bosch CC 220 User Manual

Typ1 osa / CC 220

Signal Description

Version

101

Typ1 osa / CC 220

Signal Description

1070 073 758-101 (96.02) GB

E 1996

by Robert Bosch GmbH,

All rights reserved, including applications for protective rights.

Reproduction or handing over to third parties are subject to our written permission.

Discretionary charge 20.– DM

Table of contents

Safety instructions / Foreword

Table of contents

Type1 osa / CC 220

Signal description

Page

1. Digital interface

1 .1 Interface tables 1 − 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1.1.1 Signals from CNC to PLC 1 − 3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1.1.2 Signals from CNC to PLC 1 − 9. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1.1.3 PLC input addresses of the MTB1 I/O inputs (only CC 220) 1 − 15. . . . . . . . . . . . . . . . . . . . . . . . . .

1.1.4 PLC output addresses of the MTB1 I/O outputs (only CC 220) 1 − 17. . . . . . . . . . . . . . . . . . . . . . . .

1.1.5 Signals to the machine for PIC 250 modules with I/O 24/0.2 (only CC 220) 1 − 18. . . . . . . . . . . . .

1.1.6 Signals from the machine for PIC 250 modules with I/O 24/0.2 (only CC 220) 1 − 19. . . . . . . . . .

1.2 Signal descriptions 1 − 21. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1.2.1 Control inputs (PLC outputs) 1 − 23. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1.2.2 Control outputs (PLC inputs) 1 − 115. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1.3 Other signals 1 − 175. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1.4 Signal register 1 − 181. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1 − 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1070 073
758101

Contents 1

Table of contents

Type1 osa / CC 220

Signal description

1070 073
758101

Contents 2

Safety instructions

The following warning labels can be attached to control units to draw attention to
certain points:

Safety Instructions

’ Danger of electrocution!

’ Danger of battery leakage!

’ Electrostatic sensitive devices!

’ Remove plug before opening!

Type1 osa / CC 220

Signal description

’ Bolts only for PE conductor connection!

’ Only for cable screen connection!

Symbols used in the manual:

To draw attention to particular points:

NOTE

(Supplementary explanations, recommendations, information and tips are found
under these headings)

To draw your attention to particular safetycritical points or instructions:

CAUTION!

Damage to equipment can result if instructions are not observed! For example, files
can be erased or modules damaged.

1070 073 758101

CAUTION!

Damage to equipment or even personal injury can result if instructions are not

!

!

observed.

or this warning symbol in the left margin.

I

Safety Instructions

Type1 osa / CC 220

Signal description

Owing to the particular, safetycritical significance with regard to drive movements
or the evaluation of CNC digital I/Os, we draw your attention to the control signal

READY2 (for relay contact; see section "Other signals").

CAUTION!

The READY2 or Ready contact must be networked to the emergency stop cir

!

cuit!
The control is not ready if the Ready 2 contact is open! For this reason all dan
gerous functions must be made safe immediately after opening the contact!

1070 073 758101

II

Foreword

Foreword

Type1 osa / CC 220

Signal description

This manual relates to the applications and currently released software versions of
the following control units:

Logic controller Application Software version

Type1 osa M Centre T4 ZO
CC 220 M Centre Z25 FO

Type1 osa T Rotate T... ...

CC 220 T Rotate D... ...

NOTE

The group operating mode DIAGNOSIS contains instructions for the current con
trol unit software version which may be accessed via the softkey DIAGNOSTIC
CONTROL or SOFTWARE VERSION.

As the title suggests, this manual contains information required for normal opera
tion of control unit digital I/O signals.
Please refer to the manual Connection conditions part 1" for the relevant control
unit for information on control hardware (I/O connections, etc.).

Since the control unit usually forms part of a larger system, sometimes with com
plex, machinespecific PLC adaptation programs, this manual cannot deal with
PLC adaptation.

Your Bosch service branch or customer advisory service will be pleased to help you
if you require more detailed information or if problems with the control unit should
arise which are not sufficiently dealt with in this manual.
This manual is intended for technically qualified PLC configuration personnel.

CAUTION!

Only suitably qualified personnel may carry out configuration and commissioning!

!

Such personnel must be able to recognise the dangers which can be caused by
mechanical, electrical or electronic equipment.

Please observe our comprehensive training program. An overview of courses may
be found on the inside front cover of this manual. Our training centre will be pleased
to provide you with further information (tel: 06062 / 78258).

1070 073 758101

III

Foreword

Type1 osa / CC 220

Signal description

1070 073 758101

IV

1 Digital interface

1 .1 Interface tables

The tables list the interface scope between CNC / PLC and (MTB1 I/O for CC220)
classified by addresses. The tables contain the interface addresses of the control
units Type1 osa and the CC220.

PLC functionality is integrated as software in the Type1 osa softPIC variants under
the name softPIC". PLC functionality is prepared for the relevant hardware
(CL400) in the Type1 osa variants.

Note

Type1 osa signals differ from those of the CC220 control unit series in the
number of axes which can be used with the NCPLC interface.

For example, only signals which address axes 1 to 5 can be processed in the
Type1 osa NC interface (osa module with 5 axes).

Any signal which has not been allocated a marker cannot be used with the
Type1 osa control unit.
Limits on other signals are designated specifically at the signals according to
their different NC series.

Digital Interface

Type1 osa / CC 220

Signal description

Addresses

The CNC digital interface has 256 inputs and 256 outputs. The PLC addresses
these signals differently depending on the type of coupling between CNC and PLC
(Type1 osa: softPIC, CL) or (CC220: PIC250, bit or word coupling).
In the tables all addresses are PLC related, i.e. I 0.0" corresponds to PLC Input
signal 0.0 and O 0.0" to PLC output signal 0.0. The assignment of addresses for
the CNC interface is contained in the Address bit coupl." column:

e.g. I 0.0 = CNC output 0.0; e.g. O 0.0 = CNC input 0.0

System (name) CC 220

The SYMBOL NAMES for wordcoupling PLCs (PC 600) must be adopted by the
user 1:1 because existing function modules are configured around these symbol
names.

For bitcoupled PLCs (CL / PIC 250 / PC 600) other symbol names can be used, but
the default symbol names should be used to simplify troubleshooting (service).

For multiple bitcoupling (CL, PC 600) the symbol is given an index at the first char
acter of the symbol name (e.g. CCDRVON1" ! 1CDRVON1", 2CDRVON1" !
3CDRVON1").

1070 073 758101

1 − 1

Digital Interface

Type1 osa / CC 220

Signal description

Start address CC220

The start address for the CNC interface can be set using the machine parameter of
the relevant control unit (in parameter block 6000). This avoids conflicting ad
dresses where a number of bitcoupled CNCs are connected to a single CL, PC600
(multiple bitcoupling).

First CNC: P6008=0; Start address of CNC digital interface at 0.0

(normal case).

Second CNC: P6008=40; Start address of CNC digital interface at 40.0

The CNC input DRIVE ON 1ST AXIS" is
now set by the PLC through the PLC output O40.0

e.g. I 0.0 = CNC output 0.0; e.g. O 0.0 = CNC input 0.0

Remarks

The REMARKS for the CNCPLC signals correspond to the standard Bosch Assign
ment Lists. The user can change these forms to his/her own remarks provided the
meaning of the signal remarks remains unchanged.

1070 073 758101

1 − 2

1.1.1 Signals from CNC to PLC

–––––––––––––––––Address–––––––––––––––––

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ PLC->NC O BYTE: 0 (M BYTE: 0) -------------------------------

O216.0 O0.0 0 M0.0 O0.0 CCDRVON1 DRIVE ON 1ST AXIS
O216.1 O0.1 1 M0.1 O0.1 CCDRVON2 DRIVE ON 2ND AXIS
O216.2 O0.2 2 M0.2 O0.2 CCDRVON3 DRIVE ON 3RD AXIS
O216.3 O0.3 3 M0.3 O0.3 CCDRVON4 DRIVE ON 4TH AXIS
O216.4 O0.4 4 M0.4 O0.4 CCDRVON5 DRIVE ON 5TH AXIS
O216.5 O0.5 5 CCDRVON6 DRIVE ON 6TH AXIS
O216.6 O0.6 6 CCDRVON7 DRIVE ON 7TH AXIS
O216.7 O0.7 7 CCDRVON8 DRIVE ON 8TH AXIS

------------------ PLC->NC O BYTE: 1 (M BYTE: 1) -------------------------------

O217.0 O1.0 8 M1.0 O1.0 CCVFRG1 FEED ALLOW 1ST AXIS
O217.1 O1.1 9 M1.1 O1.1 CCVFRG2 FEED ALLOW 2ND AXIS
O217.2 O1.2 10 M1.2 O1.2 CCVFRG3 FEED ALLOW 3RD AXIS
O217.3 O1.3 11 M1.3 O1.3 CCVFRG4 FEED ALLOW 4TH AXIS
O217.4 O1.4 12 M1.4 O1.4 CCVFRG5 FEED ALLOW 5TH AXIS
O217.5 O1.5 13 CCVFRG6 FEED ALLOW 6TH AXIS
O217.6 O1.6 14 CCVFRG7 FEED ALLOW 7TH AXIS
O217.7 O1.7 15 CCVFRG8 FEED ALLOW 8TH AXIS

------------------ PLC->NC O BYTE: 2 (M BYTE: 2) -------------------------------

O218.0 O2.0 16 M2.0 O2.0 CCREFP1 REFERENCE POINT 1ST AXIS
O218.1 O2.1 17 M2.1 O2.1 CCREFP2 REFERENCE POINT 2ND AXIS
O218.2 O2.2 18 M2.2 O2.2 CCREFP3 REFERENCE POINT 3RD AXIS
O218.3 O2.3 19 M2.3 O2.3 CCREFP4 REFERENCE POINT 4TH AXIS
O218.4 O2.4 20 M2.4 O2.4 CCREFP5 REFERENCE POINT 5TH AXIS
O218.5 O2.5 21 CCREFP6 REFERENCE POINT 6TH AXIS
O218.6 O2.6 22 CCREFP7 REFERENCE POINT 7TH AXIS
O218.7 O2.7 23 CCREFP8 REFERENCE POINT 8TH AXIS

