P
T24#P
Fn030
B07#P
B06#P
B05#P
B04#P
B03#P
B02#P
B01#P
B00#P
Fn031
B15#P
B14#P
B13#P
B12#P
B11#P
B10#P
B09#P
B08#P
Fn032
B23#P
B22#P
B21#P
B20#P
B19#P
B18#P
B17#P
B16#P
Fn033
B31#P
B30#P
B29#P
B28#P
B27#P
B26#P
B25#P
B24#P
Fn034
SRSRDY#P
SRSP1R#SP
SRSP2R#SP
GR3O#P
GR2O#P
GR1O#P
Fn035
SPAL#P
Fn036
R08O#SP
R07O#SP
R06O#SP
R05O#SP
R04O#SP
R03O#SP
R02O#SP
R01O#SP
Fn037
R12O#SP
R11O#SP
R10O#SP
R09O#SP
Fn038
ENB2#SP
SUCLPA#SP
SCLPA#SP
Fn039
MSPOSA#SP
Fn040
AR07#SP
AR06#SP
AR05#SP
AR04#SP
AR03#SP
AR02#SP
AR01#SP
AR00#SP
Fn041
AR15#SP
AR14#SP
AR13#SP
AR12#SP
AR11#SP
AR10#SP
AR09#SP
AR08#SP
Fn042
Fn043
SYCAL2#SP
SYCAL1#SP
Fn044
FSPPH#P
FSPSY#P
FSCSL#P
SYCAL#P
Fn045
ORARA#SP
TLMA#SP
LDT2A#SP
LDT1A#SP
SARA#SP
SDTA#SP
SSTA#SP
ALMA#SP
Fn046
MORA2A#SP
MORA1A#SP
PORA2A#SP
SLVSA#SP
RCFNA#SP
RCHPA#SP
CFINA#SP
CHIPA#SP
Fn047
INCSTA#SP
PC1DEA#SP
Fn048
CSPENA#SP
Fn049
ORARB#SP
TLMB#SP
LDT2B#SP
LDT1B#SP
SARB#SP
SDTB#SP
SSTB#SP
ALMB#SP
Fn050
MORA2B#SP
MORA1B#SP
PORA2B#SP
SLVSB#SP
RCFNB#SP
RCHPB#SP
CFINB#SP
CHIPB#SP
Fn051
INCSTB#SP
PC1DEB#SP
Fn052
Fn053
EKENB
RPALM#P
RPBSY#P
PRGDPL
INHKY
Fn054
UO007#P
UO006#P
UO005#P
UO004#P
UO003#P
UO002#P
UO001#P
UO000#P
Fn055
UO015#P
UO014#P
UO013#P
UO012#P
UO011#P
UO010#P
UO009#P
UO008#P
- 268 -
B-64305EN/03
6.INTERFACE BETWEEN CNC AND PMC
Address
Bit number
7
6
5
4
3
2
1
0
Fn056
UO107#P
UO106#P
UO105#P
UO104#P
UO103#P
UO102#P
UO101#P
UO100#P
Fn057
UO115#P
UO114#P
UO113#P
UO112#P
UO111#P
UO110#P
UO109#P
UO108#P
Fn058
UO123#P
UO122#P
UO121#P
UO120#P
UO119#P
UO118#P
UO117#P
UO116#P
Fn059
UO131#P
UO130#P
UO129#P
UO128#P
UO127#P
UO126#P
UO125#P
UO124#P
Fn060
ESCAN#P
ESEND#P
EREND#P
MTLA#P
MTLANG#P
Fn061
HCEXE
HCAB2
BCLP#P
BUCLP#P
Fn062
PRTSF#P
AICC#P
S2MES#P
S1MES#P
WATO#P
Fn063
PSYN#P
COSP2#P
COSP1#P
PSAR#P
PSE2#P
PSE1#P
TIALM#P
TICHK#P
COSP#P
Fn064
TLCHI#P
TLNW#P
Fn065
SYNMOD#P
RTRCTF#P
RSMAX#P
RGSPM#P
RGSPP#P
Fn066
FEED0#P
PECK2#P
RTPT#P
Fn067
Fn068
Fn069
Fn070
PSW08#P
PSW07#P
PSW06#P
PSW05#P
PSW04#P
PSW03#P
PSW02#P
PSW01#P
Fn071
PSW16#P
PSW15#P
PSW14#P
PSW13#P
