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A
(Refer to the right images.)
n
R
1,
F 0 1 E h
(2) Turn the NC power ON.
r. n
The 7-segment LED will change as shown below. The procedure is completed when "Y" appears.
9
XX'?
RotSw2
R
Changes at a high speed between these sections.
t
ID!
O SRAM clear Power ON
(3) The PC side of NC is started while clearing the memory. So when the alarm messages are displayed while starting NC screen, click the "OK" to all messages. (Note: The operation in MATRIX. The PC side is not started in M640.)
O
i (4) After all alarm messages are cleared, shutdown the PC from the Windows start
menu.
77
Basic Operations for Maintenance
(5) After the shutdown is completed, NC power is turn to OFF (6) Return the NC rotary switch 2 to "0" (Refer to the right image
v
A
£ 8 1
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"SRAM clear" by RotSw2 "C" executes the following operation:
O
1. Memory test and zero clear to all SRAM area
2. Zero clear to PLC bit RAM and word RAM
78
9)
6 8
1
Basic Operations for Maintenance
1
Backing Up and Restoring the SRAM Data
1-4
Of the various data used with the MAZATROL MATRIX, some data is backed up by a battery and saved in SRAM even if the power has been turned OFF. Flowever, this saved data will be erased when the memory is cleared. Also, the SRAM data might be destroyed when the card is replaced, etc.
/j\ Always backup the SRAM data before carrying out work that could cause the SRAM data to be destroyed.
The some data (parameter etc.) in SRAM are ed in FLROM, and can be read when required. The default parameters are always ed in the FLROM when shipped from the Yamazaki factory.
1-4-1
Operation Method of SRAM Backing Up
FLROM
SRAM Common, local
Common, local variables
variables Too! related tables
SRAM .Some data
Parameters
Parameters
Jaw shape data
Cutting conditions. new cutting conditions
Cutting conditions. new cutting conditions
Maintenance tool
Periodic inspection
|~ Extended coordinate
lllfe'
Periodic inspection
-r:'
Gantry control data
Gantry control data \
h.
SRAM All data
'-t
HD
%
C : \m a inte\s ra m bkf . dat
79
Basic Operations for Maintenance
1-4-2
a
Backing Up and Restoring the SRAM SRAM data is backed up and restored using the maintenance tool. An outline is shown below. Start the maintenance tools, and select the BACKUP screen. ipZ', BACKUP FLASK ROM
SSAX
! EJCT-I'ATA UO
C: '-x-ai n
UPDATEJ MAIHTraAMCsl
BACKUP
[
OPTfOK
. tfat
EKIT
With the backup function, the SRAM data in the NC can be saved in another medium Execute the following operations using the button (T) to @.
©
SRAIVH>FLROM A part of SRAM data in the NC unit (Note) is backed up in FLROM in the NC unit.
©
SRAM<-FLROM A part of SRAM data backed up in FLROM (Note) is read to SRAM. SRAMÿHDD
The whole SRAM data in the NC unit (2MB), as well as the PLC's BIT-RAM and WORD-RAM area are backed up in HDD. The Names of backup files are fixed as follows.
_
Content Whole SRAM
PLC’s BIT-RAM/WORD-RAM @
File name C:\mainte\srambkf.dat C:\rn ainte\plcbkff 1 . dat_ C:\mainte\plcbkfOf ,dat
Size
2MB 1MB 44KB
Remarks
F o r MATRIX Standard For MATRIX NEXUS
SRAM<-HDD The above files, which have been backed up in HDD, are read to the original area in the NC unit.
(Note) A part the SRAM data items read/written between SRAMoFLROM are listed below • parameters Machine parameters - R s (R21 00 to R2527) • Cutting conditions Cutting conditions learn - Maintenance check GL (gantry) parameters
-
-
80
Basic Operations for Maintenance
1-5
a
Backing Up the Saved Data Of all the data stored in SRAM and HD, the data indicating the customer's machine conditions can be backed up by data input/output on NC screen.
It is recommended to backup these data before various maintenance operations are worked. Save these data as the customer's current machine condition data if any troubles or fault occurs.
1-5-1
Types of the Saved Data Item
Device saved data SRAM HD
Machining
O
programs Tool data
O
Tool offsets Tool files
O
Jaw shape
parameters
O O O O
Machine parameters
O
Cutting conditions
Workpiece offsets
Extended coordinate Macro variables Periodic inspection
o O
O O O
R s of R2100 to R2527 and R10500 to R11999 are included in the machine parameters.
Note:
Note: The tool data has the main data in HD and the index table in SRAM.
1-5-2
Media for Backing Up the Saved Data (1)
HD
The data of the item described in 1-5-1 can be backed up to an arbitrary HD’s folder of
NC. (2) IC memory card (Using the NC front slot) The data of the item described in 1-5-1 can be backed up by using the IC memory card from NC front slot. (3)
USB memory
The data of the item described in 1-5-1 can be backed up by using the USB memory from NC front USB slot or USB slot on pendant box side (extended from USB slot on the back of NC).
81
Basic Operations for Maintenance
1-5-3
1
Backing Up the Saved Data For example, the method of backing up the saved data by the USB memory is as follows. (1) Press the screen selection key until the menu in the figure below appears, and select
"DATA I/O" from the menu posmou
TOOL
PROGRAM
LAYOUT
TOOL
P ARAM
C-COHD.
OIACHOS
DATA
DATA
30
DISPLAY
x/o
3Xiur
WAT
(2) Input/output the data on the screen below.
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menu key "USB”. USB I/O menu is displayed. (4) The DEVICE SELECT screen is displayed when "DEVICE SELECT" of the USB I/O menu is pressed. The D drive is selected (highlighted) with the [ T ] key, and click [OK] (3) Select the
(or press the [INPUT]). MC<-OSD
NC->USD
USD
LOAD
SAVE
CONTENT
i'i
»
DATA
SELECT
I/O
PAKAH.
DIR.
DIR.
DELETE
SELECT
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M AZAT KOI.
(Note) When two or more USB memories
assigned.
82
are
inserted, the E drive or
more might be
Basic Operations for Maintenance
0
(5) When the menu "DIR. SELECT" is pressed, the selected drive's folder is displayed in SELECT DIRECTORY window. Select the folder to output data. •When a folder is newly created, input a folder name with the keys directly. mr
tn RECTORY:
OTB TT
n*>CMM
r
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DATA
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The selected folder name is displayed in « DIRECTORY » on the right side when "OK" / is clicked or is pressed.
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SAVE
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nip
DELETE
DTA .
SELECT
(6) Select "NC—>USB SAVE", and select the data to output.
83
Basic Operations for Maintenance
1
(7) Selecting the program file
Press the menu "SELECT ALL". When is pressed, all program files are displayed in the program area on the upper left. If not all programs are displayed in the program area at a time, the programs can be confirmed by moving the scrollbar up and down. *'
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(8) Selecting other data
Move the selected area from "PROGRAM" to "OTHER DATA" by using TAB key. (When TAB key is pressed once again, the area is moved from "OTHER DATA" to "PROGRAM”.) Select and highlight all items by inputting "INPUT”. •• JUKtt-JtHCf;
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(9) When "START" menu is pressed, the copy is started. The output situation is displayed sequentially in the selected directory column on the right side. The copy is completed when the directory column is the same as [NC] on the left
side.
84
Basic Operations for Maintenance
1-5-4
1
Restoring the Saved Data For example, the method of restoring the saved data backed up by the USB memory is as follows. (1) to (5) Set the USB memory's folder
name in the same way as
previous section.
::
(6) Selecting the backup data
When "USB CONTENT" -* "START" is pressed from the menu, all contents of selected folder is displayed on the right side column.
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(7) Loading the selected data
When "NC<— USB LOAD" -> "START" is pressed from the menu, the selected data is loaded to NC. The output situation is displayed sequentially in the [NC] column on the left side. The loading is completed when the directory column is the same as [FID] on the right side.
.....
Ppr P”*
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85
Basic Operations for Maintenance
1-5-5
a
Saving to the various media The USB memory was selected as a medium for saving in the above example. Hard disk and IC card (front) can be used as a medium for saving. Select the device from "DATA I/O" menu in the previous section (2). cnuo
lINUl)
usa
CAM DATA
DJ2K
$AVIC
>
Select USB
->ÿ
Select hard disk
>
Select IC card (front)
(D When a hard disk is selected
As for the drive and the folder, C:\MC_backup\Other is selected as default. Select the target folder from under the above-mentioned folder by the menu "DIR SELECT".
(2) When a IC card is selected The drive is fixed on front IC card. Select the target folder from under the ROOT of IC card by the menu "DIR SELECT". Other operations when the hard disk and IC card are selected apply correspondingly the USB memory in the previous section.
86
Basic Operations for Maintenance
1-6 1-6-1
a
File System Configuration File System Format Each size of the MAZATROL MATRIX file system is decided by the number of programs and number of tool system parameters. Up to 960 programs can be set as a multiple of 16, and up to 4000 tools can be set
Parameter 0100
Setting value
No. of programs
32 programs
2
256 programs
16
512 programs
32
960 programs
60
For 0100, set the No. of programs/16 value. Note 1: The No. of tools is set according to the machine specifications. Note 2: Refer to section "1-8 Initializing the Data" for the actual formatting operations.
87
Basic Operations for Maintenance
1-7
1
Setting Data with Special Operations The following data cannot be set easily by the . Special operations are required.
1-7-1
Setting the Date and Time Date and time of MAZATROL MATRIX is automatically set when the power is ON using the Windows internal clock as the reference. Thus, the date and time are set with the Windows clock. (1 ) Double-click on the date above the menu or time area. r
I TPS 1 j JOOS/1O/10
)l 50, POSITION
I
TOOL
I
PROGRAM
LAYOUT
[l7:4J:J6
[vW' 50s TOOL
PARAH
C-COND
DATA
DIAGHOS
DATA
3D
DISPLAY
I/O
SETUP
MAP
(2) "Date and Time Properties” of Windows is displayed, set the current date and time. The set data is validated immediately.
[Yf
Dale a.jd qhnB Properties Date & Time j Tine Zone ii Internet Tune j
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1
5
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6
7
.*
1
2
3
8
9
10
\
!1 12
13 H 15 16 17 13 19 20 2i 22 23 21 25 26 27 28 29
| I
3:04:56PM
Current tine rone: Gf'lT Dayl*gi>t Time
[
88
CX
Cancel
:
Z
|
1*
Basic Operations for Maintenance
1-7-2
1
Setting the Accumulated Time Five types of accumulated times are displayed. The total time procedure.
can be changed with the following
(1) Release the key lock.
Refer to the section "1-1-1 Releasing the Key-lock". (2) Select the OPTION PARAM screen, and turn 0106 bitO ON.
Note:
The total time cannot be rewritten unless 030 bit 6 is turned ON. (The other data will be rewritten.)
"ACCUMU. "DIAGNOSIS" -> ACCUMULATED TIME window.
(3) Select
TIME"
(highlight),
and
50*
jS T []?
VERSIOK
V\AA O. 001n/aia
Orpa
ALARM
the
14:51:44
~*s 3
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open
ALARM
PLC
MAINTEH
ROHNIKG
GRAPHIC
DATA
HISTORY
S 1GHAL
CHECK
COffTROL
MAIHTE.
ERASE
TIME
(4) Using the cursor keys, move the cursor to "TOTAL TIME” ACCUMULATED TIME
jfe
-
-ifitfSl pa
JTXI
£«cl
aiiiSl j
200o.dd.od:
(5) Input the time data to be set, and then press the INPUT key to complete the setting.
Ex.
To set 2000 hours: 2
(6)
0
0
0
0
0
0
0
INPUT
When you input data in above procedures, the 0106 bitO is automatically turned OFF. Please select the SYSTEM PARAM screen, and confirm that 0106 bitO is OFF.
89
Basic Operations for Maintenance
1-8 1-8-1
1
Initializing the Data Initializing the Data (1) Turn the NC power ON.
....
(2) Press the screen selection key until the following menu appears. Select [DIAGNOS] -» [DATA ERASE] from this menu. !Trs 0 too5/10/10
l
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POSiriOH
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S
4,
PROGRAM;
TOOL f
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50* ALARM
ALARM HISTORY
:
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DISPLAY
SETUP
MAP
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. PLC
PLC
MA32TTEH
SIGHAL
CHECK
RUHHXMG
GRAPHIC
CONTROL :
MALHTE ,
ACCUMU. ;
| ERASE
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(3) Using the arrow keys and INPUT key, validate the initialization of all data on the displayed window (highlight in blue). •ZOOt DATA
ADD WPC
TOOL P1S-E TkxsL Qivv::f,T (TTTT1HC
i
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WORK oppytr
ALAJtH HISTORY
HACRO VAR.
