TT6094.ProductionHistory(YAMAHA_BRAND).pdf - 第23页

Y AMAHA Motor Co Ltd., IM Operation Mounter Soft Gr MDOC-SOFT5001 1 TT6094.Pr oductionHistory (Y AMAHA_BR AND).doc    23 / 53 [ W CH] The nu mber of Mar k Vis ion Errors on all stages in a program. (Includes retries)…

100%1 / 53
YAMAHA Motor Co Ltd.,
IM Operation
Mounter Soft Gr
MDOC-SOFT50011
TT6094.ProductionHistory(YAMAHA_BRAND).doc
22 / 53
Not outputted
Pickup Error 3 The number of Pickup Errors
on all stages in a program.
(Includes retries)
[Each Stage]
The number of Pickup
Errors on a stage in a
program.
(Includes retries)
[WCH]
The number of Pickup
Errors on all stages in a
program.
(Includes retries)
*1
Parts Vision Error 2 The number of Parts Vision
Errors with the board
production on all stages in a
program.
(Includes retries)
[Each Stage]
The number of Parts
Vision Errors on a stage in
a program.
(Includes retries)
[WCH]
The number of Parts
Vision Errors on all stages
in a program.
(Includes retries)
*1
Co-Planarity Error 1 The number of Co-planarity
Errors occurring when the
board is under the operation.
(Includes retries)
This is displayed only in a
machine with a Co-planarity
Checker, or in Special
Function on.
[Each Stage]
The number of
Co-planarity Errors on a
stage in a program.
(Includes retries)
[WCH]
The number of
Co-planarity Errors on all
stages in a program.
(Includes retries)
V1.01
V2.01
V3.01
V3.11
only
Mark Vision Error 1 The number of Mark Vision
Error with the board
production on all stages in a
program.
(Includes retries)
[Each Stage]
The number of Mark Vision
Errors on a stage in a
program.
(Includes retries)
*1
YAMAHA Motor Co Ltd.,
IM Operation
Mounter Soft Gr
MDOC-SOFT50011
TT6094.ProductionHistory(YAMAHA_BRAND).doc
23 / 53
[WCH]
The number of Mark Vision
Errors on all stages in a
program.
(Includes retries)
Transfer Error 0 The number of Transfer
Error with the board
production on all stages in a
program.
(Includes retries)
[Each Stage]
The number of Transfer
Errors on a stage in a
program.
(Includes retries)
[WCH]
The number of Transfer
Errors on all stages in a
program.
(Includes retries)
*1
Other Error 0 The number of the other
errors with the board
production on all stages in a
program.
[Each Stage]
The number of the other
errors on a stage in a
program.
[WCH]
The number of the other
errors on all stages in a
program.
*1
Operator Call Time
(sec)
117 Total locked time in a
program from when an error
occurs till when it is cleared.
[Each Stage]
Total locked time on a
stage in a program from
when an error occurs till
when it’s cleared.
[WCH]
Not outputted
*1
Recovery Time 246 Total time in a program from
when an error is cleared till
when the machine restarts.
[each stage]
Total time on a stage in a
program from when an
error is cleared till when
the machine restarts.
[WCH]
*1
YAMAHA Motor Co Ltd.,
IM Operation
Mounter Soft Gr
MDOC-SOFT50011
TT6094.ProductionHistory(YAMAHA_BRAND).doc
24 / 53
Not outputted
NG Blocks 0 The number of NG Blocks
due to Bad Mark in a
program.
[Each stage]
The number of NG Blocks
due to Bad Mark on each
stage in a program.
[MCH]
The number of NG Blocks
due to Bad Mark on the
last stage in a program.
*1
Mounted Blocks 1 The number of mounted
Blocks on all stages in a
program.
[Each stage]
The number of Mounted
Block on a stage in a
program.
[MCH]
Total number of Mounted
Blocks on the last stage in
a program.
*1
Upstream Standby
Time
1345 Total standby time for a
board coming from the
upstream machine.
When there is no board on
the mounting stage, it is
counted as Upstream
Standby time even if there is
a board on the exit position
waiting for the next machine
ready.
[Each Stage]
Total standby time for a
board coming from the
upstream.
[MCH]
Standby time of for a board
from the top stream of the
machine.
*1
Downstream
Standby Time
24 Total standby time for a
board coming to the
downstream machine.
When there are boards on
the mounting stage, and on
the exit stage waiting for the
next machine ready.
[Each Stage]
Total standby time on each
stage of the program due
to a matter of the
downstream.
[MCH]
Standby time of the lowest
stream of the machine.
*1
Working Ratio (%) 72.0 Ratio of an actual working [Each Stage] *1