------------------ PLC->NC O BYTE: 3 (M BYTE: 3) -------------------------------

O219.0 O3.0 24 M3.0 O3.0 CCREFR1 DIR. of REF. 1ST AXIS
O219.1 O3.1 25 M3.1 O3.1 CCREFR2 DIR. of REF. 2ND AXIS
O219.2 O3.2 26 M3.2 O3.2 CCREFR3 DIR. of REF. 3RD AXIS
O219.3 O3.3 27 M3.3 O3.3 CCREFR4 DIR. of REF. 4TH AXIS
O219.4 O3.4 28 M3.4 O3.4 CCREFR5 DIR. of REF. 5TH AXIS
O219.5 O3.5 29 CCREFR6 DIR. of REF. 6TH AXIS
O219.6 O3.6 30 CCREFR7 DIR. of REF. 7TH AXIS
O219.7 O3.7 31 CCREFR8 DIR. of REF. 8TH AXIS

------------------ PLC->NC O BYTE: 4 (M BYTE: 4) -------------------------------

O220.0 O4.0 32 M4.0 O4.0 CCRED1 (NOT) REDUCTION 1ST AXIS
O220.1 O4.1 33 M4.1 O4.1 CCRED2 (NOT) REDUCTION 2ND AXIS
O220.2 O4.2 34 M4.2 O4.2 CCRED3 (NOT) REDUCTION 3RD AXIS
O220.3 O4.3 35 M4.3 O4.3 CCRED4 (NOT) REDUCTION 4TH AXIS
O220.4 O4.4 36 M4.4 O4.4 CCRED5 (NOT) REDUCTION 5TH AXIS
O220.5 O4.5 37 CCRED6 (NOT) REDUCTION 6TH AXIS
O220.6 O4.6 38 CCRED7 (NOT) REDUCTION 7TH AXIS
O220.7 O4.7 39 CCRED8 (NOT) REDUCTION 8TH AXIS

------------------ PLC->NC O BYTE: 5 (M BYTE: 5) -------------------------------

O221.0 O5.0 40 M5.0 O5.0 CCEINFRG TRANSFER ALLOW
O221.1 O5.1 41 M5.1 O5.1 CCEDITFR EDIT INHIBIT
O221.2 O5.2 42 M5.2 O5.2 CCSLASHA BLOCK SLASH
O221.3 O5.3 43 M5.3 O5.3 CCEMSTPQ (NOT) EMERGENCY STOP
O221.4 O5.4 44 M5.4 O5.4 CC START NC START
O221.5 O5.5 45 M5.5 O5.5 CCHALTQ (NOT) FEED HOLD
O221.6 O5.6 46 CCLOCREM LOCAL/REMOTE change-over (DNC)
O221.7 O5.7 47 CCLOREPO LOCAL/REMOTE POTENTIOMETER (DNC)

Digital Interface

Typ e 1 osa / CC 220

Signal description

1070 073 758101

1 − 3

Digital Interface

Typ e 1 osa / CC 220

Signal description

––––––––––––––––––Address––––––––––––––––

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ PLC->NC O BYTE: 6 (M BYTE: 6) -------------------------------

O222.0 O6.0 48 M6.0 O6.0 CCEINM01 OPTIONAL STOP
O222.1 O6.1 49 M6.1 O6.1 CCDIREKT DIRECT CALL
O222.2 O6.2 50 M6.2 O6.2
O222.3 O6.3 51 M6.3 O6.3 CCCPLMAS CPL DIALOGUE MACHINE
O222.4 O6.4 52 M6.4 O6.4 CCBETRKL MODE INHIBIT
O222.5 O6.5 53 M6.5 O6.5 CCMULSTR MULTISTROBE
O222.6 O6.6 54 M6.6 O6.6 CCABSINK ABSOLUTE/INCREMENTAL (L/H)
O222.7 O6.7 55 M6.7 O6.7 CCSIGN SIGN (+/-) (L/H)

------------------ PLC->NC O BYTE: 7 (M BYTE: 7) -------------------------------

O223.0 O7.0 56 M7.0 O7.0 CCMMOD1 MULTIMODE VALUE 1
O223.1 O7.1 57 M7.1 O7.1 CCMMOD2 MULTIMODE VALUE 2
O223.2 O7.2 58 M7.2 O7.2 CCMMOD4 MULTIMODE VALUE 4
O223.3 O7.3 59 M7.3 O7.3 CCMMOD8 MULTIMODE VALUE 8
O223.4 O7.4 60 M7.4 O7.4 CCMMOD16 MULTIMODE VALUE 16
O223.5 O7.5 61 M7.5 O7.5 CCMMOD32 MULTIMODE VALUE 32
O223.6 O7.6 62 M7.6 O7.6 CCMMOD64 MULTIMODE VALUE 64
O223.7 O7.7 63 M7.7 O7.7 CCMMO128 MULTIMODE VALUE 128

------------------ PLC->NC O BYTE: 8 (M BYTE: 8) -------------------------------

O224.0 O8.0 64 M8.0 O8.0 CCDAT1 DATA LINE MULTIMODE 1 * 10**0/2**0
O224.1 O8.1 65 M8.1 O8.1 CCDAT2 DATA LINE MULTIMODE 2 * 10**0/2**1
O224.2 O8.2 66 M8.2 O8.2 CCDAT3 DATA LINE MULTIMODE 4 * 10**0/2**2
O224.3 O8.3 67 M8.3 O8.3 CCDAT4 DATA LINE MULTIMODE 8 * 10**0/2**3
O224.4 O8.4 68 M8.4 O8.4 CCDAT5 DATA LINE MULTIMODE 1 * 10**1/2**4
O224.5 O8.5 69 M8.5 O8.5 CCDAT6 DATA LINE MULTIMODE 2 * 10**1/2**5
O224.6 O8.6 70 M8.6 O8.6 CCDAT7 DATA LINE MULTIMODE 4 * 10**1/2**6
O224.7 O8.7 71 M8.7 O8.7 CCDAT8 DATA LINE MULTIMODE 8 * 10**1/2**7

------------------ PLC->NC O BYTE: 9 (M BYTE: 9) -------------------------------

O225.0 O9.0 72 M9.0 O9.0 CCDAT9 DATA LINE MULTIMODE 1 * 10**2/2**8
O225.1 O9.1 73 M9.1 O9.1 CCDAT10 DATA LINE MULTIMODE 2 * 10**2/2**9
O225.2 O9.2 74 M9.2 O9.2 CCDAT11 DATA LINE MULTIMODE 4 * 10**2/2**10
O225.3 O9.3 75 M9.3 O9.3 CCDAT12 DATA LINE MULTIMODE 8 * 10**2/2**11
O225.4 O9.4 76 M9.4 O9.4 CCDAT13 DATA LINE MULTIMODE 1 * 10**3/2**12
O225.5 O9.5 77 M9.5 O9.5 CCDAT14 DATA LINE MULTIMODE 2 * 10**3/2**13
O225.6 O9.6 78 M9.6 O9.6 CCDAT15 DATA LINE MULTIMODE 4 * 10**3/2**14
O225.7 O9.7 79 M9.7 O9.7 CCDAT16 DATA LINE MULTIMODE 8 * 10**3/2**15

------------------ PLC->NC O BYTE: 10 (M BYTE: 10) ------------------------------

O226.0 O10.0 80 M10.0 O10.0 CCDAT17 DATA LINE MULTIMODE 1 * 10**4/2**16
O226.1 O10.1 81 M10.1 O10.1 CCDAT18 DATA LINE MULTIMODE 2 * 10**4/2**17
O226.2 O10.2 82 M10.2 O10.2 CCDAT19 DATA LINE MULTIMODE 4 * 10**4/2**18
O226.3 O10.3 83 M10.3 O10.3 CCDAT20 DATA LINE MULTIMODE 8 * 10**4/2**19
O226.4 O10.4 84 M10.4 O10.4 CCDAT21 DATA LINE MULTIMODE 1 * 10**5/2**20
O226.5 O10.5 85 M10.5 O10.5 CCDAT22 DATA LINE MULTIMODE 2 * 10**5/2**21
O226.6 O10.6 86 M10.6 O10.6 CCDAT23 DATA LINE MULTIMODE 4 * 10**5/2**22
O226.7 O10.7 87 M10.7 O10.7 CCDAT24 DATA LINE MULTIMODE 8 * 10**5/2**23

1070 073 758101

------------------ PLC->NC O BYTE: 11 (M BYTE: 11) ------------------------------

O227.0 O11.0 88 M11.0 O11.0 CCDAT25 DATA LINE MULTIMODE 1 * 10**6/2**24
O227.1 O11.1 89 M11.1 O11.1 CCDAT26 DATA LINE MULTIMODE 2 * 10**6/2**25
O227.2 O11.2 90 M11.2 O11.2 CCDAT27 DATA LINE MULTIMODE 4 * 10**6/2**26
O227.3 O11.3 91 M11.3 O11.3 CCDAT28 DATA LINE MULTIMODE 8 * 10**6/2**27
O227.4 O11.4 92 M11.4 O11.4 CCDAT29 DATA LINE MULTIMODE 1 * 10**7/2**28
O227.5 O11.5 93 M11.5 O11.5 CCDAT30 DATA LINE MULTIMODE 2 * 10**7/2**29
O227.6 O11.6 94 M11.6 O11.6 CCDAT31 DATA LINE MULTIMODE 4 * 10**7/2**30
O227.7 O11.7 95 M11.7 O11.7 CCDAT32 DATA LINE MULTIMODE 8 * 10**7/(+/-)

1 − 4

Digital Interface

Typ e 1 osa / CC 220

Signal description

–––––––––––––––––Address––––––––––––––––––

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ PLC->NC O BYTE: 12 (M BYTE: 12) ------------------------------

O228.0 O12.0 96 M12.0 O12.0 CCHQUIT AUX.-FUNCT.-acknowledgement
O228.1 O12.1 97 M12.1 O12.1 CCBSPR OPTIONAL JUMP ON
O228.2 O12.2 98 M12.2 O12.2
O228.3 O12.3 99 M12.3 O12.3 CCSFTAUS SUPPRESSION OF SOFTWARE LIMITS
O228.4 O12.4 100 M12.4 O12.4 CC2M3/FS 2ND SPINDLE C’WISE ROTAT. (M3) / AUTOMATIC



O228.5 O12.5 101 M12.5 O12.5 CC2M4/ES 2ND SPINDLE COUNTER-CLOCKWISE ROTATION / BLOCK



O228.6 O12.6 102 M12.6 O12.6 CC2SPM5 2ND SPINDLE STOP (M5)