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START TWIT
.
(4) Follow the message under the data selection field, input "-9999" and press the INPUT key. The initialization is completed when the DATA ERASE window display disappears.
90
a
Basic Operations for Maintenance
1-8-2
Initializing the Programs The initialization procedure of the area where the machining program is stored is shown below. (1) Turn the NC power ON. (2) Press the screen selection key until the following menu appears. Select [PROGRAM] -» [PROGRAM FILE] from this menu.
ifv'j?
_
m
PI 50.
POSITION
TOOL
TOOL
PitOG RAM
LAYOUT
fvv
4ÿ
I
C-COND.:
DIAGHOS
PARAM
DATA
3„
DISPLAY
I/O
SETUP
MAI?
(1,1)
INSERT
so% PROGRAM
TOOL
DISPLAY
CHANGE
DIR.
PROGRAM
EDIT
PATH
2PROGRAM
PROGRAM
CHANGE
FILE
;
KA,
DATA
>S 0
IP
SEARCH
WORK NO.
J
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PROGRAM
REHUIIBER]
PROCEAM
NAME
PROGRAM
PROGRAM
PART
DIP..
PROGRAM
BRA9E
INPUT
COPY
EDIT
SHAPE
CHANGE
TRANSFER
-L
PROGRAM
i (3) Select (highlight) [ALL ERASE] from this menu. Using the operation board keys, input ’’-9999" and then press the INPUT key. Initialization of the programs is completed when the highlighted display of "ALL ERASE" returns to the normal display. TPS 0
pvU
ywv
4*
DELETE
SELECT i.
1 PROG.
DELETE
V:'r;T;;; ; ERASE
7005/10/ia |l7;42:47
i:
A3.L ERASE <-9999 INPD7> 7
so% y
-9999 PROGRAM
I
J
r~ i (4) When "DIR CHANGE" is pressed, the following dialog is displayed. The program stored area can be changed by the buttons. For the following three areas, all erase of (3) is operated. f
>*ÿ*»
DIRFCTORv|ÿC: WORK No
jj-$
Proqra«a«
SIZE PKOT.P.AM KAHF.
JiTANDAKI)
PROGRAM
HACK UP PROGRAM HOI)
Ol’EKAT
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----
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J3
—I
(Selected area)
(Directory display)
-ÿ©STANDARD PROGRAM C:\MC_MachineProgurams
-E>(2)BACKUP PROGRAM
C:\MC_Backup\Programs
>®HDD OPERATION PROGRAM C:\MC_Direct Mode Programs
91
92
93
94
95
List of data backed up (If the folder/file do not exist, the backup is unnecessary.)
Data details 1 Machining programs 2 Machining programs for HD operation
_
3 Gantry programs 4 Machining programs for backup 5 Sampling data tool data related Operation control screen data 7 Display data for NIC screen 8 Data for graphic maintenance/ alarm navigation 9 Custom display related module 10 3D interference check*Real simulator* 3D data for setup 11 Real simulator IN I FILE 12 NC system software 13 J2-CT parameters
a
_
14 Maintenance data 15 Option data
_
16 I SRAM backup 17 I PLC internal memory backup
96
Folder (file) name C:\MC_Machine Programs C:\MC_Direct Mode Programs C:\MC GL Data G:\MC_Backup
C:\MC sdg C:\RUMMNG C:\nm64mdata C:\m6y_ymw\Mplc C:\Custom Display C:\MC_Machine Database C:\m6y ymw\M740\Bin\ReleaseVealsimjni C:\ncbackup
CAI2ctbus\Axisinfu.dat C:\j2ctbusV***. prm C:\mainte\mnt_j3kup.dat C:\mainte\(NC serial No.).opt C:\mainte\(IMC serial No.).opt.old C:\mainte\srambkf.dat C:\mainteVpfcbkf1 1 ,dat (other than NEXUS) C:\mainte\plcbkf01 .dat (NEXUS)
_
Matrix Data To Save Added note in step 1 for backup-inch folder(R3) The data for the Matrix control can now be saved to an USB Jump drive which will allows to save complete folders easily . So, the data to save is somewhat revised from that of the M640.
Data To Save on Installation Checklist 1) Through Data I/O save the machine parameters, parameters, cutting conditions. Save to hard drive under Backup-inch folder if in inch mode, and Backup-mm for metric.(R3) 2) Using either Printkey or Printscreen3(c:\mainte\printscreen3.exe) save the following 4 pages: A) Go to privilege mode. (To access: Diagnos, Version, Right menu key », 1131 and Input.) B) Option page. C) Version page- (Note: In privilege mode, the Model number will be displayed) D) O-Parameter page. E) Hardware Monitor page. 3) Copy the c:\m6y_ymw\Mplc or Tplc folder. 4) Copy the C:MC_SDG\ Alarm folder. 5) Copy the Nm64mdata\eng folder. 6) Copy *.prm and axisinfu.dat file from the c:\Program Files\j2ctbus folder. 7) Save a new mntbkup.dat file using c:\mainte\mainte.exe maintenance tool to hard drive. Then copy the resulting mntbkup.dat and *.opt file from the c:\mainte.exe folder to USB drive. 8) Save any 9000 series programs either by Data I/O or Explorer. 9) Save the Pic ladder. See Appendix B If have a Gantry 10) Save parameter and programs of robot using Data I/O on robot side. ll)Copy all of these into a folder with S.N. Machine Type and Customer Name. Then compress to a zipped file with serial number and date(YYYYMMDD). Example 184305_20060512.zip. For s.n 184305 and May 5th,2006. 12) Place this on the shared on “locutus”(S:) folder of Address |Z] S:\MazdtroHMachineDataFromField\184305_QTN300_IPH
x j ”!
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184305_QTN300_IPNI
jO.dassWorkbooks I This folder is Online. * J OO MEAU consignment parts Mazatrol\MachineDataFromField by logging in using VPN or having someone in the office placing it there. *
97
It is up to the regions how they wish to handle the data as they probably wish to have their own backup. See Appendix 1 for more detail.
Data To Save on Service Calls if updated software. 1) Version page. 2) Alarm folder 3) Pic ladder. 4) *.LPC file if upgraded. 5) Machine and parameters. Appendix A
nafA'
-
. •-M&1MTENAHCE!
-
Saving the Mntbkup.dat file y
2nd
v
..
NC worn FC&6551HY-NV CONTROL UNIT TYPE
IACKUP HC HODEI
:_il 1
FOJC-MAG51-34 NC 5EE1A1#
DEI .
M6S6993033-9
>j
51873-DEM-0OQ7OO7-OOGOO
—
*
Li
HC SERIAL# INPUT
———-———
'1$*- INPUT
-4
OPTION
BACKUP
1 Fib Folder
m62yticcd dl
a | fjMGSysHDNC M.exe
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gW62VbY3.DLL
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gj m62vtaDi.nl!
143 KB
pMAIWrE.KE
368 KB
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ID* BACKUP i j
IE# CHANGE
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CONTROL UNIT TYPE IHFUT
—-
X
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NC MODEL IHFUT
PRODUCT ID# r 3-DEM- 0007007-00000
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OPTION DATA
s/w UPDATE I HAIHTENANCE
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OPTION DATA
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PC BACKUP
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3 KB 1 KB DAT Fib <M
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Results new mntjokup jg
Copy the new resulting mntbkup.dat and *.opt file to USB jump drive.
Appendix B- Saving of the ladder. 1) Press DIAGNOS. 2) Press VERSION. Select >RIGHT MENU> key and press Input. 3) Press LADDER MONITOR
4 ) Select
98
NC FILE
enter 1131 and
'
-'.it
<7
5) Press OPEN. 6) Select OPEN again.
A)Display will say “Reading from Pic” B) Display will say "Pic Onboard Complete"
7) Press OK. 8) Press CLEFT MENUC key twice to see LADDER in black now. 9) Select MONITOR and display will actual values. 10) If
still not showing status, select
START/ STOP MONITOR
comments then may be that the comments aren't selected to be shown. A) Press CLEFT MENUC key till see the VIEW, select it.
11) If No
B) Select COMMENT
TOOLS -
DISPLAY C)Make sure there is checkmark beside | | COMMENT . D) Press SET when finished. Still No comment? This is probably because the comment file (*. wed) wasn't
Loaded in with ladder in steps 5 and 6. Keep pressing CLEFT MENUC key till you see the main Mitsubishi Pic Programming Tools Copyright screen .
A)
B)
Select ENVIRON . SETTING
C) Select NC FILE D) SETTING
Click on the STORAGE PATH Box so it is highlighted or just press arrow down key to highlight it. F) The pathway should be C: \m6y_ymw\MPLC G) Press SETTING menu key. H) Press the Left menu key an select NC E)
FILE Repeat steps 5 through 10 to see the ladder with comments.
ladder and comments are shown, go to next step to save ladder and comment file.
12) If
13) Press CLEFT MENUC key till see the Copyright screen,
the
LADDER must be shown as solid black. 14)
Press
NC FILE
99
15) 16) 17) 18) 19)
Press OPEN Press OPEN again. Select OK. Press CLEFT MENUC key till see Copyright screen again. Select I EXTERNAL FILE
20)
Press
21)
Press EXTERNAL
F)
SAVE PROJECT
SAVE
22)
If a USB jumpdrive is inserted, then make sure that the Drive/Path is set correctly to the drive.
23)
Select PROJECT NAME
24)
Enter in an appropriate filename, normally ladder version .
25)
Press SAVE.
26)
Select OK. The ladder is now saved to the USB Jumpdrive.
Note: When the project ladder is saved, it will be a folder that includes sub-folders containing the ladder and comments. The lathe, e-machine, and mill’s file structure are different.
100
Appendix 1
Connect to shared drive, “Shared on Locutus” by entering the Mazak network either from a regional office or through VPN. It is best to map that drive so you don’t have to do a search via Network Neighborhood. r->9 shared on 'locutus' (5:)
j
B D !GCM a C (2004-02-03) Mahle Update
i
$0] 0_ClassSyllabus
j
E-iCl 0_ClassWorkbooks B-Q
4
shared on 'locutus' (S:) This folder is Online.
00_MEAU consignment parts
Ifl Cl 10.0 CAPRMS Documentation i
i—J
Q Mazatrol
Q MC parts order ClMCAM_POSTS
Cl MEAU WARRANTY STOCK Cl MERGE FILES Cl MexicoTransf erPrice Cl Midwest
Select an item to view its description. fj
aCl 100 Series APC
pjnn
Once there, simply go to the Mazatrol drive and copy the customer information by using s.n. , machine type, customer name in folder. Create a folder using this as your format.
3
Address |Cl S:\Mazatrol\MachineDataFromField
L=
J
x
I Folders B Cl Mazatrol : E C MachineDataFromField | B Cl MATRIX_PRM VIEWER !±j
.
Name J Cl 184305_QTN300JPM
MachineDataFromFieli
j Utilities
The zipped file with data should be named by serial number and date. Address |Q S: \lÿzatrol\MachineDa!:aFromFfeld\184305JÿN300JFÿ1 Folders
3$ Name l
X
Sj184305_20060504.zip
$ÿ Cj Mazatrol
: E'CI MachineDataFromField ! | B -S) 184305JQTN300JPM
184305_QTN300_IPM
Once this is placed here, it will be copied over to the standard service drive for safe-keeping and will be available by either intranet or through the service web-site, http://main.mazakcorp.com/service/.
101
102
System Maintenance Work
2 2-1 2-1-1
@
System Maintenance Work Folder/File Configuration and Device Information AT Side Module and File List The AT side modules and files required for this system. These contents are planned to be described in the next edition.
2-1-2
HDD Folder Configuration The configuration of this system's HD folders.
These contents are planned to be described in the next edition.
2-1-3
Device Information The default setting information for the Windows system device manager. These contents are planned to be described in the next edition.
103
1
System Maintenance Work
2-2
Version Upgrading S/W
2-2-1
Preparing the Media Upgraded
NC system software (MAIN-A) and NC application software (MAIN-B) are provided in the media such as CD-ROM. In order to execute an upgrade, prepare for IC card, USB memory, etc. according to the following folder configuration. (1) When IC card (Front) is used: Folder configuration © Create a Verup folder directly below the device (root), and put a version-name folder under the Verup folder. (D Only one version-name folder is allowed under the Verup folder. (D The configuration of the folders/files under the version-name folder is as shown below. @ Create either/both Atsys or/and Ncsys for the folder(s) under the version-name folder.
The Verup folder directly below the device is the only object to be upgraded. (The other folders and files are ignored.)
(root)
Q Hi
Verup
D !l A1 CjJ LH Atsys
Create only one version-name folder in the Verup folder.