PSW12#P
PSW11#P
PSW10#P
PSW09#P
Fn072
OUT7#P
OUT6#P
OUT5#P
OUT4#P
OUT3#P
OUT2#P
OUT1#P
OUT0#P
Fn073
ZRNO#P
MD4O#P
MD2O#P
MD1O#P
Fn074
OUT15#P
OUT14#P
OUT13#P
OUT12#P
OUT11#P
OUT10#P
OUT9#P
OUT8#P
Fn075
SPO#P
KEYO
DRNO#P
MLKO#P
SBKO#P
BDTO#P
Fn076
ROV2O#P
ROV1O#P
RTAP#P
MP2O#P
MP1O#P
Fn077
RTO#P
HS1DO#P
HS1CO#P
HS1BO#P
HS1AO#P
Fn078
*FV7O#P
*FV6O#P
*FV5O#P
*FV4O#P
*FV3O#P
*FV2O#P
*FV1O#P
*FV0O#P
Fn079
*JV7O#P
*JV6O#P
*JV5O#P
*JV4O#P
*JV3O#P
*JV2O#P
*JV1O#P
*JV0O#P
Fn080
*JV15O#P
*JV14O#P
*JV13O#P
*JV12O#P
*JV11O#P
*JV10O#P
*JV9O#P
*JV8O#P
Fn081
-J4O#P
+J4O#P
-J3O#P
+J3O#P
-J2O#P
+J2O#P
-J1O#P
+J1O#P
- 269 -
6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
Address
Bit number
7
6
5
4
3
2
1
0
Fn082
RVSL#P
Fn083
Fn084
EUO07#P
EUO06#P
EUO05#P
EUO04#P
EUO03#P
EUO02#P
EUO01#P
EUO00#P
Fn085
EUO15#P
EUO14#P
EUO13#P
EUO12#P
EUO11#P
EUO10#P
EUO09#P
EUO08#P
Fn086
Fn087
Fn088
Fn089
Fn090
ABTSP2#SP
ABTSP1#SP
ABTQSV#P
Fn091
MMMOD#P
MRVSP#P
MNCHG#P
MRVMD#P
Fn092
Fn093
SVWRN4#P
SVWRN3#P
SVWRN2#P
SVWRN1#P
LFCIF#P
Fn094
ZP5#SV
ZP4#SV
ZP3#SV
ZP2#SV
ZP1#SV
Fn095
Fn096
ZP25#SV
ZP24#SV
ZP23#SV
ZP22#SV
ZP21#SV
Fn097
Fn098
ZP35#SV
ZP34#SV
ZP33#SV
ZP32#SV
ZP31#SV
Fn099
Fn100
ZP45#SV
ZP44#SV
ZP43#SV
ZP42#SV
ZP41#SV
Fn101
Fn102
MV5#SV
MV4#SV
MV3#SV
MV2#SV
MV1#SV
Fn103
Fn104
INP5#SV
INP4#SV
INP3#SV
INP2#SV
INP1#SV
Fn105
Fn106
MVD5#SV
MVD4#SV
MVD3#SV
MVD2#SV
MVD1#SV
Fn107
Fn108
MMI5#SV
MMI4#SV
MMI3#SV
MMI2#SV
MMI1#SV
Fn109
Fn110
MDTCH5#SV
MDTCH4#SV
MDTCH3#SV
MDTCH2#SV
MDTCH1#SV
- 270 -
B-64305EN/03
6.INTERFACE BETWEEN CNC AND PMC
Address
Bit number
7
6
5
4
3
2
1
0
Fn111
Fn112
EADEN8#SV
EADEN7#SV
EADEN6#SV
EADEN5#SV
EADEN4#SV
EADEN3#SV
EADEN2#SV
EADEN1#SV
Fn113
Fn114
TRQL5#SV
TRQL4#SV
TRQL3#SV
TRQL2#SV
TRQL1#SV
Fn115
Fn116
Fn117
SYN50#SV
SYN40#SV
SYN30#SV
SYN20#SV
SYN10#SV
Fn118
Fn119
Fn120
ZRF5#SV
ZRF4#SV
ZRF3#SV
ZRF2#SV
ZRF1#SV
Fn121
Fn122
HDO3#P
HDO2#P
HDO1#P
HDO0#P
Fn123
Fn124
+OT5#SV
+OT4#SV
+OT3#SV
+OT2#SV
+OT1#SV
Fn125
Fn126
-OT5#SV
-OT4#SV
-OT3#SV
-OT2#SV
-OT1#SV
Fn127
Fn128
#P
Fn129
*EAXSL