‘

O228.7 O12.7 103 M12.7 O12.7 CC2SPM19 2nd SPINDLE DIRECT (M19

‘

------------------ PLC->NC O BYTE: 13 (M BYTE: 13) ------------------------------

O229.0 O13.0 104 M13.0 O13.0 CCJOG1P JOG 1ST AXIS POSITIVE DIRECTION
O229.1 O13.1 105 M13.1 O13.1 CCJOG1N JOG 1ST AXIS NEGATIVE DIRECTION
O229.2 O13.2 106 M13.2 O13.2 CCJOG2P JOG 2ND AXIS POSITIVE DIRECTION
O229.3 O13.3 107 M13.3 O13.3 CCJOG2N JOG 2ND AXIS NEGATIVE DIRECTION
O229.4 O13.4 108 M13.4 O13.4 CCJOG3P JOG 3RD AXIS POSITIVE DIRECTION
O229.5 O13.5 109 M13.5 O13.5 CCJOG3N JOG 3RD AXIS NEGATIVE DIRECTION
O229.6 O13.6 110 M13.6 O13.6 CCJOG4P JOG 4TH AXIS POSITIVE DIRECTION
O229.7 O13.7 111 M13.7 O13.7 CCJOG4N JOG 4TH AXIS NEGATIVE DIRECTION

------------------ PLC->NC O BYTE: 14 (M BYTE: 14) ------------------------------

O230.0 O14.0 112 M14.0 O14.0 CCJOG5P JOG 5TH AXIS POSITIVE DIRECTION
O230.1 O14.1 113 M14.1 O14.1 CCJOG5N JOG 5TH AXIS NEGATIVE DIRECTION
O230.2 O14.2 114 CCJOG6P JOG 6TH AXIS POSITIVE DIRECTION
O230.3 O14.3 115 CCJOG6N JOG 6TH AXIS NEGATIVE DIRECTION
O230.4 O14.4 116 CCJOG7P JOG 7TH AXIS POSITIVE DIRECTION
O230.5 O14.5 117 CCJOG7N JOG 7TH AXIS NEGATIVE DIRECTION
O230.6 O14.6 118 CCJOG8P JOG 8TH AXIS POSITIVE DIRECTION
O230.7 O14.7 119 CCJOG8N JOG 8TH AXIS NEGATIVE DIRECTION

------------------ PLC->NC O BYTE: 15 (M BYTE: 15) -----------------------------

O231.0 O15.0 120 M15.0 O15.0 CCJRAPID MANUAL FEED RAPID
O231.1 O15.1 121 M15.1 O15.1 CCJHIGH MANUAL FEED FAST
O231.2 O15.2 122 M15.2 O15.2 CCJMED MANUAL FEED MEDIUM
O231.3 O15.3 123 M15.3 O15.3 CCJLOW MANUAL FEED SLOW
O231.4 O15.4 124 M15.4 O15.4 CCEXVORS EXTERNAL FEED
O231.5 O15.5 125 M15.5 O15.5 CCINKX INCREMENTS X
O231.6 O15.6 126 M15.6 O15.6 CCINK100 INCREMENTS 100
O231.7 O15.7 127 M15.7 O15.7 CCINK10 INCREMENTS 10

------------------ PLC->NC O BYTE: 16 (M BYTE: 16) ------------------------------

O232.0 O16.0 128 M16.0 O16.0 CCINK1 INCREMENT 1
O232.1 O16.1 129 M16.1 O16.1 CCREFANF REFERENCE
O232.2 O16.2 130 M16.2 O16.2 CCNULSET ZERO RESET

−

O232.3 O16.3 131 M16.3 O16.3 CCRESETL CANCEL DIST. TO GO
O232.4 O16.4 132 M16.4 O16.4 CCRESETA CONTROL RESET
O232.5 O16.5 133 M16.5 O16.5 CCE100% 100% FEED ASYNCHRONOUS AXES
O232.6 O16.6 134 M16.6 O16.6 CCEINTIP JOG (MM/MIN)
O232.7 O16.7 135 M16.7 O16.7 CCTIPMMU JOG (MM/REV)

------------------ PLC->NC O BYTE: 17 (M BYTE: 17) ------------------------------

O233.0 O17.0 136 M17.0 O17.0 CCVSEXT EXTERNAL FEED POT
O233.1 O17.1 137 M17.1 O17.1 CCSPEXT EXTERNAL SPINDLE POTI
O233.2 O17.2 138 M17.2 O17.2 CCGETAUT AUTOMATIC GEAR RANGE SELECTION (M40)
O233.3 O17.3 139 M17.3 O17.3 CCZAEEIN PIECE COUNTER ON

‘

O233.4 O17.4 140 M17.4 O17.4 CCSPUMK SPINDLE REVERSE
O233.5 O17.5 141 M17.5 O17.5 CCSPKONS CONSTANT SPINDLE SPEED
O233.6 O17.6 142 M17.6 O17.6 CCSP0VQ (NOT) SPINDLE SET VALUE 0 VOLT
O233.7 O17.7 143 M17.7 O17.7 CCSP100% SPINDLE OVERRIDE 100%

− Only with CC 220 M, Ty p e 1 osa M
‘ Only with CC 220 T, Type1 osa T

 With CC 220 T, Type1 osa T: 2ND SPINDLE CLOCKWISE ROTATION;

with CC 220 M, Type1 osa M:AUTOMATIC

 With CC 220 T, Type1 osa T: 2ND SPINDLE COUNTERCLOCKWISE ROTATION;

for CC 220 M, Type1 osa M: BLOCK

1070 073 758101

1 − 5

Digital Interface

Typ e 1 osa / CC 220

Signal description

––––––––––––––––––Address–––––––––––––––––

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ PLC->NC O BYTE: 18 (M BYTE: 18) ------------------------------

O234.0 O18.0 144 M18.0 O18.0 CCGETR1 GEAR RANGE 1 ACKNOWLEDGE
O234.1 O18.1 145 M18.1 O18.1 CCGETR2 GEAR RANGE 2 ACKNOWLEDGE
O234.2 O18.2 146 M18.2 O18.2 CCGETR3 GEAR RANGE 3 ACKNOWLEDGE
O234.3 O18.3 147 M18.3 O18.3 CCGETR4 GEAR RANGE 4 ACKNOWLEDGE
O234.4 O18.4 148 M18.4 O18.4 CCGETR5 GEAR RANGE 5 / 1 ACKNOWLEDGE (2ND SPINDLE)

~

O234.5 O18.5 149 M18.5 O18.5 CCGETR6 GEAR RANGE 6 / 2 ACKNOWLEDGE (2ND SPINDLE)

~

O234.6 O18.6 150 M18.6 O18.6 CCGETR7 GEAR RANGE 7 / 3 ACKNOWLEDGE (2ND SPINDLE)

~

O234.7 O18.7 151 M18.7 O18.7 CCGETR8 GEAR RANGE 8 / 4 ACKNOWLEDGE (2ND SPINDLE)

~

------------------ PLC->NC O BYTE: 19 (M BYTE: 19) ------------------------------

O235.0 O19.0 152 M19.0 O19.0 CCSPRE SPINDLE CLOCKWISE ROTATION M03 (MANUAL)
O235.1 O19.1 153 M19.1 O19.1 CCSPLI SPINDLE COUNTER-CLOCKWISE ROTATION M04

O235.2 O19.2 154 M19.2 O19.2 CCSPSTOP SPINDLE STOP M05 (MANUAL)
O235.3 O19.3 155 M19.3 O19.3 CCSPRICT SPINDLE ORIENT M19 (MANUAL)
O235.4 O19.4 156 M19.4 O19.4 CCAWGET1 GEAR RANGE SELECTION 1 (MANUAL)
O235.5 O19.5 157 M19.5 O19.5 CCAWGET2 GEAR RANGE SELECTION 2 (MANUAL)
O235.6 O19.6 158 M19.6 O19.6 CCAWGET3 GEAR RANGE SELECTION 3 (MANUAL)
O235.7 O19.7 159 M19.7 O19.7 CCAWGET4 GEAR RANGE SELECTION 4 (MANUAL)

------------------ PLC->NC O BYTE: 20 (M BYTE: 20) ------------------------------

O236.0 O20.0 160 M20.0 O20.0 CCAWGET5 GEAR RANGE SELECTION 5 (MANUAL) / 1 (2ND

~

O236.1 O20.1 161 M20.1 O20.1 CCAWGET6 GEAR RANGE SELECTION 6 (MANUAL) / 2 (2ND

~

O236.2 O20.2 162 M20.2 O20.2 CCAWGET7 GEAR RANGE SELECTION 7 (MANUAL) / 3 (2ND

~

O236.3 O20.3 163 M20.3 O20.3 CCAWGET8 GEAR RANGE SELECTION 8 (MANUAL) / 4 (2ND

~

O236.4 O20.4 164 M20.4 O20.4 CC4KREIS QUADRANT PROGRAMMING

−

O236.5 O20.5 165 M20.5 O20.5 CCRESTRT AUTOMATIC RESTART M2/M30
O236.6 O20.6 166 M20.6 O20.6 CCKONTUR RETURN TO CONTOUR
O236.7 O20.7 167 M20.7 O20.7 CC84TST SINGLE BLOCK G84 (TEST)

−

------------------ PLC->NC O BYTE: 21 (M BYTE: 21) ------------------------------

O237.0 O21.0 168 M21.0 O21.0 CCDNCQTG DNC/PLC ACKNOWLEDGEMENT
O237.1 O21.1 169 M21.1 O21.1 CCVS100% SET FEED POT 100%
O237.2 O21.2 170 M21.2 O21.2 CCEG100% SET RAPID POT 100%
O237.3 O21.3 171 M21.3 O21.3 CCZAEDEK COUNTER DECREMENT / ANALOG POT 100%

‘−

O237.4 O21.4 172 M21.4 O21.4 CCSTZUEW TOOL LIFE MONITOR ON

‘

O237.5 O21.5 173 M21.5 O21.5 CCMESGEW THREAD GAUGE / REMACHINE

‘

O237.6 O21.6 174 M21.6 O21.6 CCTEACHV TEACH IN FEED

‘

O237.7 O21.7 175 M21.7 O21.7 CCTEACHS TEACH IN SPINDLE

‘

------------------ PLC->NC O BYTE: 22 (M BYTE: 22) ------------------------------

O238.0 O22.0 176 M22.0 O22.0 CCHANDR1 HANDWHEEL 1ST AXIS
O238.1 O22.1 177 M22.1 O22.1 CCHANDR2 HANDWHEEL 2ND AXIS
O238.2 O22.2 178 M22.2 O22.2 CCHANDR3 HANDWHEEL 3RD AXIS
O238.3 O22.3 179 M22.3 O22.3 CCHANDR4 HANDWHEEL 4TH AXIS
O238.4 O22.4 180 M22.4 O22.4 CCHANDR5 HANDWHEEL 5TH AXIS
O238.5 O22.5 181 CCHANDR6 HANDWHEEL 6TH AXIS
O238.6 O22.6 182 CCHANDR7 HANDWHEEL 7TH AXIS
O238.7 O22.7 183 CCHANDR8 HANDWHEEL 8TH AXIS

------------------ PLC->NC O BYTE: 23 (M BYTE: 23) ------------------------------

O239.0 O23.0 184 M23.0 O23.0 CCMSSP1A INHIBIT MEAS. SYS. MONITOR 1ST AXIS
O239.1 O23.1 185 M23.1 O23.1 CCMSSP2A INHIBIT MEAS. SYS. MONITOR 2ND AXIS
O239.2 O23.2 186 M23.2 O23.2 CCMSSP3A INHIBIT MEAS. SYS. MONITOR 3RD AXIS
O239.3 O23.3 187 M23.3 O23.3 CCMSSP4A INHIBIT MEAS. SYS. MONITOR 4TH AXIS
O239.4 O23.4 188 M23.4 O23.4 CCMSSP5A INHIBIT MEAS. SYS. MONITOR 5TH AXIS
O239.5 O23.5 189 CCMSSP6A INHIBIT MEAS. SYS. MONITOR 6TH AXIS

(MANUAL)

SP.)