0 Diski
\-{h Setup.exe — { e t c. )
> Application (MAIN-B) upgrade file
1
P Ncsys i~Q
Bootsys.ncs
r-O NcentJ.ncs
> NC system (MAI N-A) upgraded file
Ncsystem.ncs
(2) When a medium, such as IC card (Back), USB memory, etc., that can be accessed as an external drive of the NC is used: Folder configuration © The file configuration under the version-name folder is as shown below. (2) The location and number of version-name folders are arbitrarily determined. (D Create either/both Atsys or/and Ncsys for the folder(s) under the version-name folder.
Ck)
Cn AO in AI CjD CH Atsys
p
The location and number of version-name folders are arbitrarily determined.
Diski
f-Q
>
Application (MAIN-B) upgraded file
>
NC system (MAIN-A) upgraded file
Setup.exe
1
dp Ncsys( e.t.c. ) j-o
Bootsys ncs
NcentJ.ncs Ncsystem.ncs
104
System Maintenance Work
1]
(3) When the version backed up in the HD is used: When the application and NC system are upgraded by using the maintenance tool, the contents under the version-name folder are automatically copied under the HD's C:\ncbackup. (Note that the contents are copied in the Atsys folder when upgrading the application, and in the Ncsys folder when upgrading the NC system.) Since the versions previously upgraded with this NC are backed up in the HD, it is possible to retrieve one of those versions by selecting an arbitrary version No. as required. (Example) When upgrading
the application of version A1 C:
Device
Ncbackup
O CH AO
(root)
O D A1
DAI
Cj3 D Atsys
Atsys
P Diski
r-o
Lp Diski j~L—I Setup.exe
Setup.exe
( e t c. )
(e.t.c. )
Ncsys
i
All the contents under the version-name folder, including the file to be upgraded, are copied in the HD's C:\ncbackup before upgrading.
105
1
System Maintenance Work
2-2-2
Upgrading Procedure By the flow chart, the upgrading procedure is explained. This chart explains a standard prodecre, so please confirm the details by “Version upgrade manual" which will be offerd when every new NC S/W version is released.
START
£
Back up the customer’s current data for attention. Back up all data according to "1-5-3 Backing Up the Saved Data".
Back up the saved data
ik
Farther, backup SRAM data in the NC unit. Backup all the SRAM data and PLC’s data area according to ®SRAM->HDD of "1-4-2 Backing Up and Restoring the SRAM"
Backup of the SRAM data
Version upgrade the PC side system (MAIN-B)
£
Install the NC PC side system (MAIN-B). Refer to section "2-2-4 Upgrading PC Side System (MAIN-B)" for details.
Install the NC system (MAIN-A). Refer to section "2-2-3 Upgrading NC system (MAIN-A)" for details.
Version upgrade the NC system (MAIN-A)
The saved data backed up is restored. Refer to section "1-5-4 Restoring the Saved Data" for details.
Restore the back up data
No
Parameter Change? (1) Add/Change the parameters according to (1) Add/Change the parameters (2) Back up the parameters after
changing
"Version upgrade manual". (2) Back up the parameters according to (T)SRAM ->FLROM of "1-4-2 Backing Up and Restoring the SRAM" after adding/changing. (1) Confirm the version display after the operations by the version display screen from the menu
Confirm after upgrading
"DIAGNOS" -> "VERSION". (2) Request the confirmation of the machine operation to the customer after upgrading.
END
106
(Notice) Data backed up first will be used only when it should be necessary to get back to former state by any chance because of unexpected phenomenon occurs after upgrading the NC system.
System Maintenance Work
2-2-3
2
Upgrading NC system (MAIN-A)
Procedures for upgrading the NC system (MAIN-A) is given below. Start Explorer from the Windows start menu, and double-click C:\mainte\mainte.exe to open the maintenance tool. The operation with the maintenance tool is explained urns ; mwm mm as follows. j-:
©
© ©
wrnrn r
Selection of device Select a device in which an upgrading file is included.
——
START
in>
HCJWSTCH ic
URUTS
wmm cw
START
& 1X50.1 SWUX'
* ic WUMB cm
Execution of NC system upgrade Click the [START] button.
STAR?
r.w
'
[
|
] MHHWKij
BI,B»F
] DT
Confirmation of execution The following message appears.
$
IS IT OK i
R.
m START- 0PDATXS&
_ _ _ ---
K-C SYSTEH S»‘¥? :
.-Always push the emergency stop button when upgrading with the actual machine.
eaBferjÿHscjp st&p buttgn $
Mt&r
9 OVERWRITE BOOT S'K
CANCEL
OK
r
—Leave the checkmark for "OVERWRITE BOOT SA/V" ON.
[OK] Upgrading process is continued. —> Go to @. [CANCEL] Upgrading process is discontinued.
(4)
Exiting the application When executing the maintenance tool without exiting the NC screen, the NC screen is automatically exited.
©
Designation of installation file • When IC MEMORY CARD is selected for the device, go to ©. • When HD is selected for the device, a dialog prompting a folder selection is displayed. Select a version-name folder and click "OK". (By simply selecting a version-name folder, the ncsys\Bootsys.ncs file beneath it is automatically selected.)
|? ]fx]
Browse For Folder Select the Ver. Folder
c-: D nc backup
A-
Selecting a version-name folder
Ss L_j AJJ3 B D B_A8 W
C_J
B_A8B
8 LJ B_A8T
m LJ B_A8TE CJ B_AC
&
:+;
L_J Atsys nesys
v OK
Cancel
107
System Maintenance Work
©
2
Copying of installation file File to be installed is copied under HD's C:\ncbackup. When C:\ncbackup\(version-name folder) is specified for the installation file, this file will not be copied. When the folder having the same version name already exists in C:\ncbackup, the folder is overwritten and copied. INSTALLER FILES BACK UP, (Message during copying) Now . Setup Files Back Up..
©
Execution of installation with the specified file Stop NC operation to execute upgrading with the file in which system software in the NC unit (MAIN-A) is specified. Then, restart the NC. SOFTWARE UPDATE
S3S*
DURING NC SYSTEM RENEWAL ENVIRONMENT MAKING.
fH OVERWRITING NC SYSTEM
(Upgrading process is displayed.)
S/U
SOFTWARE UPDATE DURING NC SYSTEM RE-ACTIVATION .
r
w
V
NC SYSTEM S/W UPDATE IS DONE Vv'ITH SUCCESS. PLEASE TURN ON THE POWER SUPPLY AGAIN.
OK
When the above message appears, press "OK" to complete the NC system upgrading process.
108
System Maintenance Work
2-2-4
s
Upgrading PC Side System (MAIN-B) Procedures for upgrading the NC application (MAIN-B) is given below.
(1)
Release the key lock. ( Refer to the section "1-1-1 Releasing the Key-lock")
(2)
Check the Windows task bar in the bottom of the screen, and if there exist any applicatons in running, close all of them.
(3)
Upgrading procedure with using the maintenance tool Start Explorer from the Windows start menu, and double-click C:\mainte\mainte.exe to open the maintenance tool. The operation with the maintenance tool is explained as follows.
®
Selection of device Select a device in which an upgrading file is included.
(2)
j sijiftirf Y
m
ipitU?
mwm mm-
-T,-—
-
rjmaemaat sorrtttSE mtmt & ic mam cm?
r is>
—
Execution of application upgrade " Click the [START] button.
r
$rm
*S .
•
i* ic am*? a® gp
START
r
idUttCT srrup TOOL VP&ATS:
« r
(3) Confirmation of execution The following message appears.
f C-lt
mam
ic
cu®
START
up
|KIISTXKiKCEj
irmTC
OACKVP
OPTICK
J EOT
15 IT OK TO START INSTALLATION ?
Yes
®
[Yes] Version upgrading is continued. -* Goto @. [No] Version upgrading is discontinued.
No
Exiting the application When the maintenance tool is executed without exiting the NC screen, the NC screen is automatically
exited.
(D Designation of installation file • When IC MEMORY CARD is selected for the device, go to ©. • When HD is selected for the device, a dialog prompting a folder selection is displayed. Select a version-name folder and click "OK". (By simply selecting a version-name folder, the Atsys\Disk1\Setup.exe file beneath it is automatically selected.)
m
Browse For Folder Select the Ver. Folder
ri
j nc backup +• LJ AJJ3
Selecting a version-name folder.
+ :_] B_AS +' _J 6_A8B + _J B_A8T
to
U B _A8TE B.AC
* _J
-
'±
_
i
j Atsys
:_j
ricsys
OK"
]|
Cancel
"]
109
System Maintenance Work
©
§
Copying of installation file A file to be installed is copied under HD's C:\ncbackup. When C:\ncbackup\(version-name folder) is specified for the installation file, this file will not be copied. When the folder having the same version name already exists in C:\ncbackup, the folder is overwritten and copied. warn
(Message when starting to copy)
.
Now Installer Fites Back Up . . .
i
Copying—
(Message during copying)
m
data2.cab From 'Diskl' to ’Diskl' |N*
to-
_
—
; <•'
25 Seconds Remaining
-[
Cancel
j
(7) Uninstallation of existing system Uninstallation of an existing system is executed. Go to ® when initially writing an application or when uninstallation has already been executed.
a So# Sstfut
(Executing uninstallation)
k
*
r caa i
[Cancel] Upgrading process is discontinued upon canceling the uninstallation.
(Completed uninstallation)
p
:v J j
[Finish] -> Goto
110
®.
System Maintenance Work
Execution of installation with the specified file The installer automatically starts and installation is carried out with the specified file.
sssaaBr****’to*&**aS$**&« VteMl
utsm
iifck ffe*4.
Sr'«.y*S>w fcOMCMto
'
S
1
...
jH&fcSDtb'MMMM
c
3 1 <w~3
[Next] Upgrading process is continued. [Cancel] Upgrading process is discontinued upon canceling the installation.
(Message during installation) CV.\M74flÿNÿÿwV5igeftN£L0IJL
|p|T
C; VVV i n dows\system 3 2\d ri vt; rs \V irtiidldiivai.exe
immediately before the completion of installation, click "OK".
YMANAGER not exist !!
3
I
P
jx) Note: When the alarm shown left appears
(Completed installation)
tniUHVhwW Wl.'ÿtrf LTwptHn
tbviniifdtiMfi WumK-ii iÿeRtA
FAT tikf
FrusSÿj m&.
f ,
f
)
[Finish] Upgrading process is completed upon exiting the installer.
111
System Maintenance Work
2-3
2-3-1
i
Adding/Setting Software Options
Preparing S/W Option The S/W option of MATRIX is officially sold and provided in the Windows file form. The file is named "(NC serial No.).opt".
For example, if this NC's serial No. is M7123456789, the option file is provided under the file name of M71 23456789.opt. Copy the option file officially provided onto the USB memory or IC card (front) for the preparation. (1) When USB memory is used (Recommended)
The option file installed is selected with the maintenance tool. So, the option file can be stored on an arbitrary folder. (2) When IC card (front) is used
Store only one option file (The extension ".opt") to "root" of IC memory card. (It is not possible to select the file by the maintenance tool.)
Difference from conventional option The option was provided by ROM cassette until M640 series. When purchasing an option for the second time or later, only difference information between the previous time and this time is written in ROM cassette. Therefore, two or more ROM cassettes exist when the S/W option is purchased additionally. For example, when NC unit is exchanged, all the stored ROM cassettes must be installed in order.
In MATRIX, the option is supplied by file (fixed file name is given for each NC serial No.). So, even if the options are purchased two or more times, all option data reflected for past purchase history is written to the latest option file. The differences of option handling between the conventional model and MATRIX are described below. M640 series
MATRIX series
Type
Option ROM cassette
Option file (Windwos file)
Media
Dedicated ROM cassette
USB memory, IC card, etc.
Option data
Data of difference from last The always latest option data time
Keeping after option is installed
All option ROM cassettes are The latest option file is saved in the following of NC's FID. (automatic attached to the machine. saving with maintenance tool)
C:\mainte\(NC serial No ).opt
112
System Maintenance Work
2-3-2
i
Adding/Setting Software Options The S/W option addition and setup methods are explained as an example of using the USB
memory use. (1) Set the USB memory stored option file to NC unit.
(2) Start Explorer from the Windows start menu, and double-click C:\mainte\mainte.exe to open the maintenance tool.
(3) (Only when S/W option is added) Select "MAINTENANCE" mepu, and click [>] button.
51
ickns
S«J'*i.‘niMANa xutnteuHcc .