EOV0
#P
Fn130
EBSYA#PX
EOTNA
#PX
EOTPA#PX
EGENA#PX
EDENA#PX
EIALA#PX
ECKZA#PX
EINPA#PX
Fn131
EMF3A#PX
EMF2A#PX
EABUFA#PX
EMFA#PX
Fn132
EM28A#PX
EM24A#PX
EM22A#PX
EM21A#PX
EM18A#PX
EM14A#PX
EM12A#PX
EM11A#PX
Fn133
EBSYB#PX
EOTNB#PX
EOTPB#PX
EGENB#PX
EDENB#PX
EIALB#PX
ECKZB#PX
EINPB#PX
Fn134
EMF3B#PX
EMF2B#PX
EABUFB#PX
EMFB#PX
Fn135
EM28B#PX
EM24B#PX
EM22B#PX
EM21B#PX
EM18B#PX
EM14B#PX
EM12B#PX
EM11B#PX
Fn136
EBSYC#PX
EOTNC#PX
EOTPC#PX
EGENC#PX
EDENC#PX
EIALC#PX
ECKZC#PX
EINPC#PX
Fn137
EMF3C#PX
EMF2C#PX
EABUFC#PX
EMFC#PX
Fn138
EM28C#PX
EM24C#PX
EM22C#PX
EM21C#PX
EM18C#PX
EM14C#PX
EM12C#PX
EM11C#PX
Fn139
EBSYD#PX
EOTND#PX
EOTPD#PX
EGEND#PX
EDEND#PX
EIALD#PX
ECKZD#PX
EINPD#PX
- 271 -
6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
Address
Bit number
7
6
5
4
3
2
1
0
Fn140
EMF3D#PX
EMF2D#PX
EABUFD#PX
EMFD#PX
Fn141
EM28D#PX
EM24D#PX
EM22D#PX
EM21D#PX
EM18D#PX
EM14D#PX
EM12D#PX
EM11D#PX
Fn142
EM48A#PX
EM44A#PX
EM42A#PX
EM41A#PX
EM38A#PX
EM34A#PX
EM32A#PX
EM31A#PX
Fn143
Fn144
Fn145
EM48B#PX
EM44B#PX
EM42B#PX
EM41B#PX
EM38B#PX
EM34B#PX
EM32B#PX
EM31B#PX
Fn146
Fn147
Fn148
EM48C#PX
EM44C#PX
EM42C#PX
EM41C#PX
EM38C#PX
EM34C#PX
EM32C#PX
EM31C#PX
Fn149
Fn150
Fn151
EM48D#PX
EM44D#PX
EM42D#PX
EM41D#PX
EM38D#PX
EM34D#PX
EM32D#PX
EM31D#PX
Fn152
Fn153
Fn154
TLAL
to
Fn160
MSP07#P
MSP06#P
MSP05#P
MSP04#P
MSP03#P
MSP02#P
MSP01#P
MSP00#P
Fn161
MSP15#P
MSP14#P
MSP13#P
MSP12#P
MSP11#P
MSP10#P
MSP09#P
MSP08#P
to
Fn172
PBATL#P
PBATZ#P
to
Fn180
CLRCH5#SV
CLRCH4#SV
CLRCH3#SV
CLRCH2#SV
CLRCH1#SV
Fn181
Fn182
EACNT5#SV
EACNT4#SV
EACNT3#SV
EACNT2#SV
EACNT1#SV
Fn183
Fn184
ABDT5#SV
ABDT4#SV
ABDT3#SV
ABDT2#SV
ABDT1#SV
Fn185
Fn186
Fn187
Fn188
AMRST5#SV
AMRST4#SV
AMRST3#SV
AMRST2#SV
AMRST1#SV
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6.INTERFACE BETWEEN CNC AND PMC
Address
Bit number
7
6
5
4
3
2
1
0
Fn189
Fn190
TRQM5#SV
TRQM4#SV
TRQM3#SV
TRQM2#SV
TRQM1#SV
to
Fn200
R08O2#SP
R07O2#SP
R06O2#SP
R05O2#SP
R04O2#SP
R03O2#SP
R02O2#SP
R01O2#SP
Fn201
R12O2#SP
R11O2#SP
R10O2#SP
R09O2#SP
Fn202
AR072#SP
AR062#SP