SP.)

SP.)

SP.)

1070 073 758101

1 − 6

Digital Interface

Typ e 1 osa / CC 220

Signal description

O239.6 O23.6 190 CCMSSP7A INHIBIT MEAS. SYS. MONITOR 7TH AXIS
O239.7 O23.7 191 CCMSSP8A INHIBIT MEAS. SYS. MONITOR 8TH AXIS

− Only with CC 220 M, Type1 osa M ~ Only 4 gear ranges per spindle are possible with CC 220 T, Type1 osa with
‘ Only with CC 220 T, Type1 osa T "2nd spindle" option.

–––––––––––––––––Address––––––––––––––––––

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ PLC->NC O BYTE: 24 (M BYTE: 24) ------------------------------

O240.0 O24.0 192 M24.0 O24.0 2ND SPINDLE:AUTOMATIC GEAR RANGE SELECTION

‘

O240.1 O24.1 193 M24.1 O24.1 2ND SPINDLE:REVERSE SPINDLE DIRECTION

‘

O240.2 O24.2 194 M24.2 O24.2 2ND SPINDLE:CONSTANT SPINDLE SPEED

‘

O240.3 O24.3 195 M24.3 O24.3 2ND SPINDLE:(NOT) SPINDLE COMMAND 0 VOLT

‘

O240.4 O24.4 196 M24.4 O24.4 2ND SPINDLE:SET POT 100%

‘

O240.5 O24.5 197 M24.5 O24.5 2ND SPINDLE:POT EXTERNAL

‘

O240.6 O24.6 198 M24.6 O24.6
O240.7 O24.7 199 CCMTBUEB MTB/PANEL MONITOR ACTIVE

------------------ PLC->NC O BYTE: 25 (M BYTE: 25) ------------------------------

O241.0 O25.0 200 M25.0 O25.0 CCDRKOM1 DRIFT COMPENSATION OFF 1ST AXIS
O241.1 O25.1 201 M25.1 O25.1 CCDRKOM2 DRIFT COMPENSATION OFF 2ND AXIS
O241.2 O25.2 202 M25.2 O25.2 CCDRKOM3 DRIFT COMPENSATION OFF 3RD AXIS
O241.3 O25.3 203 M25.3 O25.3 CCDRKOM4 DRIFT COMPENSATION OFF 4TH AXIS
O241.4 O25.4 204 M25.4 O25.4 CCDRKOM5 DRIFT COMPENSATION OFF 5TH AXIS
O241.5 O25.5 205 CCDRKOM6 DRIFT COMPENSATION OFF 6TH AXIS
O241.6 O25.6 206 CCDRKOM7 DRIFT COMPENSATION OFF 7TH AXIS
O241.7 O25.7 207 CCDRKOM8 DRIFT COMPENSATION OFF 8TH AXIS

------------------ PLC->NC O BYTE: 26 (M BYTE: 26) ------------------------------

O242.0 O26.0 208 M26.0 O26.0 \

−

O242.1 O26.1 209 M26.1 O26.1

−

O242.2 O26.2 210 M26.2 O26.2

−

O242.3 O26.3 211 M26.3 O26.3

−

O242.4 O26.4 212 M26.4 O26.4 > according to machine parameter P6516

−

O242.5 O26.5 213 M26.5 O26.5

−

O242.6 O26.6 214 M26.6 O26.6

−

O242.7 O26.7 215 M26.7 O26.7 /

−

------------------ PLC->NC O BYTE: 27 (M BYTE: 27) ------------------------------

O243.0 O27.0 216 M27.0 O27.0 CCUMSCHD SWITCHOVER ROTARY MODE
O243.1 O27.1 217 M27.1 O27.1 CCUMSCHF SWITCHOVER MILLING MODE
O243.2 O27.2 218 M27.2 O27.2 CCREFCAC REFERENCE C-AXIS
O243.3 O27.3 219 M27.3 O27.3 CCCAAKSP C-AXIS ACTIVE (PLC)
O243.4 O27.4 220 M27.4 O27.4
O243.5 O27.5 221 M27.5 O27.5 CCFRKOST START MILLING HEAD COMPENSATION

−

O243.6 O27.6 222 M27.6 O27.6 CCREDBV FEEDRATE REDUCTION
O243.7 O27.7 223 M27.7 O27.7 CCGEWMOS REMACHINE THREAD WITHOUT ROUGHING

‘

------------------ PLC->NC O BYTE: 28 (M BYTE: 28) ------------------------------

O244.0 O28.0 224 M28.0 O28.0
O244.1 O28.1 225 M28.1 O28.1
O244.2 O28.2 226 M28.2 O28.2
O244.3 O28.3 227 M28.3 O28.3
O244.4 O28.4 228 M28.4 O28.4
O244.5 O28.5 229 M28.5 O28.5
O244.6 O28.6 230 M28.6 O28.6
O244.7 O28.7 231 M28.7 O28.7

------------------ PLC->NC O BYTE: 29 (M BYTE: 29) ------------------------------

O245.0 O29.0 232 M29.0 O29.0 \
O245.1 O29.1 233 M29.1 O29.1
O245.2 O29.2 234 M29.2 O29.2
O245.3 O29.3 235 M29.3 O29.3
O245.4 O29.4 236 M29.4 O29.4 > Reserved for CPL applications
O245.5 O29.5 237 M29.5 O29.5

I
I
I

I
I

I
I
I

I

The meaning of these signals is set

1070 073 758101

1 − 7

Digital Interface

Typ e 1 osa / CC 220

Signal description

O245.6 O29.6 238 M29.6 O29.6
O245.7 O29.7 239 M29.7 O29.7 /

− Only with CC 220 M, Type1 osa M
‘ Only with CC 220 T, Type1 osa T

––––––––––––––––––Address–––––––––––––––––

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ PLC->NC O BYTE: 30 (M BYTE: 30) ------------------------------

O246.0 O30.0 240 M30.0 O30.0 \
O246.1 O30.1 241 M30.1 O30.1
O246.2 O30.2 242 M30.2 O30.2
O246.3 O30.3 243 M30.3 O30.3
O246.4 O30.4 244 M30.4 O30.4 > Reserved for CPL applications
O246.5 O30.5 245 M30.5 O30.5
O246.6 O30.6 246 M30.6 O30.6
O246.7 O30.7 247 M30.7 O30.7 /

------------------ PLC->NC O BYTE: 31 (M BYTE: 31) ------------------------------

O247.0 O31.0 248 M31.0 O31.0 \
O247.1 O31.1 249 M31.1 O31.1
O247.2 O31.2 250 M31.2 O31.2
O247.3 O31.3 251 M31.3 O31.3
O247.4 O31.4 252 M31.4 O31.4 > Reserved for CPL applications
O247.5 O31.5 253 M31.5 O31.5
O247.6 O31.6 254 M31.6 O31.6
O247.7 O31.7 255 M31.7 O31.7 /

I

I
I
I

I
I

I
I
I

I
I

1070 073 758101

1 − 8

1.1.2 Signals from CNC to PLC

––––––––––––––––––Address–––––––––––––––––

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ NC->PLC I BYTE: 0 (M BYTE: 32) ------------------------------

O176.0 I0.0 0 M32.0 I0.0 CCDRIV1P POS. TRAVEL COMMAND 1ST AXIS
O176.1 I0.1 1 M32.1 I0.1 CCDRIV1N NEG. TRAVEL COMMAND 1ST AXIS
O176.2 I0.2 2 M32.2 I0.2 CCDRIV2P POS. TRAVEL COMMAND 2ND AXIS
O176.3 I0.3 3 M32.3 I0.3 CCDRIV2N NEG. TRAVEL COMMAND 2ND AXIS
O176.4 I0.4 4 M32.4 I0.4 CCDRIV3P POS. TRAVEL COMMAND 3RD AXIS
O176.5 I0.5 5 M32.5 I0.5 CCDRIV3N NEG. TRAVEL COMMAND 3RD AXIS
O176.6 I0.6 6 M32.6 I0.6 CCDRIV4P POS. TRAVEL COMMAND 4TH AXIS
O176.7 I0.7 7 M32.7 I0.7 CCDRIV4N NEG. TRAVEL COMMAND 4TH AXIS

------------------ NC->PLC I BYTE: 1 (M BYTE: 33) ------------------------------

O177.0 I1.0 8 M33.0 I1.0 CCDRIV5P POS. TRAVEL COMMAND 5TH AXIS
O177.1 I1.1 9 M33.1 I1.1 CCDRIV5N NEG. TRAVEL COMMAND 5TH AXIS
O177.2 I1.2 10 CCDRIV6P POS. TRAVEL COMMAND 6TH AXIS
O177.3 I1.3 11 CCDRIV6N NEG. TRAVEL COMMAND 6TH AXIS
O177.4 I1.4 12 CCDRIV7P POS. TRAVEL COMMAND 7TH AXIS
O177.5 I1.5 13 CCDRIV7N NEG. TRAVEL COMMAND 7TH AXIS
O177.6 I1.6 14 CCDRIV8P POS. TRAVEL COMMAND 8TH AXIS
O177.7 I1.7 15 CCDRIV8N NEG. TRAVEL COMMAND 8TH AXIS

