Host Computer System.pdf - 第75页
AVK3 HOST COMPUTER SYSTEM 3.4 Upl oadi ng I ndiv idual Machine Dat a D77HEC-53- 050-A0 3.4- 14 1) -37 D0LP Rn 1 2 No. Data name Max. digit s Input r ange Sup- press Fi x Remarks 1 W idth contr o l condi tion dat a comm…
AVK3
HOST COMPUTER SYSTEM
3.4 Uploading Individual Machine Data
D77HEC-53-050-A0
3.4-13
1) -35
D0LOA(±)nnnnnnB(±)nnnnnnC(±)nnnnnnD(±)nnnnnn
1 2 3 4 5
E(±)nnnnnn
F(±)nnnnnn
6 7
No. Data name
Max.
digits
Input range
Sup-
press
Fix Remarks
1
Width control
data origin
position
command
2
×
Output command for the width
control data origin position
2
1st axis origin
position
7
-999999 to
+999999
×
Max. digit includes ±.
µm
3
2nd axis origin
position
7
-999999 to
+999999
×
Max. digit includes ±.
µm
4
3rd axis origin
position
7
-999999 to
+999999
×
Max. digit includes ±.
µm
5
4th axis origin
position
7
-999999 to
+999999
×
Max. digit includes ±.
µm
6
5th axis origin
position
7
-999999 to
+999999
×
Max. digit includes ±.
µm
7
6th axis origin
position
7
-999999 to
+999999
×
Max. digit includes ±.
µm
=REMARKS=
When automatic width control is valid, data will be output.
1) -36
D0LFA(±)nnnnnnB(±)nnnnnnC(±)nnnnnnD(±)nnnnnn
1 2 3 4 5
E(±)nnnnnn
F(±)nnnnnn
6 7
No. Data name
Max.
digits
Input range
Sup-
press
Fix Remarks
1
Width control
data offset
command
2
×
Output command for the width
control data offset
2 1st axis offset 7
-999999 to
+999999
×
Max. digit includes ±.
µm
3 2nd axis offset 7
-999999 to
+999999
×
Max. digit includes ±.
µm
4 3rd axis offset 7
-999999 to
+999999
×
Max. digit includes ±.
µm
5 4th axis offset 7
-999999 to
+999999
×
Max. digit includes ±.
µm
6 5th axis offset 7
-999999 to
+999999
×
Max. digit includes ±.
µm
7 6th axis offset 7
-999999 to
+999999
×
Max. digit includes ±.
µm
=REMARKS=
When automatic width control is valid, data will be output.
AVK3
HOST COMPUTER SYSTEM
3.4 Uploading Individual Machine Data
D77HEC-53-050-A0
3.4-14
1) -37
D0LPRn
1 2
No. Data name
Max.
digits
Input range
Sup-
press
Fix Remarks
1
Width control
condition data
command
2
×
Output command for the width
control condition data
2
Origin return in
automatic width
control
(in operating)
1 0 to 1
×
0 = No, 1 = Yes
=REMARKS=
When automatic width control is valid, data will be output.
Protocol
Condition
Can be used in standard specification.
Valid in ONLINE mode only.
Start of upload
Host computer
Sends out machine
individual data.
AVK3
D 0 Machine individual data
A 0
C1G
D 0
Machine individual data
Requests next data.
A 0
Requests next data.
Sends out machine
individual data.
Sends out EOP data.
A 0
D 0
∗
A 2
End of transmission
End of reception
AVK3
HOST COMPUTER SYSTEM
3.5 Uploading Program Offset
D77HEC-53-180-A0
3.5-1
3.5. Uploading Program Offset
D77HEC-53-180-A0
3.5.1 Uploading Program Offset
With AVK3, if host computer gives C1 command to AVK3, the AVK3 becomes the receiving mode of the
internal program offset and then can send leading block (one block) of program offset to AVK3.
Data details
No. Data name
Max.
digits
Input range Omit Fix Remarks
1
Program control
No.
15
‘0’ to ‘9’
‘A’ to ‘Z’
Special
character
Can be omitted.
(Excluding the first character)
The program name given by the host computer and the name in the machine are compared. If the two
names as matched, program offset is returned.
1) -1
D0X(±)nnnnnnY(±)nnnnnnFnnnAnB(±)nnnnnnC(±)nnnnnn
1 2 3 4 5 6
Dnnn
EnnnGnH(±)nnnnnnI(±)nnnnnnJnnnKnnn
7 8 9 10 11 12 13
No. Data name
Max.
digits
Input range
Sup-
press
Fix Remarks
1 X program offset 7
-999999 to
+999999
×
Max. digit includes ±.
1 /100 mm
2 Y program offset 7
-999999 to
+999999
×
Max. digit includes ±.
1 /100 mm
3
Multiple origin
offset
3 0 to 120
×
Multiple origin
4
Reference hole 1
data
1 0 to 1
×
0 = Invalid, 1 = Valid
5
Reference hole 1
X coordinate
7
-999999 to
+999999
×
Max. digit includes ±.
1 /100 mm
6
Reference hole 1
Y coordinate
7
-999999 to
+999999
×
Max. digit includes ±.
1 /100 mm
7
Reference hole 1
window size X
3 0 to 511
×
Window size X
pix
1
STX
C 1
No. of
characters
ETX
Check sum
F
Program name
Up to 15 characters
(Can be omitted)
STX
D 0
No. of
characters
ETXCheck sum
X x x x F x
1) -1
x x