AR052#SP
AR042#SP
AR032#SP
AR022#SP
AR012#SP
AR002#SP
Fn203
AR152#SP
AR142#SP
AR132#SP
AR122#SP
AR112#SP
AR102#SP
AR092#SP
AR082#SP
Fn204
R08O3#SP
R07O3#SP
R06O3#SP
R05O3#SP
R04O3#SP
R03O3#SP
R02O3#SP
R01O3#SP
Fn205
R12O3#SP
R11O3#SP
R10O3#SP
R09O3#SP
Fn206
Fn207
Fn208
Fn209
Fn210
SYNMT5#P
SYNMT4#P
SYNMT3#P
SYNMT2#P
SYNMT1#P
Fn211
SYNOF5#P
SYNOF4#P
SYNOF3#P
SYNOF2#P
SYNOF1#P
to
Fn264
SPWRN8#P
SPWRN7#P
SPWRN6#P
SPWRN5#P
SPWRN4#P
SPWRN3#P
SPWRN2#P
SPWRN1#P
Fn265
SPWRN9#P
Fn266
Fn267
Fn268
Fn269
Fn270
R08O4#SP
R07O4#SP
R06O4#SP
R05O4#SP
R04O4#SP
R03O4#SP
R02O4#SP
R01O4#SP
Fn271
R12O4#SP
R11O4#SP
R10O4#SP
R09O4#SP
Fn272
Fn273
Fn274
CSFO1#SP
to
Fn288
FSPSY2#SP
FSPSY1#SP
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6.INTERFACE BETWEEN CNC AND PMC
B-64305EN/03
Address
Bit number
7
6
5
4
3
2
1
0
Fn289
FSPPH2#SP
FSPPH1#SP
to
Fn295
CNCKYO
C2SENO
to
SYCM5#SV
SYCM4#SV
SYCM3#SV
SYCM2#SV
SYCM1#SV
Fn341
SYCS5#SV
SYCS4#SV
SYCS3#SV
SYCS2#SV
SYCS1#SV
Fn342
MIXO5#SV
MIXO4#SV
MIXO3#SV
MIXO2#SV
MIXO1#SV
Fn343
OVMO5#SV
OVMO4#SV
OVMO3#SV
OVMO2#SV
OVMO1#SV
Fn344
OVSO5#SV
OVSO4#SV
OVSO3#SV
OVSO2#SV
OVSO1#SV
Fn345
SMPK5#SV
SMPK4#SV
SMPK3#SV
SMPK2#SV
SMPK1#SV
Fn346
to
Fn358
WPSF5#SV
WPSF4#SV
WPSF3#SV
WPSF2#SV
WPSF1#SV
to
Fn400
SUCLPB#SP
Fn401
SCLPB#SP
Fn402
MSPOSB#SP
Fn403
SYNER#P
to
Fn512
MCSP#P
MCRQ#P
MCEXE#P
Fn513
ZRNR
#P
DNCIR
#P
MD4R#P
MD2R#P
MD1R#P
Fn514
MCEX8#P
MCEX7
#P
MCEX6#P
MCEX5#P
MCEX4#P
MCEX3#P
MCEX2#P
MCEX1#P
Fn515
MCEX16#P
MCEX15#P
MCEX14#P
MCEX13#P
MCEX12#P
MCEX11#P
MCEX10#P
MCEX9#P
Fn516
Fn517
Fn518
Fn519
Fn520
ATBK
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B-64305EN/03
6.INTERFACE BETWEEN CNC AND PMC
Address
Bit number
7
6
5
4
3
2
1
0
Fn521
SVREV5
SVREV4
SVREV3
SVREV2
SVREV1
Fn522
SPP5
SPP4
SPP3
SPP2
SPP1
to
Fn532
SYNO5#SV
SYNO4#SV
SYNO3#SV
SYNO2#SV
SYNO1#SV
to
Fn767
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7.EMBEDDED ETHERNET FUNCTION
B-64305EN/03
7 EMBEDDED ETHERNET FUNCTION
This chapter describes the specifications of the embedded Ethernet function.