------------------ NC->PLC I BYTE: 2 (M BYTE: 34) ------------------------------

O178.0 I2.0 16 M34.0 I2.0 CCINPOS1 1ST AXIS IN POSITION
O178.1 I2.1 17 M34.1 I2.1 CCINPOS2 2ND AXIS IN POSITION
O178.2 I2.2 18 M34.2 I2.2 CCINPOS3 3RD AXIS IN POSITION
O178.3 I2.3 19 M34.3 I2.3 CCINPOS4 4TH AXIS IN POSITION
O178.4 I2.4 20 M34.4 I2.4 CCINPOS5 5TH AXIS IN POSITION
O178.5 I2.5 21 CCINPOS6 6TH AXIS IN POSITION
O178.6 I2.6 22 CCINPOS7 7TH AXIS IN POSITION
O178.7 I2.7 23 CCINPOS8 8TH AXIS IN POSITION

------------------ NC->PLC I BYTE: 3 (M BYTE: 35) ------------------------------

O179.0 I3.0 24 M35.0 I3.0 CCMST_1E MST AUX. FUNCT. 1/1
O179.1 I3.1 25 M35.1 I3.1 CCMST_2E MST AUX. FUNCT. 2/2
O179.2 I3.2 26 M35.2 I3.2 CCMST_4E MST AUX. FUNCT. 4/4
O179.3 I3.3 27 M35.3 I3.3 CCMST_8E MST AUX. FUNCT. 8/8
O179.4 I3.4 28 M35.4 I3.4 CCMST_1Z MST AUX. FUNCT. 10/16
O179.5 I3.5 29 M35.5 I3.5 CCMST_2Z MST AUX. FUNCT. 20/32
O179.6 I3.6 30 M35.6 I3.6 CCMST_4Z MST AUX. FUNCT. 40/64
O179.7 I3.7 31 M35.7 I3.7 CCMST_8Z MST AUX. FUNCT. 80/128

------------------ NC->PLC I BYTE: 4 (M BYTE: 36) ------------------------------

O180.0 I4.0 32 M36.0 I4.0 CCMST_1H MST AUX. FUNCT. 100/256
O180.1 I4.1 33 M36.1 I4.1 CCMST_2H MST AUX. FUNCT. 200/512
O180.2 I4.2 34 M36.2 I4.2 CCMST_4H MST AUX. FUNCT. 400/1024
O180.3 I4.3 35 M36.3 I4.3 CCMST_8H MST AUX. FUNCT. 800/2048
O180.4 I4.4 36 M36.4 I4.4 CCST_1T ST AUX. FUNCT. 1000/4096
O180.5 I4.5 37 M36.5 I4.5 CCST_2T ST AUX. FUNCT. 2000/8192
O180.6 I4.6 38 M36.6 I4.6 CCST_4T ST AUX. FUNCT. 4000/16384
O180.7 I4.7 39 M36.7 I4.7 CCST_8T ST AUX. FUNCT. 8000/32768

------------------ NC->PLC I BYTE: 5 (M BYTE: 37) ------------------------------

O181.0 I5.0 40 M37.0 I5.0 CCST_1ZT ST AUX. FUNCT. 1*10**4/2**16
O181.1 I5.1 41 M37.1 I5.1 CCST_2ZT ST AUX. FUNCT. 2*10**4/2**17
O181.2 I5.2 42 M37.2 I5.2 CCST_4ZT ST AUX. FUNCT. 4*10**4/2**18
O181.3 I5.3 43 M37.3 I5.3 CCST_8ZT ST AUX. FUNCT. 8*10**4/2**19
O181.4 I5.4 44 M37.4 I5.4 CCST_1HT T AUX. FUNCT. 1*10**5/2**20
O181.5 I5.5 45 M37.5 I5.5 CCST_2HT T AUX. FUNCT. 2*10**5/2**21
O181.6 I5.6 46 M37.6 I5.6 CCST_4HT T AUX. FUNCT. 4*10**5/2**22
O181.7 I5.7 47 M37.7 I5.7 CCST_8HT T AUX. FUNCT. 8*10**5/2**23

Digital Interface

Typ e 1 osa / CC 220

Signal description

1070 073 758101

1 − 9

Digital Interface

Typ e 1 osa / CC 220

Signal description

––––––––––––––––––Address–––––––––––––––––

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ NC->PLC I BYTE: 6 (M BYTE: 38) ------------------------------

O182.0 I6.0 48 M38.0 I6.0 CCT_1M T AUX. FUNCT. 2*10**6/2**24
O182.1 I6.1 49 M38.1 I6.1 CCT_2M T AUX. FUNCT. 2*10**6/2**25
O182.2 I6.2 50 M38.2 I6.2 CCT_4M T AUX. FUNCT. 4*10**6/2**26
O182.3 I6.3 51 M38.3 I6.3 CCT_8M T AUX. FUNCT. 8*10**6/2**27
O182.4 I6.4 52 M38.4 I6.4 CCT_1ZM T AUX. FUNCT. 1*10**7/2**28
O182.5 I6.5 53 M38.5 I6.5 CCT_2ZM T AUX. FUNCT. 2*10**7/2**29
O182.6 I6.6 54 M38.6 I6.6 CCT_4ZM T AUX. FUNCT. 4*10**7/2**30
O182.7 I6.7 55 M38.7 I6.7 CCT_8ZM T AUX. FUNCT. 8*10**7/(+/-)

------------------ NC->PLC I BYTE: 7 (M BYTE: 39) ------------------------------

O183.0 I7.0 56 M39.0 I7.0 CCMSTR 1ST STROBE (AUX. FUNCT. STROBE)
O183.1 I7.1 57 M39.1 I7.1 CCSSTR 2ND STROBE (AUX. FUNCT. STROBE)
O183.2 I7.2 58 M39.2 I7.2 CCTSTR 3RD STROBE (AUX. FUNCT. STROBE)
O183.3 I7.3 59 M39.3 I7.3 CCHSTR 4TH STROBE (AUX. FUNCT. STROBE)
O183.4 I7.4 60 M39.4 I7.4 CCHIFU5 5TH STROBE (AUX. FUNCT. STROBE)
O183.5 I7.5 61 M39.5 I7.5 CCHIFU6 6TH STROBE (AUX. FUNCT. STROBE)
O183.6 I7.6 62 M39.6 I7.6 CCHIFU7
O183.7 I7.7 63 M39.7 I7.7 CCCPLSTR CPL STROBE

------------------ NC->PLC I BYTE: 8 (M BYTE: 40) ------------------------------

O184.0 I8.0 64 M40.0 I8.0 CCAUTO AUTOMATIC MODE
O184.1 I8.1 65 M40.1 I8.1 CCSEMI SINGLE BLOCK MODE
O184.2 I8.2 66 M40.2 I8.2 CCMDI MANUAL MODE
O184.3 I8.3 67 M40.3 I8.3 CCMANUEL JOG MODE (MANUAL)
O184.4 I8.4 68 M40.4 I8.4 CCBREFAN REFERENCE MODE
O184.5 I8.5 69 M40.5 I8.5 CCREFANG REFERENCE POINTS REACHED
O184.6 I8.6 70 M40.6 I8.6 CCRAPID RAPID
O184.7 I8.7 71 M40.7 I8.7 CCPRGACT PROGRAM RUNNING

------------------ NC->PLC I BYTE: 9 (M BYTE: 41) ------------------------------

O185.0 I9.0 72 M41.0 I9.0 CCTEST TEST WITHOUT MOVEMENT
O185.1 I9.1 73 M41.1 I9.1 CCRESETE CONTROL RESET
O185.2 I9.2 74 M41.2 I9.2 CCSLASHE BLOCK SLASH
O185.3 I9.3 75 M41.3 I9.3 CCMULQUI MULTI-ACKNOWLEDGEMENT
O185.4 I9.4 76 M41.4 I9.4 CCPRGANW MANUAL PROGRAM SELECTION
O185.5 I9.5 77 M41.5 I9.5 CCSATZVL DRY RUN TO BLOCK
O185.6 I9.6 78 M41.6 I9.6 CCF0% FEED 0%
O185.7 I9.7 79 M41.7 I9.7 CCPRGVHD PROGRAM EXISTS

------------------ NC->PLC I BYTE: 10 (M BYTE: 42) ------------------------------

O186.0 I10.0 80 M42.0 I10.0 CCEXPRAN EXTERNAL PROGRAM SELECTION
O186.1 I10.1 81 M42.1 I10.1 CCNCBERT NC READY (AFTER EXT.PRG.SELECT)
O186.2 I10.2 82 M42.2 I10.2 CCDREZER SPINDLE SPEED REACHED
O186.3 I10.3 83 M42.3 I10.3 CCEILG0% RAPID 0%

−

O186.4 I10.4 84 M42.4 I10.4 CCMZO1 MSD MODE VALUE 1
O186.5 I10.5 85 M42.5 I10.5 CCMZO2 MSD MODE VALUE 2
O186.6 I10.6 86 M42.6 I10.6 CCMZO4 MSD MODE VALUE 4
O186.7 I10.7 87 M42.7 I10.7 CCCPLDST CPL DIALOG STROBE

------------------ NC->PLC I BYTE: 11 (M BYTE: 43) ------------------------------

O187.0 I11.0 88 M43.0 I11.0 CCM0_M1 PROGRAM STOP AT M0 OR M1
O187.1 I11.1 89 M43.1 I11.1 CCM2_M30 PROGRAM END AT M2 OR M30
O187.2 I11.2 90 M43.2 I11.2 CCG33 THREAD CUTTING ACTIVE (G33)
O187.3 I11.3 91 M43.3 I11.3 CCG63 G63 ACTIVE
O187.4 I11.4 92 M43.4 I11.4 CCHRKORR HANDWHEEL COMP. ACTIVE
O187.5 I11.5 93 M43.5 I11.5 CCSCHFKT SWITCH FUNCTION MODE
O187.6 I11.6 94 M43.6 I11.6 CCAM01 OPTIONAL STOP
O187.7 I11.7 95 M43.7 I11.7 CCHIFUSP AUX. FUNCT. INHIBIT

− Only with CC 220 M, Type1 osa M
‘ Only with CC 220 T, Type1 osa T

1070 073 758101

1 − 10

Digital Interface

Typ e 1 osa / CC 220

Signal description

–––––––––––––––––Address–––––––––––––––––

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec CL softPIC Symbol Remarks

