KE2010.Instruction Manual.Ver.2.01,Rev.08 - 第661页
9 − 7 No. Item Description 19 Number of STOP caused by out of components Total number of times the machine paused because the stocked components run out. W hen the menu item <Pause due to run-out> is not enabled, t…
9 − 6
9.4 Machine Management Information
When you select the [Maintenance] command on the menu bar, then the [Device
Management Information] command on the Maintenance menu, it allows you to select
any of the following operation information items.
9.4.1 Machine operation information
When you select the [Window] command on the menu bar, then the [Machine
Operation Information] command on the displayed menu, a screen shown in Figure
9.4.1.1 or 9.4.1.2 appears.
No. Item Description
1 Number of produced
PWBs
Total number of PWBs produced after the machine starts collecting data.
This number is counted independently of a production program.
2 Production number
(circuit)
Total number of PWBs produced after the machine starts collecting data.
This number is updated when one PWB is produced completely, and does not
include the number of circuits on which a bad mark was detected (does not
include PWBs whose production was interrupted halfway either).
3 Ratio of Pick-up Component picking ratio (%)
([Number of picked components] / [Number of picked components] + [Number
of Pick-up errors]) x 100 (%)
4 Ratio of Placement Machine placing ratio (%)
([Number of picked components] / [Number of picked components] + [Number
of Pick-up errors]) x 100 (%)
5 Ratio of Operation Machine operating ratio (%)
[Operation time] / [Number of picked components] + [Number of Pick-up
errors]) x 100 (%)
6 Ratio of Retry 100 - (Ratio of Pick-up)
7 Power supply ON time Total time passed since power-on or the machine starts collecting data
8 Operation time Total time spent in producing PWBs since the machine starts collecting data
This time represents the time spent in picking and placing components (and
also discarding them).
9 Preparation time to drive Total time for which the machine does not produce any PWB such as time
spent in editing data.
[Power supply ON time] - [Operation time]
[Conveyor waiting time]
[Stop time caused by Out-of-Component]
[Maintenance stop time]
[Stop time caused by trouble]
10 Conveyor waiting time Total of the time durations from when the system started transporting a PWB
to when it finished transporting it.
11 Carry in waiting time Total of the time durations from when the system became able to send in a
PWB to when the next PWB was clamped.
12 Carry out waiting time Total of the time durations from when the clamped PWB was released to
when the PWB was stored onto the OUT buffer. However, it does not include
the time duration spent for an operation performed to eject a PWB only.
13 Maintenance stop time Total time for which the machine pauses in response to user request
14 Stop time caused by
trouble
Total time for which the machine pauses due to an error.
15 Stop time caused by
Out-of-Component
Total time for which the machine stops because the stocked components run
out.
16 Number of picked
components
Total number of times the machine picked components successfully (This
number is counted independently of a production program/component supply
device.)
17 Number of placed
components
Total number of times the machine placed components successfully (This
number is counted independently of a production program/component supply
device.)
18 Number of Pick-up
errors
Total number of times a picking error occurred (This number is counted
independently of a production program/component supply device.)
A chip rise error or recognition error is not counted.
9 − 7
No. Item Description
19
Number of STOP
caused by out of
components
Total number of times the machine paused because the stocked components
run out.
When the menu item <Pause due to run-out> is not enabled, this number is
not counted.
20
Number of Tombstone
check errors
Total number of component rise errors detected
When the menu item <Tombstone detection> is not enabled, this number is
not counted.
21
Number of Dimension
errors
Total number of times an odd-shaped component error occurred
22
Number of LA
recognition error
Total number of times an LA recognition error occurred
23
Number of Component
posture errors before
placement
Total number of times a placement posture check error occurred
24
Number of conveyor
errors
Total number of errors which occurred during PWB transportation
This number does not include any interruption of PWB transportation.
25
Number of Maintenance
stop
Total number of times the machine paused in response to user request
26 Number of Trouble stop Total number of times the machine paused due to an error
27
Number of Verify
detection errors
Total number of times a verify error occurred
28
Number of Coplanarity
detection errors
Total number of times a coplanarity error occurred
29
Number of BOC mark
recognition errors
Total number of BOC mark recognition errors
30
Number of IC mark
recognition errors
Total number of an IC mark recognition error occurred
31
Number of Bank mark
recognition errors
Total number of times a bank mark error occurred
9 − 8
Figure 9.4.1.1 Machine Operation Information (1/2)
Figure 9.4.1.2 Machine Operation Information (2/2)