Chapter 7, "EMBEDDED ETHERNET FUNCTION", consists of the following sections:
7.1 EMBEDDED ETHERNET PORT AND PCMCIA ETHERNET CARD
276
7.2 SETTING UP THE EMBEDDED ETHERNET FUNCTION
277
7.3 SWITCHING BETWEEN THE EMBEDDED ETHERNET DEVICES
289
7.4 EMBEDDED ETHERNET OPERATIONS
291
7.5 RESTART OF THE EMBEDDED ETHERNET
299
7.6 MAINTENANCE SCREEN FOR EMBEDDED ETHERNET FUNCTION
299
7.7 LOG SCREEN OF THE EMBEDDED ETHERNET FUNCTION
303
7.1
EMBEDDED ETHERNET PORT AND PCMCIA ETHERNET
CARD
The embedded Ethernet function can be used by selecting one of two types of devices: the embedded
Ethernet port and PCMCIA Ethernet card.
A selection can also be made to stop the embedded Ethernet function.
The PCMCIA Ethernet card is to be inserted into the memory card slot for temporary communication.
CAUTION
1 When using the embedded Ethernet function for the first time, set an IP address
and other items carefully as instructed by the network administrator, then
perform a sufficient communication test.
Note that an incorrect IP address or other setting may cause a communication
failure on the entire network.
2 A unit such as a PC situated in the same network can increase the
communication processing load on the CNC even if the unit is not
communicating with the CNC.
Avoid connecting the CNC to a factory-wide network. Use a router or the like to
separate the network including the CNC from the other networks.
NOTE
1 Use the PCMCIA Ethernet card designated by FANUC. General Ethernet cards
available on the market cannot be used.
2 The PCMCIA Ethernet card is used for FANUC LADDER-III or SERVO GUIDE.
3 Use the PCMCIA Ethernet card just for temporary communication as described
above. Avoid using the card for continuous communication.
4 The PCMCIA Ethernet card is inserted into a memory card slot, with a part of the
card left uninserted. When using the PCMCIA Ethernet card, take great care
not to damage the card by hitting the protruding part of the card.
When the card becomes unnecessary, remove the card immediately, in order to
prevent any damage to the card.
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7.EMBEDDED ETHERNET FUNCTION
Related NC parameters
#7
#6
#5
#4
#3
#2
#1
#0
14880
ETH
[Input type] Setting input
[Data type] Bit
# 0 ETH The embedded Ethernet function (embedded Ethernet port or PCMCIA Ethernet card) is:
0: Used.
1: Not used.
7.2
SETTING UP THE EMBEDDED ETHERNET FUNCTION
This section describes the setting of parameters for the embedded Ethernet function.
7.2.1
Setting of the FOCAS2/Ethernet Function
This subsection describes the settings required to operate the FOCAS2/Ethernet function.
Notes on using the FOCAS2/Ethernet function for the first time
NOTE
1 When running user's original application software created by using the
FOCAS2/Ethernet function, use the embedded Ethernet port.
2 The FOCAS2/Ethernet function allows up to five FOCAS2/Ethernet clients to be
connected to one CNC.
3 Concurrent access by multiple applications or personal computers may overload
the CNC, reducing the communication speed.
7.2.1.1 Operation on the FOCAS2/Ethernet setting screen
On the Ethernet parameter setting screen, set the parameters for operating the FOCAS2/Ethernet function.
Procedure
1
Press the function key
2
Soft keys [EMBED] and [PCMCIA] appear.
(When there is no soft keys, press the continue key.)