? :
BACKUP
JK W” mriFT
O5KTK0I, WIT
rm
FCW-WSlSKW
The current NC's option contents are written to C:\mainte\(NC serial No.).opt by this operation. Normally, the file is automatically created when the option is set last time as described later.
wi-
BC SttUU xniuttTH OFTIOK PATA
~
“Sail. IT itc aemur
5j
*
®123«S«?85
OFTIO!* BATA .
a mtvim
ptat%
m mm ism I wit ww' iitrer j
eoifraji
NC SSSIS.U MSOT
j :
sm KFOATE
OFTIOK
|
When the option is set for the first time, this operation is not required because there is no option data in NC. (4) Select the "OPTION" menu, and display the "Select a Option Files-
TpOtS
err i os ; SOTUiC & .t.o
_ li®
nmm w
soresto
screen. (5) Select the [HD] of "SETTING"
menu. Select [1C MEMORY CARD] when option file is prepared in front 1C card. (6)
\
UPDATE
[ «AliifENAKOE|
DACRt#
OFT IOK
EXIT
Click the "SETTING" button.
113
System Maintenance Work
@
A dialog prompting an option file selection is displayed. Specify drive/path/option file name. (When the 1C memory card is selected, this dialog is not displayed.) Sitfcil .1 Optkw Hlrs |
3
fee}; US*
Cjtxea SfyBixxs*
i3 :
;
13ft '
•-U
0
M? &$<*#**&
5
3B
m
FfcgiSSa?
fmSem
—
r_w~"
Ftes
Specify a file and click the "Open" button. The specified file is copied to C:\mainte\, and the contents of option file is ready to be set in the NC unit. When the option file having the same file name as that of the specified file already exists in C:\mainte\, confirmation message for overwriting appears.
V
MAY I OVERWRITE ?
HIIIE:::)]
No
[Yes] The file is overwritten and option setting is started. Note that the extension of the original option file must be changed from "opt" to "opt.old" when saving. [No] The file is not overwritten and option setting is discontinued.
Note that when specifying the option file in C:\mainte\, option is set to the NC unit by the file specified without copying. Option setting is completed when the display of the "SETTING" button in the option setting
screen turns to normal from the grayed state. Alarm message appears in the following cases, and the option setting is discontinued. When C:\mainte\(NC serial No.).opt is a file with a different serial No. from that of NC. 2 or more option files exist in C:\mainteV 2 or more option files are created by copying the specified file in to C:\mainteV (*) In other word, the number of option files (file having the extension name of ".opt") in C:\mainte\ has to be only one and its file name has to have the same serial No. as that of NC unit.
B’-. y -Q OPTION ERROR
(7) The maintenance tool is ended. (8) Confirm the option effective setting has been updated on the option screen after turning NC power supply ON again.
114
System Maintenance Work
2-3-3
i
Attention for adding S/W option The state of option setting is changed from «A» to «B» by adding an option. The following indicates the transition of the option setting.
Before setting the option addition NC Option «A»
HD C:\mainte L (NC serial No.).opt
.
- -Option «A»
After setting the option addition NC Option «B»
HD Renamed and seved
USB memory
(NC serial No.) .opt Option «B»
C:\mainte
t;
(NC serial No.). opt NC serial No.). opt.old
Option «B» Option «A»
The latest option file is saved on HD as " (NC serial No.).opt", and the second last option file is saved as "(NC serial No ). opt old". When the option setting is different from the customer intended state by a wrong purchase/order etc. of the option, return to the state of option «A» according to the following procedures, and confirm the option arrangement again.
Method of return to the previous option state
Rename the option file under "C:\mainte" on Explorer: (NC serial No ).opt
—>(NC serial No.). new
(NC serial No.).opt.old->(NC serial No ).opt Install the option file C:\mainte\(NC serial No.). opt from maintenance tool again.
115
System Maintenance Work
2-4
@
Servicing with the Maintenance Tool (1) Start up "Explorer" from "Start" menu (right click), and then start the maintenance tool (C:\mainte\mainte.exe). Select "MAINTENANCE" menu to open the MAINTENANCE screen. The NC model, serial No. and control unit type can be input on the screen. Refer to the "Maintenance Tools Instruction Manual" (BNP-B3934-902) for details.
3MAINTENANCE TOOLS
§8®
MAINTENANCE '
NC NC MODEL
“(C)
_il
FCA750PY-N02
;
CONTROL UNIT TYPE FCU7-MA513-22 NC SERIAL# M7001234567 OPTION DATA
j
(a)
(b)DEL.
>j (d)
A production number note to a service part
(e)
(g)
S/W UPDATE
MAINTENANCE
--BACKUP NC MODEL FCA750PY-N02 CONTROL UNIT TYPE FCU7-MA513-22 NC SERIAL# M7123456789 OPTION DATA NC MODEL INPUT
CONTROL UNIT TYPE INPUT NC SERIAL# INPUT
BACKUP
OPTION
EXIT
The correspondence of each button is explained in the following section. (This is not related to the work procedures.)
(a)
Backing up from FLROM to HD
ARE YOU SURE TO SAVE DATA TO BACKUP FILE ?
Yes
(b)
No
Deleting backup files
V
?j
ARE YOU SURE TO DELETE BACKUP FILE ?
Yes
(c)
The NC model, serial No. control unit type and option data ed in FLROM are written to HD, C:\mainte\mnt_bkup.dat ••• Maintenance data C:\mainte\(NC serial No.J.opt ••-Option data
The HD backup files (C:\mainte\mnt_bkup.dat) are deleted.
No
Writing from HD to FLROM
1J
Nr
AitF YOU Sf SlF TO RFSsOiif DATA
ftACfrt P FIiF >
The NC model, serial No., control unit type and option data ( \mainte\(serial No.).opt) saved in the HD backup file (C:\mainte\mnt_bkup.dat) are ed in the
FLROM Yes
f4o
_|si
~ORD
A is required to return the product information Only Mitsubishi personnel can carry out this
to the NC. procedure
-r OK
116
CA1ICEL | CLEAR
System Maintenance Work
(d)
2
NC model input
J r
•3
The NC model can be selected from the combo box
or can be directly input. After inputting the NC model, click on the "OK” button. The NC model in the backup file (C:\mainte\mnt_bkup.dat) will be updated, and the NC MODEL in the display window of the MAINTENANCE
screen will be updated simultaneously. OK
(e)
]
CANCEL
|
Press "CANCEL" to cancel input of the NC model, and press "CLEAR" to clear the items input in the combo box.
CLEAR
Control unit type input n:n:ir
The control unit type can be selected from the combo box or can be directly input. After inputting the control unit type, press on the "OK" button. The control unit type in the BACKUP display window of the MAINTENANCE screen will be updated.
3 OK
(f)
1
CANCEL
j
CLEAR
NC serial No. input NC SERIAL*
i
M?r OK
(g)
Writing to HD
A&F YOU
CLEAR
CANCEL
Input nine characters after M7. After inputting the serial No., click on the "OK" button. The input will be checked. In the input check, the No. of input characters and the validity of the characters will be checked. If the input check is okay, the NC SERIAL # in the BACKUP display window of the MAINTENANCE screen will change. The backed up options will be cleared when the serial No. is changed. Note that the options will be cleared when the is input and the NC data is written in.
FLROM of service part unit
to aesto&e DATA FROM fc&oar n F > Vet
Mu
The NC model, serial No. control unit type and option data written in the HD backup file (C:\mainte\mnt_bkup.dat) are written to FLROM of the service part. The service part is a special unit whose “serial No.” is (Two characters following M7 are 0. M700’ Arbitrary characters since the third character.) The function is same as C, but the input is not required when writing in the service part.
117
118
r~ r
2
System Maintenance Work
2-5
Inputting and Outputting Ladders The ladders stored in the NC's FLROM can be output to the external media by ladder monitor. Conversely, the ladders stored on the external media can be input to the NC's FLROM/SRAM. Starting the ladder monitor The ladder monitor is starded in 1 131mode
EUlsiilP®--
3*/3
."W
so*
]ia
DIACWOS
VERSION
!”s * 'SO«S/i«/*o
rVV'A 0 . OOSn/ttir*
Orpe DIftGNOS
OPTION
MONITOR
SERVO
SPINDLE
JIPADtJALE| LADDER
MONITOR
MONITOR
MONITOR
§
VERSION
MONITOR
Two ladders exist because the ladders are operated by two Us in NC unit. The ladder input/output must execute both COS1 and COS2.
2-5-1
Saving to External Media The procedure is shown below:
© Open the ladder which runs in NC on onboard edition area. © Save the opened ladder in external media. NC HN123card (Vertual:COS2 side)
NC
(SRAM/FROM)
(Real:COS1 side)
© V*4.
External
Projectÿ/\ÿ — Save
/
Project Open
PC side
A-*
FROM area
Area for COS2
7?
NC HN163card
HN482card
Area for COS1
/
/ ROM
/
wrile
Save
Temporary storage
I
Copy when the power is
T
ON
Onboard edition area
©
area
Open
n—<= \
"T
Execute ladder
Edit/Monitor
(a) Click "ENVIRON. SETTING" -ÿ"CONNECT NC Setting" to select the ladder of COS1 side. 1
ill
!£ r iLC
‘Vlf
r~
I
Ull
u©
(b) Select " M01" from the list, and press "SET". (The selected environment is displayed on the the lower right of the screen. M01 is displayed in case of the COS1 side. M02 is displayed in case of the COS2 side.)
119
2
System Maintenance Work
x
CONNECT Hfr SETTING". OTjilJeiMiirsa
SET
Warning:
When connection destination WC is changed, the PLC data on onboard is lost.
i
aT' (c)
SST
i
! :
i i
I
Return to the following screen pressing "F1 key", and click "NC FILE". I
i SC
fill
OTOM/L
••
rut
nir
\
Wuswi.
riawi
W5§OP
Df/IKH.
(tlP
JITHhC
M!
:
(d) Click ‘•OPEN". i Oik
Sflfc
K*C
VUUFY
WJ1E
ten it
I
i
t$i
BSS?
(e) Click "OPEN" -> "OK". X
373»j>: 1 1S 05101 ? »"tt er PLC/»«tw*rk
OPEN
(0
SEL. ALL
/CANCEL
05/10/20 20:50:20 130 532Bvt«
05/10/20 20:50:20
33 & B v t e
SELECT
PARAM.
+ PFDC.
Return to the following screen pressing "F1 key" twice, and click "EXTERNAL FILE". !
rs£c
MU
c-sr
ulABWs.
I
I
If IF
»i
L
(g) Click "SAVE PROJECT" I
r
*35£. j
rr fixicT
(h) Click "EXT ERNAL SAVE".
120
s
|
M)1
(M3
i
2
System Maintenance Work
a
| SAVE- PROJECT
a -J
g] PROCRAM
-0 373HXI19
051017
'.r: {*3 Parameter
0
parent
SELECT
SEL. ALL
EXTERNAL SAVE
PARAM.
/CANCEL
i
PROC.
(i) Set "DRIVE", "Path" and "Project name". Click "SAVE". EXTERNAL SAVE
-
ffra
DRIVE LIST
0
j PLC ty pel Dale of creating
Fi le name
m..
| Heading Oi rectory
Drive/Polh _ [D'Vtenp l«d_O5O0O5|
Title
CANCEL
SAVE
(j) When the following dialog is displayed, the saving is completed. Click "OK". , -l‘ v
;sv>
m
CospIctecJ.
! m&m
(k)
Return to the following screen pressing ”F1 key" twice. i
(I)
I
M;
fur
ICiTX
LXttF.
fill
flWOi.
j.
|
| toll
i
eve
tar
Click "ENVIRON. SETTING". (This work is not necessary when there is no COS2 side. Jump to (o), and end the ladder monitor. t
i
uu
? “itr
WCtR
£C«ICt
;
ttiV*.
C*!*/XG.
LUGKX.
I
•ar
Oil
“
j
(m) Select " M01" from the list, and press "SET" on "CONNECT NC SETTING".
121
2
System Maintenance Work
CONNECT NC SETTING ,
-
'
IS m
SET
Warning:
When connection destination NC is changed, the PLC data on onboard is lost.
(n) Operate (c) to (k), and save the COS2 side ladder. (o) End the ladder monitor clicking "END".
2-5-2
I til
i
t
nu
iCYICC
UtWR
FJU
?}MA.
ClJJJQSGS.
|
SOW
JCU1
Loading from External Media The procedure is shown below: © Clear the ladder which runs in temporary storage area. (2) Open the project saved in external media on the onboard edition area. © Load the opened ladder to the temporary storage area in NC. @ Save the ladder in ROM area. if the steps of (2) and © are executed without deleting the ladder of step © when the project name between the ladder executed in the temporary storage area and the ladder saved in the external media differ, two ladders are ed (multi-ladder specification).