------------------ NC->PLC I BYTE: 12 (M BYTE: 44) ------------------------------

O188.0 I12.0 96 M44.0 I12.0 CCEND1 LIMIT SWITCH RANGE 1
O188.1 I12.1 97 M44.1 I12.1 CCEND2 LIMIT SWITCH RANGE 2
O188.2 I12.2 98 M44.2 I12.2 CCEND3 LIMIT SWITCH RANGE 3
O188.3 I12.3 99 M44.3 I12.3 CCEND4 LIMIT SWITCH RANGE 4
O188.4 I12.4 100 M44.4 I12.4 CCEND5 LIMIT SWITCH RANGE 5
O188.5 I12.5 101 M44.5 I12.5 CCEND6 LIMIT SWITCH RANGE 6
O188.6 I12.6 102 M44.6 I12.6 CCEND7 LIMIT SWITCH RANGE 7
O188.7 I12.7 103 M44.7 I12.7 CCEND8 LIMIT SWITCH RANGE 8

------------------ NC->PLC I BYTE: 13 (M BYTE: 45) ------------------------------

O189.0 I13.0 104 M45.0 I13.0 CCEND9 LIMIT SWITCH RANGE 9
O189.1 I13.1 105 M45.1 I13.1 CCEND10 LIMIT SWITCH RANGE 10
O189.2 I13.2 106 M45.2 I13.2 CCEND11 LIMIT SWITCH RANGE 11
O189.3 I13.3 107 M45.3 I13.3 CCEND12 LIMIT SWITCH RANGE 12
O189.4 I13.4 108 M45.4 I13.4 CCEND13 LIMIT SWITCH RANGE 13
O189.5 I13.5 109 M45.5 I13.5 CCEND14 LIMIT SWITCH RANGE 14
O189.6 I13.6 110 M45.6 I13.6 CCEND15 LIMIT SWITCH RANGE 15
O189.7 I13.7 111 M45.7 I13.7 CCEND16 LIMIT SWITCH RANGE 16

------------------ NC->PLC I BYTE: 14 (M BYTE: 46) ------------------------------

O190.0 I14.0 112 M46.0 I14.0 CCG95 FEED IN MM/REV. (G95)
O190.1 I14.1 113 M46.1 I14.1 CCG96 CUTTING SPEED CONSTANT (G96)

‘

O190.2 I14.2 114 M46.2 I14.2 CCSPPOS SPINDLE IN POSITION
O190.3 I14.3 115 M46.3 I14.3 CCWZSTZ TOOL LIFE EXPIRED

‘

O190.4 I14.4 116 M46.4 I14.4 CCGESSTZ LIFE OF BASIC AND ALT. TOOLS EXPIRED

‘

O190.5 I14.5 117 M46.5 I14.5 CCEIL100 RAPID POT 100% SET

‘

O190.6 I14.6 118 M46.6 I14.6 CCSPI100 SPINDLE POT 100% SET

‘

O190.7 I14.7 119 M46.7 I14.7 CCSTZERR TARGET ACHIEVED

‘

------------------ NC->PLC I BYTE: 15 (M BYTE: 47) ------------------------------

O191.0 I15.0 120 M47.0 I15.0 CCREFER1 REFERENCE POINT REACHED 1ST AXIS
O191.1 I15.1 121 M47.1 I15.1 CCREFER2 REFERENCE POINT REACHED 2ND AXIS
O191.2 I15.2 122 M47.2 I15.2 CCREFER3 REFERENCE POINT REACHED 3RD AXIS
O191.3 I15.3 123 M47.3 I15.3 CCREFER4 REFERENCE POINT REACHED 4TH AXIS
O191.4 I15.4 124 M47.4 I15.4 CCREFER5 REFERENCE POINT REACHED 5TH AXIS
O191.5 I15.5 125 CCREFER6 REFERENCE POINT REACHED 6TH AXIS
O191.6 I15.6 126 CCREFER7 REFERENCE POINT REACHED 7TH AXIS
O191.7 I15.7 127 CCREFER8 REFERENCE POINT REACHED 8TH AXIS

------------------ NC->PLC I BYTE: 16 (M BYTE: 48) ------------------------------

O192.0 I16.0 128 M48.0 I16.0 CCSPSTHT SPINDLE STOP
O192.1 I16.1 129 M48.1 I16.1 CCTRUDER IDLING SPEED REACHED
O192.2 I16.2 130 M48.2 I16.2 CCSPIND0 SPINDLE OVERRIDE 0 PER CENT
O192.3 I16.3 131 M48.3 I16.3 CCSPIRIT SPINDLE ON REFERENCE POINT
O192.4 I16.4 132 M48.4 I16.4 CCCAAKNC C-AXIS ACTIVE (CNC)
O192.5 I16.5 133 M48.5 I16.5 CCG32 TAPPING ACTIVE
O192.6 I16.6 134 M48.6 I16.6
O192.7 I16.7 135 M48.7 I16.7 CCUMKRER REVERS.RANGE REACHED

−

------------------ NC->PLC I BYTE: 17 (M BYTE: 49) ------------------------------

O193.0 I17.0 136 M49.0 I17.0 CCFRKOAK MILLING HEAD COMPENSATION ACTIVE

−

O193.1 I17.1 137 M49.1 I17.1 CCWANAKT RE-ENTRY ACTIVE
O193.2 I17.2 138 M49.2 I17.2 CCPROOPT PROGRAM OPTIMISATION ACTIVE

‘

O193.3 I17.3 139 M49.3 I17.3 CCLINKAK LINKING ACTIVE
O193.4 I17.4 140 M49.4 I17.4 CCSVLOKR DRY RUN TO BLOCK WITHOUT COMPENSATION

−

O193.5 I17.5 141 M49.5 I17.5 CCOWZKR TEST WITHOUT COMPENSATION

−

O193.6 I17.6 142 M49.6 I17.6
O193.7 I17.7 143 M49.7 I17.7 CCPRGABW CANCEL PROGRAM

− Only with CC 220 M, Type1 osa M
‘ Only with CC 220 T, Type1 osa T

1070 073 758101

1 − 11

Digital Interface

Typ e 1 osa / CC 220

Signal description

–-----------------Address-----------------

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ NC->PLC I BYTE: 18 (M BYTE: 50) ------------------------------

O194.0 I18.0 144 M50.0 I18.0 CCRFEND1 REFERENCE POINT REACHED 1ST AXIS
O194.1 I18.1 145 M50.1 I18.1 CCRFEND2 REFERENCE POINT REACHED 2ND AXIS
O194.2 I18.2 146 M50.2 I18.2 CCRFEND3 REFERENCE POINT REACHED 3RD AXIS
O194.3 I18.3 147 M50.3 I18.3 CCRFEND4 REFERENCE POINT REACHED 4TH AXIS
O194.4 I18.4 148 M50.4 I18.4 CCRFEND5 REFERENCE POINT REACHED 5TH AXIS
O194.5 I18.5 149 CCRFEND6 REFERENCE POINT REACHED 6TH AXIS
O194.6 I18.6 150 CCRFEND7 REFERENCE POINT REACHED 7TH AXIS
O194.7 I18.7 151 CCRFEND8 REFERENCE POINT REACHED 8TH AXIS

------------------ NC->PLC I BYTE: 19 (M BYTE: 51) ------------------------------

O195.0 I19.0 352 M51.0 I19.0 CCEXPOS1 EXT.POS.REACHED 1ST AXIS
O195.1 I19.1 153 M51.1 I19.1 CCEXPOS2 EXT.POS.REACHED 2ND AXIS
O195.2 I19.2 154 M51.2 I19.2 CCEXPOS3 EXT.POS.REACHED 3RD AXIS
O195.3 I19.3 155 M51.3 I19.3 CCEXPOS4 EXT.POS.REACHED 4TH AXIS
O195.4 I19.4 156 M51.4 I19.4 CCEXPOS5 EXT.POS.REACHED 5TH AXIS
O195.5 I19.5 157 CCEXPOS6 EXT.POS.REACHED 6TH AXIS
O195.6 I19.6 158 CCEXPOS7 EXT.POS.REACHED 7TH AXIS
O195.7 I19.7 159 CCEXPOS8 EXT.POS.REACHED 8TH AXIS

------------------ NC->PLC I BYTE: 20 (M BYTE: 52) ------------------------------

O196.0 I20.0 160 CCDSTART DNC/NC START
O196.1 I20.1 161 CCDHALT DNC/NC FEED HOLD
O196.2 I20.2 162 CCDHALTA DNC FEED HOLD OFF
O196.3 I20.3 163
O196.4 I20.4 164
O196.5 I20.5 165
O196.6 I20.6 166 CCDRESET DNC/CONTROL RESET
O196.7 I20.7 167 CCDEIN DNC ON

------------------ NC->PLC I BYTE: 21 (M BYTE: 53) ------------------------------

O197.0 I21.0 168 CCDREFAN DNC/APPROACH REFERENCE POINT
O197.1 I21.1 169
O197.2 I21.2 170 CCDPRANW DNC PROGRAM SELECT
O197.3 I21.3 171 CCDRPABR DNC/QUIT REFERENCE POINT APPROACH
O197.4 I21.4 172
O197.5 I21.5 173 CCLSV2OK DNC/CONNECTION OK
O197.6 I21.6 174
O197.7 I21.7 175

------------------ NC->PLC I BYTE: 22 (M BYTE: 54) ------------------------------

O198.0 I22.0 176 M54.0 I22.0 2ND SPINDLE IN POSITION

‘

O198.1 I22.1 177 M54.1 I22.1 2ND SPINDLE ON REFERENCE POINT

‘

O198.2 I22.2 178 M54.2 I22.2 2ND SPINDLE SPEED REACHED

‘

O198.3 I22.3 179 M54.3 I22.3 2ND IDLING SPEED REACHED

‘

O198.4 I22.4 180 M54.4 I22.4 2ND SPINDLE STOPPED

‘

O198.5 I22.5 181 M54.5 I22.5 2ND SPINDLE ACTIVE

‘

O198.6 I22.6 182 M54.6 I22.6 2ND SPINDLE POT 0% ACTIVE

‘

O198.7 I22.7 183 M54.7 I22.7 2ND SPINDLE POT 100% ACTIVE

‘

------------------ NC->PLC I BYTE: 23 (M BYTE: 55) ------------------------------

O199.0 I23.0 184 M55.0 I23.0 CCASYUM1 ASYNCHRONOUS SWITCH 1ST AXIS

−

O199.1 I23.1 185 M55.1 I23.1 CCASYUM2 ASYNCHRONOUS SWITCH 2ND AXIS

−

O199.2 I23.2 186 M55.2 I23.2 CCASYUM3 ASYNCHRONOUS SWITCH 3RD AXIS

−

O199.3 I23.3 187 M55.3 I23.3 CCASYUM4 ASYNCHRONOUS SWITCH 4TH AXIS

−

O199.4 I23.4 188 M55.4 I23.4 CCASYUM5 ASYNCHRONOUS SWITCH 5TH AXIS

−

O199.5 I23.5 189 CCASYUM6 ASYNCHRONOUS SWITCH 6TH AXIS

−

O199.6 I23.6 190 CCASYUM7 ASYNCHRONOUS SWITCH 7TH AXIS

−

O199.7 I23.7 191 CCASYUM8 ASYNCHRONOUS SWITCH 8TH AXIS

−

1070 073 758101

− Only with CC 220 M, Type1 osa M
‘ Only with CC 220 T with "2nd spindle" option, Type1 osa T