3 To display the Ethernet Setting screen for the embedded Ethernet port or the PCMCIA Ethernet card,
press soft key [EMBED] or [PCMCIA], respectively.
4
Press soft keys [COMMON] and [FOCAS2] and then enter parameters for the items that appear.
NOTE
1 The parameters for the embedded Ethernet port and the parameters for the
PCMCIA Ethernet card are independent of each other.
2 The settings of the FOCAS2/Ethernet function for the PCMCIA Ethernet card are
made when a connection to SERVO GUIDE and FANUC LADDER-III is
established.
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7.EMBEDDED ETHERNET FUNCTION
B-64305EN/03
COMMON screen (BASIC)
Press soft key [COMMON]. The COMMON screen (BASIC) is displayed.
COMMON screen (BASIC)
Settings items
Item
Description
IP ADDRESS
Specify the IP address of the embedded Ethernet.
(Example of specification format: "192.168.0.100")
SUBNET MASK
Specify a mask address for the IP addresses of the network.
(Example of specification format: "255.255.255.0")
ROUTER IP ADDRESS
Specify the IP address of the router.
Specify this item when the network contains a router.
(Example of specification format: "192.168.0.253")
Display items
Item
Description
MAC ADDRESS
Embedded Ethernet MAC address
AVAILABLE DEVICE
Enabled device of the embedded Ethernet.
Either the embedded Ethernet port or the PCMCIA Ethernet card is displayed.
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7.EMBEDDED ETHERNET FUNCTION
FOCAS2 screen
Press soft key [FOCAS2]. The FOCAS2 screen is displayed.
FOCAS2 screen
Setting items
Item
Description
PORT NUMBER (TCP)
Specify a port number to be used with the FOCAS2/Ethernet function. The valid
input range is 5001 to 65535.
PORT NUMBER (UDP)
Set this item to 0 when it is used as the FOCAS2/Ethernet function.
TIME INTERVAL
Set this item to 0 when it is used as the FOCAS2/Ethernet function.
NOTE
1 When a connection to the CIMPLICITY i CELL is established, set the UDP port
number and time interval above as described in the FANUC CIMPLICITY i CELL
Operator's Manual (B-75074).
2 The unit of the time interval is 10 ms. The allowable range is between 10 and
65535. A time interval less than 100ms cannot be set.
3 Decreasing the time interval setting increases the communication load and can
affect the network performance.
Example) If the interval is set to 100 (100 x 10 ms = 1 second), broadcast data
is sent every 1 second.
Initial setting of the PCMCIA Ethernet card
The PCMCIA Ethernet card is factory-set to the following default values, for ease of connection with
SERVO GUIDE or FANUC LADDER-III.
IP ADDRESS : 192.168.1.1
SUBNET MASK
: 255.255.255.0
ROUTER IP ADDRESS
: None
PORT NUMBER (TCP)
: 8193
PORT NUMBER (UDP)
: 0
TIME INTERVAL
: 0
If a specified IP address is changed to a blank (space), the specified setting is reset to the default value.
The embedded Ethernet port does not have a default value.
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7.EMBEDDED ETHERNET FUNCTION
B-64305EN/03
7.2.1.2 Example of setting the FOCAS2/Ethernet function
The following shows a setting example required for the FOCAS2/Ethernet function to operate.
In this example, one personal computer is connected to two CNCs through FOCAS2/Ethernet.
HUB
10BASE-T or
100BASE-TX
CNC 1
CNC 2
PC 1
CNC 1
CNC 2
IP address
192.168.0.100
192.168.0.101
Subnet mask
255.255.255.0
255.255.255.0
Router IP address
None
None
The Ethernet parameter screen is used for
setting.
TCP port number
8193
8193
UDP port number
0
0
Time interval
0
0
PC 1
"Microsoft TCP/IP property" of the personal
IP address
192.168.0.200
computer (Windows 2000/XP/Vista) is used
Subnet mask
255.255.255.0
for setting.
Default gateway
None
CNC 1
NC IP address
192.168.0.100
The arguments of the data window library
NC TCP port number
8193
function cnc_allclibhndl3 are used for
CNC 2
NC IP address
192.168.0.101
setting.
NC TCP port number
8193
7.2.2
Setting of the FTP File Transfer Function
This section describes the settings required for the FTP file transfer function to operate using the
embedded Ethernet function.