NC HN123card (Vertual : COS2 side) \
NC
HN482card
ROM write
Area for COST
r
©
Temporary
side
Onboard edition area
storage
area
Copy when the power is ON
COS2
© Project Open
/x
Save
J
Area for
External media
SaveZ
0
©
FROM area
Project
NC HN163card (Real :COS1 side) Erase ladder
(SRAM/FROM)
Open
Execute (a) Click "ENVIRON. SETTING" COS1 side
Edit/Monitor
"CONNECT NC SETTING" to select the ladder of I
i
rm
122
DC
( il<
L'siV-JW-
* ME
'I
UJitiK
tevicr
nr-jn.
j
SISS I
iCLP
tfil
LUi
2
System Maintenance Work
(b) Select " M01" from the list, and press "SET". (The selected environment is displayed on the the lower right of the screen. M01 is displayed in case of the COS1 side. M02 is displayed in case of the COS2 side.)
x
CONNECT NC SETTING SI
i
SET
Warning:
When connection destination NC is changed, the PLC data on onboard is lost.
I
arjp
i
ECT
i
'
(c)
Return to the following screen pressing ”F1 key", and click "NC FILE". | Ml
i fC
HU.
DCDHiU.
rite
rju:
i \
;
Wirot.
2T11HC
i
W)
*1P
(d) Click ,,DELETEM. t
i
Mi
i
Cftt
vtwrr
SAYt
ICXTE
fcrawT
i
1
(e) Click "SEL. ALL/CANCEL", and all data is selected. X
-
•'
£/\ 373»lX
l 13 05101? Pirsroete/ PLC/M«two/h
DELETE
AIL f sa. /cwa
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$CLECT
|
(0 Click "DELETE". i
I
—
t I~I
&Sf !
! Wl
! S&
(g) Click "YES" on "DELETE CONFIRMATION" screen.
123
2
System Maintenance Work
3 It» aÿcil iwJ I He i® deleted. Is ii all riiM1?
El
SO
(h) If the ladder is “RUN" state, "STOP" is urged. Click "YES”. FtC »* »ri s ftlW stile, J* &Ieiipn «>rfc»r®ed ifl*r
E
»lgp Pt,C?
f
NO
(i) When the following dialog is displayed, the deleting is completed. Click "OK".
—
.
ftSMsttid ,
P|
,-E
»
CcfttpJeletJ.
-V» ft,;
(j) Return to the following screen pressing "F1 key" twice, and click "EXTERNAL FILE". rant
uivu‘
w text
I tc
flit
B7a*
rSLT
j.
j
SB®
1
| Ml
I IM?
!
(k) Click "OPEN PROJECT". *3
iaitr
I
rgg.
n&< j
i
| ffi
(I) Set "DRIVE" and "File name", and click "SELECT1.
0
|:$aECI; PROJECT? DRIVE
I PLC typeFPate of
Jiilsjsff, E&..
c i ea tins
[Head i nr Di rectory
B:
Dr i ve/Pftt h
jD: Vlcmp
Project
[ij>d_05030fi
SELECT
moie
CANCEL
(m) Click "OPEN".
124
i
| i
I
tail
System Maintenance Work
m
OPEN PROJECT :
•a Iÿ.CS0805.,:| rKUUHAM
Q 373HX1 13 051017 Parameter
£2 param
SEL. ALL /CANCEL
EH
SaECT
SELECT
PARAH.
PROJECT
PROG.
(n) When a message that prompts you to comfirm overwriting is displayed, click "ALL YES". X
UP-- •-
The program (373MX119.«P?) already exists. Are you sure OK to overwrite? YES
ALL YES
NO
(o) When the following dialog is displayed, the loading is completed. Click "OK”.
a
iHE.Mwrij Cc«»lete«3.
i sail
(p)
Return to the following screen pressing "F1 key" twice, and click "NC FILE”. 'ÿ•••n't. ;.5U5.';
Pil>
i
H.I*
i :
M:
rue
! S I
-
1
HflH
»>i
i
(q) Click ’'SAVE” t
4 Oft't
SAVE
JSk
tGLU
| eat)
FCfirUT
(r) Click "SAVE".
125
System Maintenance Work
2
x] -FREE SPACE VOLLWE •
j=
“a PROGRAM
LARGEST CONTIGUOUS
..£2
3 [arÿ
373WX \ 19 Par ansttr Par am
051017
r
!
BYTE
TOTAL FREE SPACE BYTE
r
FREE
SPACE
YOLUUE
SELECT PARAM. + PROG.
SEL. ALL /CANCEL
SAVE
(s) When the following dialog is displayed, the loading is completed. Click "OK". ;X
Collet c4;
(1) Return to the following screen pressing "F1 key", and click "ROM WRITE". esni; j.ifi'.-fr.
;
TO zrp
era
I
Ml
reran
iCLZK
i
| :
WSl'.*’
(u) Click "YES". ! PW wire •" -• •
X
TStflPiAflV »H3KY Cd.lt
or CfCAHIC
1J
I'-Alt t> CREA11»; IV)
>co
it In RGB?
tr It*
(v) When a message that prompts you to comfirm overwriting ROM is displayed, click
"ALL YES". AM data in Ihe
program rersory
Do you
wsm
the lar get *i 1 1 be deleted,
lly
*on(
dale oil I bs written into ISe target.
to execute?
YES
NO
(w) When the following dialog is displayed, the ROM writing is completed. Click "OK".
126
ry.
2
System Maintenance Work
$
a
C«*ol«leiJ.
'
llilll rÿ
(x) Click "PLC RUN/STOP,,.
¥
i «i
i
SAVE
troi
!I
KM
VIR1FY
f
-&>
rcfÿi
IGITC
wire
|
|
gg
(y) Click "YES" STATUS
m
[SlS
Is PLC started?
xl NO
(2) Return to the following screen pressing "F1 key" once. rnr
| SOI
i
?
Ltfotn
tcvict
i
KlAGfCi.
p«wi.
«
j
i
tar
(aa) Click "ENVIRON. SETTING". (This work is not necessary when there is no COS2 side. Jump to (dd), and end the ladder monitor.) I
i
FILE
! i
«;
l/iCtT*
fits.
JL
soviet
?|ACME.
rlf-JU.
fii
ail
•nr
M)
(bb) Select " MOT' from the list, and press "SET" on "CONNECT NC SETTING".
CONNECT NO SETTING 'TTTT'f!
Tj
-
f
\*
X
SET
Miasa«g«8afflHI
Wa rn i ng : When connection destination NC is changed, the PLC data on onboard is lost.
(cc) Operate (c) to (z). and save the COS2 side ladder. (dd) End the ladder monitor clicking "END". I
1 FILL
}
“Sr
UiC
i
:evKt
iff}*.
C- IfirtZ.
SI'S j
-w
dt
Dfl
127
System Maintenance Work
2-6 2-6-1
Replacing the HD Replacing the HD Preparation • HDD unit for replacement (Installed NC system (MAIN-B) of the same version as customer) When MAIN-B has not been installed in the HDD unit, prepare NC system for upgrading by the USB memory etc. • USB memory for data backup
The replacement procedure of HD is shown below. Note: This method assumes that the NC is running properly. If Windows does not start, this method cannot be used.
START
Backup of the saved data
4
Backup of HDD internal data
Replacement of HDD unit
Back up the customer’s current data. Back up all data according to "1-5 Backing Up the Saved Data.". Backup the HDD internal data. Refer to section "2-6-2 Backup data of HD" for details.
The HDD unit is removed, and it is replaced by a new HDD unit. At this time, replace a front cover of a new HDD unit to a front cover of former HDD unit (The name plate and the WindowsCOA seal are affixed).
V Upgrading of NC application
\7 All erase in program area
Restoration of backup data
V Data backup to HDD
END
128
When MAIN-B has not been installed to replaced HDD or when the version should be upgraded to the latest version, install prepared MAIN-B according to "2-2-4 Upgrading PC Side System (MAIN-B)". Erase the all program area on PROGRAM FILE screen. Refer to section "1-8-2 Initializing the Programs" for details.
Restore the backed up data by following steps. (T) Restore the backed up data to HDD according to "2-6-3 Restoring the Backed up Data”. © Restore the all saved data according to "1-5-4 Restoring the Saved Data" . Back up the NC side data to new HDD. Refer to section "2-6-4 Backing up the NC Side Data to HD" for details.
sv*
System Maintenance Work
2-6-2
Backup data of HD Copy the specific files in HD to an external memory of the USB memory etc. by the Explorer.
List of data backed up (If the folder/file do not exist, the backup is unnecessary.)
Folder (file) name
Data details 1 Machining programs 2 Machining programs for HD
operation _ 3 4 5 6 7 8
9 10
11 12 13
Gantry programs_ Machining programs for backup Sampling data, tool data related Operation control screen data Display data for NC screen Data for graphic maintenance/ alarm navigation Custom display related module 3D interference check- Real simulator-3D data for setup Real simulator INIFILE NC system software J2-CT parameters
_
14 Maintenance data 15 Option data
16 SRAM backup 17 PLC internal memory backup
Note:
C:\MC_Machine Programs C:\MC_Direct Mode Programs
...
C:\MC GL Data C:\MC Backup C:\MC sdg C:\RUMMNG C:\nm64mdata C:\m6y_ymw\Mplc C:\Custom Display C:\MC_Machine Database C:\m6y_ymw\M7401Bin\Release\realsim.ini C:\ncbackup
C:\j2ctbus\Axisinfu.dat C:\j2ctbusV“*.prm C:\mainte\mnt_bkup.dat _ C:\mainte\(NC serial No.). opt C:\mainte\(NC serial No.). opt.old C:\mainte\srambkf.dat _ C:\mainte\plcbkf11.dat (other than NEXUS) C:\mainte\plcbkf01.dat (NEXUS)_
For applications installed after shipment and the network settings made after shipment, check with Yamazaki and backup if necessary.
129
System Maintenance Work
2-6-3
HI
Restoring the Backed up Data The backed up data according to "Backup of HDD internal data" is restored to replaced HD. List of data restord (If the folders/files listed in the table below do not exist at backup, it is unnecessary to restore.) Items marked with under [Resore] in the table below are restored. It is unnecessary for the items with O to restore, because these items are directly restored from NC internal data by the maintenance tool in the next step.
•
Data details 1 Machining programs 2 Machining programs for HD
Restore
Folder (file) name C:\MC_Machine Programs C:\MC_Direct Mode Programs
_
operation 3 Gantry programs 4 Machining programs for backup 5 Sampling data, tool data related 6 Operation control screen data 7 Display data for NC screen 8 Data for graphic maintenance/ alarm navigation 9 Custom display related module 10 3D interference check- Real simulator-3D data for setup 11 Real simulator INIFILE 12 NC system software 13 J2-CT parameters
C:\MC GL Data C:\MC_Backup C:\MC_sdg C:\RUMMNG
C:\nm64mdata C:\m6y_ymw\Mplc
_
C:\Custom Display C:\MC_Machine Database C:\m6y ymw\M740\Bin\Release\realsim.ini C:\ncbackup
C:\j2ctbus\Axisinfu.dat C:\j2ctbus\***.prm
14
Maintenance data 15 Option data SRAM backup 16 17
PLC internal memory backup Machining programs
Note:
130
O O
C:\rnainte\mnt bkup.dat C:\mainte\(NC serial No.). opt
O O O
C:\mainte\(NC serial No.).opt.old C:\mainte\srambkf.dat C:\mainte\plcbkf1 1.dat (Other than NEXUS) C:\mainte\plcbkf01.dat (NEXUS)_
For applications installed after shipment and the network settings made after shipment, check with Yamazaki and reset if necessary.
System Maintenance Work
2-6-4
2
Backing up the NC Side Data to HD The data of the item with O in the previous page is restored by backing up to HD in which NC side data has been exchanged. (1) SRAM data and PLC internal memory backup Start Explorer from the Windows start menu, and double-click C:\mainte\mainte.exe to open
the maintenance tool. Select the "BACKUP" screen on "MAINTENANCE TOOLS".
t '.‘;l
•SACK®?
s
i
FLASH KOX
JJ
ECT-DATA IxO
_id
do t
C
l
a
&-V
BACKUP
OPTIOK
L
EXIT
Click the [>] button on the lower right. Backup the some all SRAM data (2MB) in NC and PLC internal memory area to HDD. Refer to the ® of "1 -4-2 Backing Up and Restoring the SRAM" for detail. (2) FLROM maintenance data (the NC model, serial No. and option, etc.) backup Select "MAINTENANCE" screen on "MAINTENANCE TOOLS". /
m KAIUTTJJAiiCE
LXA7SI1P e- m? COKTKDJ. TJK t T TYPE LUIIV-KASI KC CiERI AL*
!
/
X7001234S6?
/
OPTIOK DATA
Df:i
KCU7-MA!.