1 − 12

Digital Interface

Typ e 1 osa / CC 220

Signal description

-----------------Address-----------–------

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ NC->PLC I BYTE: 24 (M BYTE: 56) ------------------------------

O200.0 I24.0 192 CCD1A DNC/ 1ST AXIS
O200.1 I24.1 193 CCD2A DNC/ 2ND AXIS
O200.2 I24.2 194 CCD3A DNC/ 3RD AXIS
O200.3 I24.3 195 CCD4A DNC/ 4TH AXIS
O200.4 I24.4 196 CCD5A DNC/ 5TH AXIS
O200.5 I24.5 197 CCD6A DNC/ 6TH AXIS
O200.6 I24.6 198 CCD7A DNC/ 7TH AXIS
O200.7 I24.7 199 CCD8A DNC/ 8TH AXIS

------------------ NC->PLC I BYTE: 25 (M BYTE: 57) ------------------------------

O201.0 I25.0 200 M57.0 I25.0 \

−

O201.1 I25.1 201 M57.1 I25.1

−

O201.2 I25.2 202 M57.2 I25.2

−

O201.3 I25.3 203 M57.3 I25.3

−

O201.4 I25.4 204 M57.4 I25.4 > according to machine parameter P6516

−

O201.5 I25.5 205 M57.5 I25.5

−

O201.6 I25.6 206 M57.6 I25.6

−

O201.7 I25.7 207 M57.7 I25.7 /

−

I
I
I

I
I

The meaning of these signals is set

and P6517

------------------ NC->PLC I BYTE: 26 (M BYTE: 58) ------------------------------

O202.0 I26.0 208 M58.0 I26.0
O202.1 I26.1 209 M58.1 I26.1
O202.2 I26.2 210 M58.2 I26.2
O202.3 I26.3 211 M58.3 I26.3
O202.4 I26.4 212 M58.4 I26.4
O202.5 I26.5 213 M58.5 I26.5
O202.6 I26.6 214 M58.6 I26.6
O202.7 I26.7 215 M58.7 I26.7

------------------ NC->PLC I BYTE: 27 (M BYTE: 59) ------------------------------

O203.0 I27.0 216 M59.0 I27.0
O203.1 I27.1 217 M59.1 I27.1
O203.2 I27.2 218 M59.2 I27.2
O203.3 I27.3 219 M59.3 I27.3
O203.4 I27.4 220 M59.4 I27.4
O203.5 I27.5 221 M59.5 I27.5
O203.6 I27.6 222 M59.6 I27.6
O203.7 I27.7 223 M59.7 I27.7

------------------ NC->PLC I BYTE: 28 (M BYTE: 60) ------------------------------

O204.0 I28.0 224 M60.0 I28.0
O204.1 I28.1 225 M60.1 I28.1
O204.2 I28.2 226 M60.2 I28.2 CCAPKOP1 1ST AXIS PAIR COUPLING ACTIVE

−

O204.3 I28.3 227 M60.3 I28.3 CCAPKOP2 2ND AXIS PAIR COUPLING ACTIVE

−

O204.4 I28.4 228 M60.4 I28.4
O204.5 I28.5 229 M60.5 I28.5
O204.6 I28.6 230 M60.6 I28.6
O204.7 I28.7 231 CCMTBFEH MTB/PANEL WATCHDOG ERROR

1070 073 758101

------------------ NC->PLC I BYTE: 29 (M BYTE: 61) ----- for CPL -------------

O205.0 I29.0 232 M61.0 I29.0
O205.1 I29.1 233 M61.1 I29.1
O205.2 I29.2 234 M61.2 I29.2
O205.3 I29.3 235 M61.3 I29.3
O205.4 I29.4 236 M61.4 I29.4
O205.5 I29.5 237 M61.5 I29.5
O205.6 I29.6 238 M61.6 I29.6
O205.7 I29.7 239 M61.7 I29.7

1 − 13

Digital Interface

Typ e 1 osa / CC 220

Signal description

-----------------Address-----------------−

CC220 CC220 CC220 Type1 osa Type1 osa

Word coupl. Bit coupl. dec. CL softPIC Symbol Remarks

------------------ NC->PLC I BYTE: 30 (M BYTE: 62) ----- for CPL --------------

O206.0 I30.0 240 M62.0 I30.0
O206.1 I30.1 241 M62.1 I30.1
O206.2 I30.2 242 M62.2 I30.2
O206.3 I30.3 243 M62.3 I30.3
O206.4 I30.4 244 M62.4 I30.4
O206.5 I30.5 245 M62.5 I30.5
O206.6 I30.6 246 M62.6 I30.6
O206.7 I30.7 247 M62.7 I30.7

------------------ NC->PLC I BYTE: 31 (M BYTE: 63) ----- for CPL --------------

O207.0 I31.0 248 M63.0 I31.0
O207.1 I31.1 249 M63.1 I31.1
O207.2 I31.2 250 M63.2 I31.2
O207.3 I31.3 251 M63.3 I31.3
O207.4 I31.4 252 M63.4 I31.4
O207.5 I31.5 253 M63.5 I31.5 CCGEWAKT THREAD CYCLE ACTIVE

‘

O207.6 I31.6 254 M63.6 I31.6 CCG86 G86 ACTIVE

−

O207.7 I31.7 255 M63.7 I31.7 CCG84 G84 ACTIVE

−

− Only with CC 220 M, Type1 osa M
‘ Only with CC 220 T, Type1 osa T

1070 073 758101

1 − 14

Digital Interface

1.1.3 PLC input addresses of the MTB1 I/O inputs (only CC 220)

Address Address
Word coupl.Bit coupl. MTB1 I/O inputs Remarks

O208.0 I32.0 PORT X21, TERMINAL 0
O208.1 I32.1 PORT X21, TERMINAL 1
O208.2 I32.2 PORT X21, TERMINAL 2
O208.3 I32.3 PORT X21, TERMINAL 3
O208.4 I32.4 PORT X21, TERMINAL 4
O208.5 I32.5 PORT X21, TERMINAL 5
O208.6 I32.6 PORT X21, TERMINAL 6
O208.7 I32.7 PORT X21, TERMINAL 7

O209.0 I33.0 PORT X22, TERMINAL 0
O209.1 I33.1 PORT X22, TERMINAL 1
O209.2 I33.2 PORT X22, TERMINAL 2
O209.3 I33.3 PORT X22, TERMINAL 3
O209.4 I33.4 PORT X22, TERMINAL 4
O209.5 I33.5 PORT X22, TERMINAL 5
O209.6 I33.6 PORT X22, TERMINAL 6
O209.7 I33.7 PORT X22, TERMINAL 7

Typ e 1 osa / CC 220

Signal description

O210.0 I34.0 PORT X23, TERMINAL 0
O210.1 I34.1 PORT X23, TERMINAL 1
O210.2 I34.2 PORT X23, TERMINAL 2
O210.3 I34.3 PORT X23, TERMINAL 3
O210.4 I34.4 PORT X23, TERMINAL 4
O210.5 I34.5 PORT X23, TERMINAL 5
O210.6 I34.6 PORT X23, TERMINAL 6
O210.7 I34.7 PORT X23, TERMINAL 7

O211.0 I35.0 PORT X24, TERMINAL 0
O211.1 I35.1 PORT X24, TERMINAL 1
O211.2 I35.2 PORT X24, TERMINAL 2
O211.3 I35.3 PORT X24, TERMINAL 3
O211.4 I35.4 PORT X24, TERMINAL 4
O211.5 I35.5 PORT X24, TERMINAL 5
O211.6 I35.6 PORT X24, TERMINAL 6
O211.7 I35.7 PORT X24, TERMINAL 7

O212.0 I36.0 PORT X25, TERMINAL 0
O212.1 I36.1 PORT X25, TERMINAL 1
O212.2 I36.2 PORT X25, TERMINAL 2
O212.3 I36.3 PORT X25, TERMINAL 3
O212.4 I36.4 PORT X25, TERMINAL 4
O212.5 I36.5 PORT X25, TERMINAL 5
O212.6 I36.6 PORT X25, TERMINAL 6
O212.7 I36.7 PORT X25, TERMINAL 7

1070 073 758101

O213.0 I37.0 PORT X26, TERMINAL 0
O213.1 I37.1 PORT X26, TERMINAL 1
O213.2 I37.2 PORT X26, TERMINAL 2
O213.3 I37.3 PORT X26, TERMINAL 3
O213.4 I37.4 PORT X26, TERMINAL 4
O213.5 I37.5 PORT X26, TERMINAL 5
O213.6 I37.6 PORT X26, TERMINAL 6
O213.7 I37.7 PORT X26, TERMINAL 7

Note: All inputs that are signalled via the MTB1 I/O to the PLC must be present for

at least 2 PLC cycles before they can be interpreted as HIGH or LOW signals.

1 − 15

Digital Interface

Typ e 1 osa / CC 220

Signal description

Address Address
Word coupl.Bit coupl. MTB1 I/O inputs Remarks

O214.0 I38.0 PORT X27, TERMINAL 0
O214.1 I38.1 PORT X27, TERMINAL 1
O214.2 I38.2 PORT X27, TERMINAL 2
O214.3 I38.3 PORT X27, TERMINAL 3
O214.4 I38.4 PORT X27, TERMINAL 4
O214.5 I38.5 PORT X27, TERMINAL 5
O214.6 I38.6 PORT X27, TERMINAL 6
O214.7 I38.7 PORT X27, TERMINAL 7

O215.0 I39.0 PORT X28, TERMINAL 0
O215.1 I39.1 PORT X28, TERMINAL 1
O215.2 I39.2 PORT X28, TERMINAL 2
O215.3 I39.3 PORT X28, TERMINAL 3
O215.4 I39.4 PORT X28, TERMINAL 4
O215.5 I39.5 PORT X28, TERMINAL 5
O215.6 I39.6 PORT X28, TERMINAL 6
O215.7 I39.7 PORT X28, TERMINAL 7

1070 073 758101

Note: All inputs that are signalled via the MTB1 I/O to the PLC must be present for

at least 2 PLC cycles before they can be interpreted as HIGH or LOW signals.