Notes on using the FTP file transfer function for the first time
NOTE
1 When using the FTP file transfer function, use the embedded Ethernet port.
2 The number of FTP communications to which one CNC can be connected using
the FTP file transfer function is one.
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7.EMBEDDED ETHERNET FUNCTION
7.2.2.1 Operation on the FTP file transfer setting screen
On the Ethernet setting screen, set the parameters for operating the FTP file transfer function.
Procedure
1
Press the function key
2
Soft keys [EMBED] appear.
(When there is no soft keys, press the continue key.)
3
By pressing the [EMBED] soft key, the Ethernet Setting screen for the embedded Ethernet port is
displayed.
4
Press soft keys [COMMON] and [FTPTRNS] and then enter parameters for the items that appear.
NOTE
The parameters for the embedded Ethernet port and the parameters for the
PCMCIA Ethernet card are independent of each other.
If the [PCMCIA] soft key is pressed, the PCMCIA Ethernet card can be set up.
However, the card setup is carried out for maintenance and is not necessary
usually.
COMMON screen (BASIC)
Press soft key [COMMON]. The COMMON screen (BASIC) is displayed.
COMMON screen (BASIC)
Setting items
Item
Description
IP ADDRESS
Specify the IP address of the embedded Ethernet.
(Example of specification format: "192.168.0.100")
SUBNET MASK
Specify a mask address for the IP addresses of the network.
(Example of specification format: "255.255.255.0")
ROUTER IP ADDRESS
Specify the IP address of the router.
Specify this item when the network contains a router.
(Example of specification format: "192.168.0.253")
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7.EMBEDDED ETHERNET FUNCTION
B-64305EN/03
Display items
Item
Description
MAC ADDRESS
Embedded Ethernet MAC address
AVAILABLE DEVICE
Enabled device of the embedded Ethernet.
Either the embedded Ethernet port or the PCMCIA Ethernet card is displayed.
FTP transfer screen (CONNECT1, CONNECT2, CONNECT3)
1
Press soft key [FTPTRNS]. The FTP transfer screen is displayed.
2
Page keys
can be used to make settings for the three host computers for connection
destinations 1 to 3.
FTP transfer screen (1st page)
FTP transfer screen (2nd page)
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B-64305EN/03
7.EMBEDDED ETHERNET FUNCTION
Item
Description
HOST NAME
Specify the IP address of the host computer.
(Example of specification format: "192.168.0.200")
PORT NUMBER
Specify a port number to be used with the FTP file transfer function. An FTP session
is used, so that "21" is to be specified usually.
USERNAME
Specify a user name to be used for logging in to the host computer with FTP.
(Up to 31 characters can be specified.)
PASSWORD
Specify a password for the user name specified above. (Up to 31 characters can be
specified.)
Be sure to set a password.
LOGIN FOLDER
Specify a work folder to be used when logging in to the host computer. (Up to 127
characters can be specified.)
If nothing is specified, the home folder specified in the host computer becomes the
log-in folder.
Operation
Select a destination.
1
Pressing the [(OPRT)] soft key causes soft key [HOST] to be displayed. Pressing this soft key
causes soft keys [CONECT 1], [CONECT 2], and [CONECT 3] to be displayed.
2
Depending on the host computer to be connected, press soft key [CONECT 1], [CONECT 2], or
[CONECT 3]. Destination 1, 2, or 3 is highlighted in the screen title field. The computer
corresponding to the highlighted destination is selected as the target computer to be connected.
When destination 1 is selected
7.2.2.2 Related NC parameters
The NC parameters related to the FTP file transfer function are described below.
0020
I/O CHANNEL : Input/output device selection, or interface number for a foreground input device
[Input type] Setting input
[Data type] Byte
[Valid data range] 9 : Select the embedded Ethernet as the input/output device.
#7
#6
#5
#4
#3
#2
#1
#0
13115
SI2
SI1
[Input type] Parameter input
[Data type] Bit
#4 SI1 Soft key input of the characters shown below and switching between the uppercase and
lowercase input modes by a soft key are:
0: Disabled.
1: Enabled.
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- 283 -