VC SERIAL* K? 123*56783 OPTlOIf DATA
f 1
/
i
KC KODKI. ttrpltr IJIflT TTKK IKKITT KC SESIAL* IHrUT
IT \ COKTHOL 1
/
V
I
\
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3 n,M;rTE)iA;Ki||
PY-mi;1
a.-irrsoi. mi JT TYPE
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bJt A production note to o service ijJoxt
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r-
/
KC MODEL
SJOSIP
OCTIOK
EXIT
\
Click the [>] button on the upper right. The NC model, serial No. and option data ed in FLROM are backed up to HD. The Names of backup files are fixed as "C:\mainte\mnt_bkup.dat" and " (NC serial No).opt". Refer to the (a) of ”2-4 Servicing with the Maintenance Tool" for details.
131
System Maintenance Work
2-7
Replacing Control Unit
2-7-1
Replacing Control Unit Preparation • HDD unit for replacement (Installed NC system (MAIN-B) of the same version as customer) When MAIN-B has not been installed in the HDD unit, prepare NC system for upgrading by the USB memory etc. • USB memory for data backup
The replacement procedure of NC unit is shown below.
CÿSTARTÿ) Backup of the saved data
£
Backup of the NC unit internal data
V Replacement the control unit
r
Clearing of SRAM area
<0 Installation of NC system
Restoration of backup data
Calender setting
A Data backup for emergency
END
132
Back up the customer's current data Back up all data according to "1-5 Backing Up the Saved Data". Backup the NC unit internal data. The target data is the following data. (D All SRAM data and internal PLC data @ The maintenance data in FLROM (including the options) ® The ladders in FLROM Refer to section "2-7-2 Backing up the NC Unit Internal Da1a" for details. The control unit is removed, and it is replaced by a new control unit. At this time, replace a front cover of a new control unit to a front cover of former control unit (The name plate is affixed).
Clear the data in the SRAM mounted in the replaced control unit's HR482. Refer to section "1-2 Completely Erasing the Memory" for details. Install the NC system software to NC unit's FLROM. Refer to section "2-2-3 Upgrading NC system (MAIN A)" for details.
Restore the backed up data by following steps. (D Restore the backed up data according to "2-7-3 Loading the Backup Data" . the all saved data according to "1-5-4 Restore ® Restoring the Saved Data" . Set the date and time. Refer to section "1-7-1 Setting the Date and Time" for details. Back up a part of the SRAM data like the parameter etc. to FLROM in preparation for various data areas' breaking down. Refer to section "2-7-4
Backing Up Data for Emergency Purposes" for
deÿis.
System Maintenance Work
2-7-2
2
Backing up the NC Unit Internal Data The following NC unit internal data is backed up.
©
All SRAM data and internal PLC data
(2) The maintenance data in FLROM (Including the options)
(3) The ladders in FLROM
r (1) SRAM data and PLC internal memory backup Start Explorer from the Windows start menu, and double-click C:\mainte\mainte.exe to open the maintenance tool. Select the "BACKUP" screen on "MAINTENANCE TOOLS". /
D
3iUEfnH«K£;rqG6.s -BACXOF FLASK ROX
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/
/
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/
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lAHCEj j
J||
DACJOIP
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EXIT
Click the [>] button on the lower right. Backup the some all SRAM data (2MB) in NC and PLC internal memory area to FIDD. Refer to the (3) of "1-4-2 Backing Up and Restoring the SRAM" for detail. (2) FLROM maintenance data (the NC model, serial No. and option, etc.) backup Select "MAINTENANCE" screen on "MAINTENANCE TOOLS”. /
mm
BACK'D?
/
KC KODEi
PCIIT-XAM:*-?? KC SERIAL/
/
I/
X/001234567
HC MODEL
/TQ
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i-
f
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OPTICS DATA
OPT I OH DATA
A product icA &ote to a »crv :co port
;
/ S-V irTOXTEj
H
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i
HAIHTEHMCZ: JtC
/
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KC XOOKL ItiPbT j T TVPK l jrpirr |
i
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\
1
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EXIT
i
Click the [>] button on the upper right. The NC model, serial No. and option data ed in FLROM are backed up to HD. The Names of backup files are fixed as "C:\mainte\mnt_bkup.dat" and " (NC serial No).opt". Refer to the (a) of "2-4 Servicing with the Maintenance Tool" for details.
133
System Maintenance Work
(3)
FLROM ladder backup Backup the ladders on "LADDER MONITOR" screen of NC.
Refer to the section "2-5-1 Saving to External Media" of "2-5 Inputting and Outputting Ladders" for details.
Two ladders exist because the ladders are operated by two Us in NC unit. The ladder must backup both COS1 and COS2. (Example) The step (i) of the drive, path and project name settings are as follows: Drive/path C:\mainte\ladder Project name COS1 side—>cos1 COS2 side—>cos2
134
System Maintenance Work
2-7-3
2
Loading the Backup Data The following backed up data is loaded to NC unit.
®
All RAM data and PLC internal data
(D
The maintenance data in FLROM (including the options)
(3)
The ladders in FLROM
(1) Loading SRAM data Stard the maintenance tool, and select the BACKUP screen. J
si05
m
ST)
BACiCUP FU5K J»X
sax Ti/l/Q
IDCT-DA
C:\JW
1
S'K UPDATE
/
ijax e*v5TWLb>:( .dot
/
JjlAjfrTfflANCEj
|(
BACKUP
OPTION
j
EXIT
Click the [<] button on the lower left. "C:\mainte\srambkf.dat" and "C:\mainte\plcbkf11.dat" (or "plcbkf01.dat") in FIDD are loaded to SRAM in NC unit.
(2) Loding FLROM maintenance data (the NC model, serial No. and option, etc.) Select "MAINTENANCE" screen on "MAINTENANCE TOOLS".
/
fUS
I
jJAIlITtKAJICE
SAC y.vp
i
KC KC MODEL KCA7SUEy- KUJ COKTROS. UKtT TYPE
/ÿ
KC MCC'EX. ECA75U PY-KUL’ trsix TYPE
•
cojrrKOL
F(,U7-«A5N-7?
KU'/'K AS13*-??
KC SERIA1*
KC SERIAL* H712345(B7B9
/
CTTIOK DATA
A pr
OPT DOM DATA
\ ’
/
/
S'V UPDATE
/
* j XAIIlTGUilCrjj
\
KC MODE!. IKFi;r COIfTROJ. inur TYPE IK PUT .
>-
J
.isEgr,’Z j
\ OiCSXIl\ I
OPTIOK
EXIT
Click the [<] button on the upper left. "C:\mainte\mnt_bkup.dat" in FIDD is loaded to FLROM in NC unit. Refer to the (b) of "2-4 Servicing with the Maintenance Tool" for details.
135
System Maintenance Work
(3)
2
Loading FLROM ladder
Load the ladders on "LADDER MONITOR" screen of NC.
Refer to the section "2-5-2 Loading from External Media” of "2-5 Inputting and Outputting Ladders" for details.
In the step (i) of the drive, path and project name settings, select the drive, path and project name set in (3) of "2-7-2 Backing up the NC Unit Internal Data", and load both COS1/COS2 ladders.
136
System Maintenance Work
2-7-4
Backing Up Data for Emergency Purposes Backup the parameters, etc., into the FLROM for emergency purposes.
Stard the maintenance tool, and select the BACKUP screen.
L
1 1
V. Btcxvp
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Click the [>] button on the lower right. Backup the some SRAM data in NC to FLROM in NC.
137
Appendix
3 3-1 3-1 -1
3
Appendix Using the DIAGNOSIS Screen DIAGNOSIS (ALARM Screen) This is the main diagnosis screen. Detailed information is given for up to 16 current alarms.
3-1-2
VERSION Screen The system software, spindle version, servo version, system model name and serial No. are displayed. S3 ;
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u. 00:34
Appendix
3-1-3
3
HARDWARE MONITOR Screen The hardware mounted on the control unit and board is displayed.
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Display item
when
Details
CNC
HN163 The CNC card name and sub-version are displayed. HN123 The C NC card name and sub-version are displayed. The PLC card name and sub-version are displayed. HN482 The SRAM/FROM card name and sub-version are displayed. HN531 The axis extension card name and sub-version are displayed. HN251 The front IC card/USB l/F card name and sub-version are
PLC MEM EXT IC USB
ETHER RIO
RIO 1
displayed. _ Only the item is displayed when there is an Ethernet option. RIO 4 RIO 5 RIO 2 RIO 3 RIO 6 RIO 7 RIO 8
1 2
HN203
3 4
5 6
HN203
I
The IC card name used each part system or channel is displayed.
139
Appendix
3-1 -4
3
SERVO MONITOR Screen The servo monitor is configured of the following five screens. The status of the servo is displayed on each screen.
-
SERVO MONITOR screen (Servo monitor) 1/2 SERVO MONITOR screen (Servo monitor) 2/2
•
ABSOLUTE MONITOR screen (Absolute value monitor)
•
SERVO DIAGNOSIS screen (Servo diagnosis)
•
SERVO STATUS screen (Servo status)
The screens can be changed in the following order with the page feed keys.
SERVO MONITOR screen 1/2
I NEXT key
T BACK key SERVO MONITOR screen 2/2
l NEXT key
T
BACK key
ABSOLUTE MONITOR screen
i NEXT key
t
BACK key
SERVO DIAGNOSIS screen
I NEXT key
t
BACK key
SERVO STATUS screen Note:
140
The SPINDLE STATUS screen is displayed only while releasing the key lock.
Appendix
(1) SERVO MONITOR (Servo monitor) The servo status is displayed on this screen. fir
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GAIN
i
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Details (1/sec)
[1/SEC]
Gain
The status of the position loop gain is displayed. Position loop gain refers to the following:
2
DROOP
(i)
Droop
[Command unit]
3
SPEED
(1 /min)
Speed
[1/min]
Feedrate (mm/sec,) Tracking delay error (mm)) The error of the actual machine position to the commanded position is called droop. This is the actual motor speed.
4
FEED RATE
(mm/s)
Feed rate
[mm/s]
The feed rate of machine end is displayed. (Only Vx)
5
CURRENT
(%)
Load current
[%]
6
MAX CUR1
(%)
Max. current 1
(%]
7
MAX CUR2
(%)
Max. current 2
[%]
8
MAX CUR3
(%)
Max. current 3
[%]
9
OVER LOAD
(%! Overload
10
OVER REG
(%)
Regenerative load
[%]
11
DST FORCE
(%)
Estimated disturbance torque
[%}
1%1
_
__
The motor current is displayed with a continuous current conversion during stalling. The current FB percentage in respect to the current limit is displayed. The peak value is constantly sampled, and updated every second. The currenl FB percentage in respect to the current limit is displayed. The max. value of the current FB peak sampled after the power is turned ON is displayed. The FB value of the motor current in of continuous current during stalling is displayed. An absolute value of the current FB peak value sampled in most recent 2 seconds is displayed. This data is used for monitoring the motor overload. This dala is used for monitoring the resistance load state when the power supply for resistor regeneration is connected. The estimated disturbance torque in of stall rated torque when the disturbance observer is valid is
_
_
_
displayed.
12
MAX DST FORCE
<%)
MAX estimated disturbance torque
[%]
13
INERTIA RATIO
(%)
Load inertia ratio
[%]
14
AFLT FREQ
(Hz)
AFLT frequency
[Hz]
15 16
AFLT GAIN AMP DISP
(dB)
AFLT gain Amplifier display
IdB]
17
ALARM
The estimated disturbance torque in of stall rated torque when the collision detection function is adjusted is displayed. An absolute value of the estimated disturbance torque peak value sampled in most recent 2 seconds is displayed.
Alarm
The estimated load inertia ratio when the collision detection function is adjusted is displayed. The present operation frequency of the adaptive filter is displayed. The present filter depth of the adaptive filter is displayed. The driver's 7-segment LED display is shown. Alarms and warnings other than the amplifier display are displayed.
__
___ _
___ __ _
141
Appendix
3
SERVO MONITOR (Servo monitor) 2/2
(2)
The servo status is displayed on this screen.
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CYC CNT
Details (P)
Cycle counter
[pulse]
2
GRID SPACE
(mm)
Grid spacing
[mm]
3
GRID
(mm)
Grid distance
[mm]
4
MAC POS
(mm)
Machine position
[mm]
5 6
MOTOR POS SCA FB
(mm) (mm)
Motor end FB
[mm] [mm]
7
REMAIN
(mm)
8
WORK POS
(mm)
Machine end FB Remain command Current position
J2L
Manual interrupt
_
The current position is displayed.
|mm]
The amount of manual interrupt is displayed.