1 − 16

Digital Interface

1.1.4 PLC output addresses of the MTB1 I/O outputs (only CC 220)

Address Address
Word coupl.Bit coupl. MTB1 I/O outputs Remarks

O248.0 O32.0 PORT X11, TERMINAL 0
O248.1 O32.1 PORT X11, TERMINAL 1
O248.2 O32.2 PORT X11, TERMINAL 2
O248.3 O32.3 PORT X11, TERMINAL 3
O248.4 O32.4 PORT X11, TERMINAL 4
O248.5 O32.5 PORT X11, TERMINAL 5
O248.6 O32.6 PORT X11, TERMINAL 6
O248.7 O32.7 PORT X11, TERMINAL 7

O249.0 O33.0 PORT X12, TERMINAL 0
O249.1 O33.1 PORT X12, TERMINAL 1
O249.2 O33.2 PORT X12, TERMINAL 2
O249.3 O33.3 PORT X12, TERMINAL 3
O249.4 O33.4 PORT X12, TERMINAL 4
O249.5 O33.5 PORT X12, TERMINAL 5
O249.6 O33.6 PORT X12, TERMINAL 6
O249.7 O33.7 PORT X12, TERMINAL 7

Typ e 1 osa / CC 220

Signal description

O250.0 O34.0 PORT X13, TERMINAL 0
O250.1 O34.1 PORT X13, TERMINAL 1
O250.2 O34.2 PORT X13, TERMINAL 2
O250.3 O34.3 PORT X13, TERMINAL 3
O250.4 O34.4 PORT X13, TERMINAL 4
O250.5 O34.5 PORT X13, TERMINAL 5
O250.6 O34.6 PORT X13, TERMINAL 6
O250.7 O34.7 PORT X13, TERMINAL 7

O251.0 O35.0 PORT X14, TERMINAL 0
O251.1 O35.1 PORT X14, TERMINAL 1
O251.2 O35.2 PORT X14, TERMINAL 2
O251.3 O35.3 PORT X14, TERMINAL 3
O251.4 O35.4 PORT X14, TERMINAL 4
O251.5 O35.5 PORT X14, TERMINAL 5
O251.6 O35.6 PORT X14, TERMINAL 6
O251.7 O35.7 PORT X14, TERMINAL 7

1070 073 758101

Note: All inputs that are signalled via the MTB1 I/O to the PLC must be present for

at least 2 PLC cycles before they can be interpreted as HIGH or LOW signals.

1 − 17

Digital Interface

Typ e 1 osa / CC 220

Signal description

1.1.5 Signals to the machine for PIC 250 modules with I/O 24/0.2 (only CC 220)

Address Outputs of PLC
PIC 250 module I/O 24/0.2 Remarks

O36.0 PORT X11, PIN 27
O36.1 PORT X11, PIN 50
O36.2 PORT X11, PIN 09
O36.3 PORT X11, PIN 33
O36.4 PORT X11, PIN 26
O36.5 PORT X11, PIN 17
O36.6 PORT X11, PIN 08
O36.7 PORT X11, PIN 49

O37.0 PORT X11, PIN 25
O37.1 PORT X11, PIN 16
O37.2 PORT X11, PIN 07
O37.3 PORT X11, PIN 32
O37.4 PORT X11, PIN 23
O37.5 PORT X11, PIN 15
O37.6 PORT X11, PIN 06
O37.7 PORT X11, PIN 48

O38.0 PORT X11, PIN 22
O38.1 PORT X11, PIN 14
O38.2 PORT X11, PIN 05
O38.3 PORT X11, PIN 31
O38.4 PORT X11, PIN 21
O38.5 PORT X11, PIN 13
O38.6 PORT X11, PIN 04
O38.7 PORT X11, PIN 30

O39.0 PORT X11, PIN 20
O39.1 PORT X11, PIN 12
O39.2 PORT X11, PIN 03
O39.3 PORT X11, PIN 29
O39.4 PORT X11, PIN 36
O39.5 PORT X11, PIN 11
O39.6 PORT X11, PIN 02
O39.7 PORT X11, PIN 28

O40.0 PORT X11, PIN 19
O40.1 PORT X11, PIN 10
O40.2 PORT X11, PIN 01
O40.3 PORT X11, PIN 47
O40.4 PORT X11, PIN 18
O40.5 PORT X11, PIN 34
O40.6 PORT X11, PIN 35
O40.7 PORT X11, PIN 37

If a second I/O card is used, the address range O41.0 to O45.7 is in addition used for a further
40 outputs.
If the PCI/OS is used in conjunction with PIC 250 and an external PLC extension device, the
addresses I36.0 to I63.7 can be used, subject to the capacity of the PLC I/O.

1070 073 758101

1 − 18

Digital Interface

Typ e 1 osa / CC 220

Signal description

1.1.6 Signals from the machine for PIC 250 modules with I/O 24/0.2 (only CC 220)

Address Inputs of PLC
PIC 250 module I/O 24/0.2 Remarks

I40.0 PORT X22, PIN 48
I40.1 PORT X22, PIN 47
I40.2 PORT X22, PIN 50
I40.3 PORT X22, PIN 49
I40.4 PORT X22, PIN 33
I40.5 PORT X22, PIN 32
I40.6 PORT X22, PIN 17
I40.7 PORT X22, PIN 16

I41.0 PORT X22, PIN 46
I41.1 PORT X22, PIN 15
I41.2 PORT X22, PIN 31
I41.3 PORT X22, PIN 45
I41.4 PORT X22, PIN 30
I41.5 PORT X22, PIN 14
I41.6 PORT X22, PIN 29
I41.7 PORT X22, PIN 44

I42.0 PORT X22, PIN 13
I42.1 PORT X22, PIN 12
I42.2 PORT X22, PIN 28
I42.3 PORT X22, PIN 43
I42.4 PORT X22, PIN 11
I42.5 PORT X22, PIN 27
I42.6 PORT X22, PIN 42
I42.7 PORT X22, PIN 10

I43.0 PORT X22, PIN 26
I43.1 PORT X22, PIN 41
I43.2 PORT X22, PIN 09
I43.3 PORT X22, PIN 25
I43.4 PORT X22, PIN 24
I43.5 PORT X22, PIN 08
I43.6 PORT X22, PIN 40
I43.7 PORT X22, PIN 07

I44.0 PORT X22, PIN 23
I44.1 PORT X22, PIN 39
I44.2 PORT X22, PIN 06
I44.3 PORT X22, PIN 22
I44.4 PORT X22, PIN 38
I44.5 PORT X22, PIN 05
I44.6 PORT X22, PIN 21
I44.7 PORT X22, PIN 04

I45.0 PORT X22, PIN 37
I45.1 PORT X22, PIN 20
I45.2 PORT X22, PIN 03
I45.3 PORT X22, PIN 36
I45.4 PORT X22, PIN 19
I45.5 PORT X22, PIN 02
I45.6 PORT X22, PIN 01
I45.7 PORT X22, PIN 18

1070 073 758101

1 − 19

Digital Interface

Typ e 1 osa / CC 220

Signal description

Address Inputs of PLC
PIC 250 module I/O 24/0.2 Remarks

I46.0 PORT X22, PIN 34
I46.1 PORT X22, PIN 35
I46.2 PORT X21, PIN 15
I46.3 PORT X21, PIN 07
I46.4 PORT X21, PIN 14
I46.5 PORT X21, PIN 06
I46.6 PORT X21, PIN 13
I46.7 PORT X21, PIN 05

I47.0 PORT X21, PIN 12
I47.1 PORT X21, PIN 04
I47.2 PORT X21, PIN 11
I47.3 PORT X21, PIN 03
I47.4 PORT X21, PIN 10
I47.5 PORT X21, PIN 02
I47.6 PORT X21, PIN 09
I47.7 PORT X21, PIN 01

If a second I/O card is used, the address range I48.0 to I55.7 is in addition used for a further 64

.

inputs
If the PCI/OS is used in conjunction with PIC 250 and an external PLC extension device, the
addresses I40.0 to I63.7 can be used, subject to the capacity of the PLC I/O.

1070 073 758101

1 − 20

1.2 Signal descriptions

Key to abbreviations

APP = Application
OM = Operating mode
CPL = Customer Programming Language
DNC = Direct Numerical Control
GOM = Group operating mode
H/L signal = High/low signal
HiFu = Auxiliary function
IF = Interface
MDI = Manual Data Input
MP = Machine paramter
MPP = Machine parameter program
MTB = Machine Tool Builder
NC / CNC = (Computer) numerical control
P 7009 = Machine parameter P 7009
REF. PT. = Reference point
RWED = Read, Write, Execute, Delete
PLC = Programmable logic controllers
STROBE = Change signal
SW = Software
SWL = Software limit switch
VS = Feedrate
VSHALT = Feed hold
MTB = Machine tool builder

Digital Interface

Signal description

Type1 osa / CC 220

Signal description

Notes on signal descriptions

A description of the interface signals may be found under the corresponding PIC
address (in the "Bit coupl." column in the interface tables) or under the
corresponding softPIC address (in interface tables under column "Type1 osa
softPIC").

1. The input and output signals and their meanings are described in relation to the
PLC or the softPIC (Type1 osa) or PIC 250 (CC 220)!

2. In the diagrams, as opposed to point 1:
I stands for a CNC input and O for a CNC output.

3. Words in upper case characters have only a direct, literal meaning with regard
to interface, softkey, programming, etc.
They are printed in bold typeface to give them particular emphasis.

e.g. TRAVEL COMMAND (Interface)

OPTIONAL STOP (Softkey)
WAIT (Programming)

4. Words in normal case characters with speech marks are terms intended to be
emphasised within the sentence. They may or may not refer to IF signals or soft
keys.

e.g. "Modes interlock"

"All axes have reached ref. pnt."

1070 073 758101

1 − 21

Digital Interface

Signal description

Type1 osa / CC 220

Signal description

5. Help signals are given in diagrams for greater clarity. These signals are only
intended to identify a particular event in the diagrams. They appear in normal
case characters.

Program activation

PROGRAM EXISTS

(Help signal)

(IF signal, softkey or program command)

6. For signal evaluation it should be remembered that certain signals are only
available in conjunction with supplied options.

1070 073 758101

1 − 22