10
FB ERROR
(i)
FB error
[Command unit]
11
DFB COMP
(0
DFB error
[Command unit]
12 13 14 15 16 17 10
CMP1 CMP2 CMP3 CMP4 CMP5 STS1 STS2 STS3 STS4 STS5
20 21
_
[mm]
(mm)
Control input 1 Control input 2 Control input 3 Control input 4 Control inp ut 5 Control output 1 Control output 2 Control output 3 Control output 4 Control output 5
_ _
The remain command value is displayed.
MANUAL IT
amount
The position per rotation of the encoder delector is displayed. The grid point's value is used as the 0 position and the position per rotation is displayed in the range of 0 to RNG (movement unit) multiplied by 1000. The grid spacing for reference point return is displayed. The unit is [deg] when using a rotary axis. The distance from the dog off to grid point when dog-type reference point return has been carried out is displayed. The grid mask distance is not included. This is the position on the NC’s basic machine coordinate system. The position of the speed detector is displayed. l The position of the position detector is displayed.
[mm]
9
19
142
Display item
the error
of between the motor end FB and machine end FB is displayed. The compensation pulse amount for dual control is displayed.
_
Appendix
(3)
3
ABSOLUTE MONITOR Screen (Absolute value monitor)
The servo’s absolute position is displayed on this screen.
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Display item
Details
ABS SYS
1
POP POS PON POS
2 3
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Detection system
(mm)
The state of the absolute position detection system on the servo side is displayed. ES : Semi-closed encoder EC : Ball screw end encoder LS : Linear scale MP : MP scale
Power OFF position Power ON position
[mm] [mm]
Current position
[mm]
(mm)
ESS : Semi-closed high-speed serial encoder ECS : Ball screw end high-speed serial encoder INC : Incremental The absolute position at NC power OFF is displayed. The absolute position at NC power ON is displayed. This is created from the absolute position when the NC power is turned ON. The coordinate value at the NC basic machine coordinate
__
4
MAC POS
5
RO
6 8
PO EO Rn
Cumulative number of rotation
The cumulative number of the motor rotation is displayed.
9
Pn
Phase
ABS0
Basic point
ABSn
Current position
The position in one rotation is displayed. Each rotation is divided by 4096, The range is 0 to 4095. The absolute position basic point is displayed. This is the FB position memorized during basic point setting. The current absolute position is displayed.
MPOS
Scale offset
The initial offset distance for the MP scale is displayed.
7
10
11 12
,
(mm)
system is displayed.
_
143
Appendix
(4)
SERVO DIAGNOSIS Screen (Servo diagnosis) The servo mounting state and alarm history are displayed on this screen. r— vri
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No. 1
2 3 4
Amplifier type Amplifier serial No.
Software version Control method
6
ENC TYPE ENC SERIAL No.
7
MC DT
8
SCALE SERIAL No.
9
10 11 12
MOTOR WORK TIME ALM HIST 1 to 8 MAINTE HIST
Alarm history Maintenance record
13
MAINTE STS
Maintenance status
5
144
Display item UNIT TYPE UNIT No. S/W VERSION. CONTROL
__
Motor end detector Motor end detector serial No. Machine end detector Machine end detector serial No. Motor Work time
Details This is the servo amplifier type. This is the servo amplifier serial No. This is the servo amplifier software version.
: Semi-closed loop SEM1 CLOSED : Closed loop : Dual DUAL This is the motor end detector name This is the motor end detector serial No. This is the machine end detector type. Only displayed when CLOSED or DUAL of control method. This is the machine end detector serial No. Only displayed when CLOSED of control method. This is the motor type. T he cumulative ready-ON time is displayed. The Nos. of the past servo alarms are displayed. The amplifier’s maintenance history or NVRAM (special memory in servo) status is displayed.
_
3
3
Appendix
(5) SERVO STATUS (Servo status)
The servo statuses are displayed on this screen.
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No. 1
Display item
ALARM COUNT DA output L
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1
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Details Alarm No.
Count 2
si
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DA ADDRESS 1
DA OUTPUT 1 »A ADPMS99 2 DA OUTPUT 2
0000
1
DA ADDRESS DA OUTPUT DA ADDRESS DA OUTPUT
The servo alarm No. The number of times of servo alarm condition implemented after servo amplifier power ON. Servo parameter svQ61 setting value (address) Servo parameter svQ61 setting address data Servo parameter sv063 setting value (address) Servo parameter sv063 setting address data
_
145
Appendix
3-1-5
3
SPINDLE MONITOR Screen The spindle monitor is configured of the following five screens. The status of the spindle is displayed on each screen.
-
SPINDLE MONITOR screen (Spindle monitor) 1/2
•
SPINDLE MONITOR screen (Spindle monitor) 2/2
•
SPINDLE DIAGNOSIS screen (Spindle diagnosis)
•
PS DIAGNOSIS screen (Power supply diagnosis)
SPINDLE STATUS screen (Spindle status) The screens can be changed in the following order with the page feed keys.
SPINDLE MONITOR screen 1/2
I NEXT key T BACK key SPINDLE MONITOR screen 2/2 I NEXT key t BACK key SPINDLE DIAGNOSIS screen
1 NEXT key t BACK key PS DIAGNOSIS screen
I NEXT key t BACK key SPINDLE STATUS screen Note:
146
The SPINDLE STATUS screen is displayed only while releasing the key lock.
Appendix
(1)
3
SPINDLE MONITOR (Spindle monitor)
—
The spindle status is displayed on this screen. fm
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[1/msec]
(i)
Droop
[Command unit]
(1/min) (mm/min) (%)
Speed
Feed rate Load
[1/min] [mm/s] [%]
MAX current 1
[%]
MAX current 2
[%]
MAX current 3
l%]
Overload
(%]
Regenerative load
[%]
Estimated disturbance torque
[%]
MAX estimated disturbance torque
[%]
(%)
(%)
(%)
OVER LOAD
{%)
OVER REG
{%)
DST. FORCE
(%)
MAX DST FORCE
(%)
INER1IA RATIO
14
AFLT FREQ
(Hz)
15
AFLT GAIN
(db)
16
TEMPERATURE
(X)
(%)
Load ratio AFLT
inertia
frequency
AMP DISP
ALARM”’”
0
0
0 9
0
Gain
(1/msec)
13
17 18
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Display item
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MM Dttr.»x>«ci; ( *»> OffiXTM RATIO (V)
3
a
9
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No. 1
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[Hz]
AFLT gain
[dB]
Spindle motor
[°C]
temperature Amplifier display Alarm
Oo 00
Details The spindle position loop gain (1/s) is displayed. The value is not set when in control modes other than position loop control. The tracking delay to Ihe commanded position is displayed. This is valid only during position loop control as with item 1. This is the actual motor speed. The feed rate of machine end is displayed. (Only Vx) The motor load is displayed with a continuous current conversion during stalling. The current FB percentage in respect to the current limit is displayed. The peak value is constantly sampled, and updated every second. The current FB percentage in respect to the current limit is displayed. The max. value of the current FB peak sampled after the power is turned ON is displayed. The FB value of the motor current in of continuous current during stalling is displayed. An absolute value of the current FB peak value sampled in most recent 2 seconds is displayed. This data is used for monitoring the motor overload. This data is used for monitoring the resistance load slate when the power supply for resistor regeneration is connected. The estimated disturbance torque in of stall rated lorque when the disturbance observer is valid is displayed. The estimated disturbance torque in of stall rated torque when the collision detection function is adjusted is displayed. An absolute value of the estimated disturbance torque peak value sampled in most recent 2 seconds is displayed. The estimated load inertia ratio when the collision detection function is adjusted is displayed. The present operation frequency of the adaptive filter is displayed. The present filter depth of the adaptive filter is
_
__
____ ___ _ _
_
_
_
displayed.
The spindle motor temperatureis displayed. The driver's 7 -segment LED display is shown This item is displayed when alarms and warnings other than the amplifier display is occurring simultaneously.
147
Appendix
(2)
3
SPINDLE MONITOR (Spindle monitor)
The spindle status is displayed.
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oooooooooooooooo OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO
OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO ©OOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO 0. OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO
OOOOOOOOOOOOOOOl OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO
STS5 STBS
OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO
OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO
OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOO
Display item
CYC CNT
2
GRID SPACE
3
GRID
1
OOOCOOOOOOOOOOOQ
STS2 ST S3 ST 5 4
1
Cycle counter
[Pulse]
(mm)
Grid space
[mm]
(mm)
Grid
[mm]
(P)
4
MAC POS
(mm)
Machine position
[mm]
5 6
MOTOR POS
(mm)
.mm]
7
WORK POS
Motor end FB Remain command Current posirion
REMAIN
121
Manual interrupl amount Machine end FB
8
MANUAL IT
9
SCAFB
10
FB ERROR
(i)
FB error
11
DFB COMP
(i)
DFB error
12
CMP1 CMP2 CMP3 CMP4 CMP5 STS1 STS2 STS3 STS4 STS5
21
0.
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CHM
20
o
0. 0. o,
0.
9.
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19
12SPJ#D».E5J
0.
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15 16 17 18
o 9. 9.
0.
CMD3
No.
ispixomi
0
0,
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:>ct)i
13 14
o
(«*)
DJD2
148
0
(M>
tKt>XMDlX3)
l«:p*MDur2j
(mm)
Control input 1 Control input 2 Control input 3 Control input 4 Control input 5 Control output 1 Control output 2 Control output 3 Control output 4 Control output 5
cocoooooooooocoo
Details This displays the position within one rotation of the encoder detector. The position is displayed within one rotation in the range of "0" to "RNG (movement units) * 1000" using the grid point value as "0" The grid space for the reference position return is
_
_ _
displayed. When rotary axis, the unit is [degj. This displays the distance from the dog-off point to the grid point when the dog-type reference position return is displayed. The grid mask amount is not included The NC basic machine coordinate system position is displayed. The value of the speed detector is displayed.
__
[mm]
[mm] [mm] [mm] [Command unit] [Command unit]
_ _
The value of the position detector is displayed. The error of between the motor end FB and machine end FB is displayed. The compensation pulse amount for dual control is displayed.
_
_
Appendix
3
(3) SPINDLE DIAGNOSIS Screen (Spindle diagnosis) The spindle mounting state and alarm history are displayed on this screen. i4e xwbM t-kfe
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5 6
7 0
MAXHTF BJST
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0
100]
0
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0
[00] 100] 100) |00)
0
100] 100) 100) 100)
0
[00]
0 0
[00] too) ioo) 00 00 00 00 00 00
0 0 9 0
0
1001
0
oo
0
[00]
0
oo
0
0
00 00 OO
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00
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00 00 00
0
100)
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0
0
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0
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100)
0 0 0
00 00 OO 00 00 00 oo CO CO
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No.
Display item
Details Amplifier type
This is the spindle amplifier type.
3
UNIT TYPE UNIT No. S/W VERSION.
Amplifier serial No. Software version
4
CONTROL
Control method Motor end detector Motor end detector serial No.
This is the serial No. of the spindle amplifier. This is the version of the spindle side software. SEM1 : Semi-closed loop CLOSED : Closed loop : Dual DUAL This is the motor end detector name.
1
2
5
ENC. TYPE
6
ENC SERIAL No.
7
SUB ENC TYPE
Machine end detector
8
SUB ENC SER No.
9
MOTOR WORK TIME ALM HIST1 to 8 MAINTE HIST MAINTE STS
Machine end detector serial No. Spindle motor Work time Alarm history Maintenance record Status
10 11
12 13
This is the motor end detector serial No. This is the machine end detector type. Only displayed when CLOSED or DUAL of control method. This is the machine end detector serial No. Only displayed when CLOSED of control method. This is the spindle motor type.
The cumulative ready-ON time is displayed. The Nos. of the past spindle alarms are displayed. The maintenance history is displayed. The NVRAM (special memory in servo) status is displayed.
149
Appendix
(4)
3
PS DIAGNOSIS Screen (Power supply diagnosis) The power supply mounting state and alarm history are displayed on this screen.
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MAX TOLT X HIM VOLT Z
O
WAX VOLT 2
(X)
HIM VOLT 1
2
3
100) [001
0 0
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0
5
1001
0
[001
0
1001
0
oo
00 <J0 0
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7
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o 9
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Display item
UNIT TYPE
Amplifier type
Details This is the power supply unit type.
2
UNIT No.
3
SA/V VERSION
Amplifier serial No. Software version
This is the serial No. of the power supply unit. This is the version of the power supply side software.
4
CON AXIS
Connected drive
5
MIN VOLT 1
MIN voltage 1
The driver connected power supply unit is displayed. This displays the minimum PN bus voltage after the NC power ON.
6
MAX VOLT1
MAX voltage 1
7
MIN VOLT2
MIN voltage 2
8
MAX VOLT2
MAX voltage 2
9
WORK TIME
Work time
10
ALM HIST1 to 8
Alarm history
11
MAINTE HIST
Maintenance
12
MAINTE STS
Maintenance
history _
status
J absolute value)
___ _
This displays the maximum PN bus voltage after the NC power ON.
(absolute value) The minimum PN bus voltage in most recent 2 seconds is displayed. (absolute value) The maximum PN bus voltage in most recent 2 seconds is displayed, (absolute value) The cumulative ready-ON time is displayed. The history of the servo alarm No. and time generated in the past are displayed.
_
_
__
The maintenance history is displayed. The NVRAM (special memory in servo) status is displayed.
Appendix
(5)
3
SPINDLE STATUS (Spindle status) The spindle status is displayed. r*»
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6
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6000
DA output L
0
0
106,80)
0 0
[SP*XD1JIS) 0 0
100,001 [60,00)
100,00)
OK WMWEB8 1 DA DOT6 UT X
Display item ALARM COUNT
ISFIMOUÿ]
0
0
U
Alarm No.
Count 2
fsiMjHnii:?)
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No.
JlH>DtDT4:lJ
DA ADDRESS DA OUTPUT DA ADDRESS DA OUTPUT
0006
o
[00,60)
0
(o«,t>0)
joo.oo)
0
l. 0
6
000.0
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0
0
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Details The servo alarm No. The number of times of servo alarm condition implemented after servo amplifier power ON. setting value (address) Spindle parameter setting address data Spindle parameter setting value (address) Spindle parameter setting address data Spindle parameter
_
151
152
153
154
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Operation Procedure : Display selector key
156
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VERSION -> VERSION
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10 11 12
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29 GANTRY ROBOT CONTROL 30 FLASH TOOL
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31
ROTATION GEOMETRIC SCALING EXT-DATA I/O MA2ATROL 3D POLYGON MACHINING HOB MACHINING 5 -PLANE HIOH SPEED SHAPE COMP. THREAD ! SOB C-AXTK CONTROL INVERSE TIME DYNAMIC COMP.
33 COO SLOPE CONST.
34 SCALE FEED BACK 35 SOB SP 1/1000 DEG POST. 36 VARIABLE 600 SETS 31 SCALE F/B (A)
DLACHOS :
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38 CYLINDER 39 SYNC. MAIN SP. TAPPING 40 SIMULTANEOUS 5 AXIS 41 42 43 44
B AXIS CONTROL IC CARD HUMMING
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45 PROTCOL B
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46 SHAPING 41 2ND AOX. FUNCTIONS 48 NURBS IMTERPORATTOH 49 TH.TED WORKING PLANE
R0T-
50 51 S2 53 54
LOWER TURRET MA7.ATROL
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60 MILL TURNING MAZATROL 61 HIGH SPEED SYNC. TAPPING 62 63 64 65 66 61 68 69 70
!
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ETA ULRICA!, TAP CYCLE EIA PATTERN CYCLE
SP/ROT. PARA. ADJUST TABLE UNBALANCE DETECT 5-AXIS TOOL COMP. AUTO PECKING
ETHERNET RUNNING 55 TOOL CENTER POIHT CONTROL 56 THREAD START POINT COMP.
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32 ROT- AXIS SHAPE COMP.
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58 PROGRAM MEMORY EXPANSION
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VERSION
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Operation Procedure. : Display selector key --> DIAGNOS --> VERSION -> OPTION
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0 0 0
0
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00
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MONITOR
:\WOPTION
Own/win SERVO
SPINDLE
MONITOR
MONITOR
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:
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TPS 0 j 2005/11/04 110:12:04
t I
LADDER
\
MONITOR
t >
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Operation Procedure : Display selector key --> DIAGNOS --> VERSION -> SERVO MONITOR
r 159
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0
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(Hz) <
AMP DISP ALARM
0 0 0 0
0
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0
0
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0 0
0 0 0 0 0 0 0 0 0
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VV\A OPTION
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HARDWARE
LADDER
MONITOR
MONITOR
MONITOR
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160
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—>
161
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MITSUBISHI ELECTRIC
MITSUBISHI CNC PLC PROGRAMMING TOOLS V
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10.31 10.31
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10.31
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10-31 10.31
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10.31 10.31 10.31
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10.31
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10.31
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164
5
OIUIL/JAIR
HISTORY
.
I 2005/10/31
"
— > ALARM HISTORY
The Procedure Of Reset Alarm History And Extended Alarm History 1. Go to DIAGNOSIS screen and push DATA ERASE button. X
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TOOL DATA
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TOOL DATA
TOOL FILE
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WORK OFFSET
MAINTENANCE
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COMPLETION <-9999 1NPUT>
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START INIT .
START INIT-
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7 SO min’1
ALARM HISTORY
VV\A
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0»m/»in PIC
SIGNAL
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PJ.C
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167
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TYPE HEAD DATE TIKE 11.15 1B;'47 OPERATE
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168
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GRAPHIC
CONTROL
MAIHTE.
DATA ERASE
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2005. 10. 31
3000
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15 QO-fiKS CHECK ITEMS
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Operation Procedure : Display selector key
DIAGNOS
"
— > MAINTEN CHECK
187
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His
File
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ISOO-BRS CHECK ITEMS HO
1 2
II 18
3
19
4
20
5
21
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22 23
7 8
24
9
25
10
26 27 2B 29 30 31 32
11 12 13
14 15 16
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Operation Procedure : Display selector key --> DIAGNOS -->
MEINTEN CHECK -> LONGTERM DATA
188
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Mazatrol Fusion 640M MAINTENANCE CHECK Dtspl-ay Function: •Pertodls
dsie
cfleet Herrs. the
lasl dale of sheeting. and tie time that has elapsed since
ine I3&1
or Ecv.lr-g are displayed.
Periodls elect Items car ba regls'.arec.
•
£8.173 rtf-S:
Tne machine will net stop even rT:ne display df die. time wfclsh: has elapsed since checking exc-aecs 'fie target lime.
tne last date oT
Data display 1.
Displayed data
m
IP WMBTCH*JKige OUECK FJ« ..*#W=W Hflp Ho,
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Display data description tem
Me.
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189
3
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53
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Data desedpflon CAficK number
Kc-. HA-IMTUCrvHCE.
Graph k:a; repreggnlaton cf ire
haur
Hru’ 'V M. 0
rate et 1h» currer,! Brr-e la Bre targe l. rm e
Target fmt for the rxf.DO'c chxK HOT
CuTcrTt BmsfcfUiepenca'c chscK Itesa The
art da% cf
Page number
periodic cire-rt Hem
3.
ing the data for regular check itei
190
A.
Presetting, the target time or the current time the cursor to r.he data item sstiere data is to c<= preset.
f 1)
Moÿ/e
(2‘f
Enter ‘me. Example: Specify fc90" and press ihe INPUT icey to input 90. Entry cf toe current time updates the date of date item [5] (PREVIOUS CHECKS
Note:
Data display for Cong-term check items (1500 and 3000 hours check items) 1.
Displayed data
Pi
CHECK H«]p
Fib
•;
1SD0-HJS CHECK IJLHS
Kto1 2 3
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2.
Display data description MfifB
Na.
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Data descrpUon.
U.Tit. Cfteclc numa-r
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Check terns
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Fags minber
Maintenance Check Display Display operations
The display status of cata item will reverse when- the oirrent time reaches the target, time. After a:m per.cn of checking. rrÿ the cursor to "No.” using the cursor key and then press the INPUT key. The display cf data item will then return from the .reverse status to Che rarmac status. Entry of the check items to be displayed
The check items to fee displayed cannot be entered directly on the MAINTENANCE CHECK display. This subsea cn cescrbes the procedure for adding cr deleting the check items to be displayed.
1 ) Save the factory-set data cf display items beforehand into the file. to create a file under the specified directory (see Item 2
21 Execute the File Write function below).
3) Edit the text file as required l see hen 1 betcw). *5) Execute the File Read function tc fetch the data onto the display (see Item 2 below). 1.
ing the data of the check itemrs
Using a comnerciavy avalable edrtcr. open the text fi© of the folcwng format under the spec flee directory tom 64mdstai engVnai rnenan ce.txt ). (urcon] ;
.n*stf*rof c-en'cai-c cr,czv. terns' .Cc'ur-enr Vn»
i, CHECK -JUICE V&Y LUB-OIL 2-4, [rail IS] ;
n'es*ar Zff
ate c£ ,Tdm z
I.CKAHJE HVDFJtULIC UNIT OIL 32. [TW13-0]; Weaker of KtC-nrs cnec*.terns 1, CHECK HACHItfE LEVEL 32,
Note:
“eng' in the directory name conespends with the language currently selected for the
display mate. 191
\
192
Maintenance Check Display Entry of the check items to be displayed A.
Data format of the periodic check items [urconj
1,
-TÿE-TT:
P-ixic-ali-s ebacÿb icinto
ma
WAY LUP-OTL
- lJp to 24 items can be ed. - Set the description after the serial number and comma.
24
Note:
The description can oonsst of up to 4D characters (a two-byte code is counted as two characters). Excess items or characters will be ignored.
B. Data form at of the lo ng-term ched! items [insllS]
l, •:m>?eg
r!h*c!c it.ana
HSHE53JLI£ SSSU. OIL
- Up to 32 items cam: be ed.
- Set the description alter the serial number and comma.
22 [BSil-Q] SCOO-hr* c Ic 2,. CHECK WACKIKE LEVEL 22,
Note:
The description can consist of up to 40 characters {a two-byte code is counted as two characters). Excess items or characters will be ignored.
2*
Read and Write of check items’ text file
__
A> the check items presented cn the MAINTENANCE CHECK display can be read in from, and'
written into, the specified text file. Use a commercially avaBable ed&ar to prepare a text file ccnlainirÿi the desired check items to be read m and presented cn the display.
A. File Read
Using a commercially available edftar< prepays a text file (containing the desired check items} and copy it into the specified cirecsory.
j&>MAIMTEHAN6E CHECK Film iu7My, ! •
File ftead Filÿhoi
zazcic.z
Select the option 'File Reac" through the item Tile" cn Ihe menu bar to start data loading. The contents thus reaa In vrill be displayed as shown betow upon completion of loading.
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B. Rle Write Select the option Tile Write" through the item Tile' on the nvsnu bar to save the display data. A text file containing the current display data will be created under the specified directory.
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195
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Operation Procedure : Display selector key --> PARAM --> IvIEASURE DLA.CHINE PARAM.
196
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20 200 20 100
20 300
TXM25 TIM26 TIM27 TIM2B TIM2J> TDflO TIM31 TIM32 TIM33 TIM34 TH<£35 T3M36 XIH37 TIH30 T3M39 TIM40 TXM41
150 TIMll j 30 0 TXMl? } J TXMI3 f 1.50 50 TIM14 | TIMlS !I 1000 0 TIMI6 0 nmxi : 1 TIM42 Tima i 70 TIM43 TIM19 j
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TIM20
100
TIM44
TIM21 TXM22
4
TXH45 TIM46 TIM47
TIM23 TIM24
0 0 3
T3M4B
0
0 0
0 0 30
30 30 30 300 3600 20
TIM49 TIM50 TIM51 TXX52 TIW53 TIM54 TIMS 5 TIM56 1 TXH57 ! TIM50
10 0 0 0
0 10
TIM78 TIM79 T2M80 T3M81 TIM82
TTM59j
10
TIM83
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T3M84
10 70 10
TDW05 TIM06 THI87 TXW88 TIM89 TIM90 TIM91
0 0
T3M60
600 10000 TIM62 10 T3M63 1 i 15 T3M64 10 TXM65 15 TIM66 600 TIM67 1800 T3M68 5 ; 600 TXM69 3000 TIM70; 100 TIM71 50 TIM"/ 2
0 0
0 0 0
0 0
0
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T1M73 TIM74 TIM75 TIM76 TIM77
10
T3M92 TTM93
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TXM94 TIM95 TIM96
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50 0 SO 50 600 30 60 0
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TXM97
0
TIM98
0
TIM99 TIM100 T1M10X TIM102 TXM103 TIM104 T1M105 TIM106 TXM107 TXMlOB
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TIM144
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THH24
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TXM145 TXM146 0 TIM147 0 0
TIKI 2 5 TIM126 TIM127 TXM12B TIM129 TIM130 TIM131 TIH132 T3DMI33 TIM134 TIM135 TIM136 TXM137 TIM138 TIM139 TIM140
0 0 0 0 0 0
TXM109 TIM110
TXM121 TIM122 TIK123
0 0
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TIMll 2
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TIMldd TIM149 ; TH4150
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Operation Procedure : Display selector key --> PARAM PLC PARAMETER -> TIM
197
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2006/12/13 09:44:55
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