3OM-1208-011_w.pdf - 第230页
5-43 AIVEDT -ID 4.5 Nozzle Message Rate The corresponding tab sheet enables the operator to view the pickup rates (managed for each individual n ozzles) based on the nozzle message rates that are specified in the auto ope…
5-42
AIVEDT-ID
(4) C: Comp. Vertical
Each text box shows the number of vertical component errors detected
by the linear measure detection sensor for each individual feeders.
(5) D: Comp. Recog.
Each text box shows the total number of errors detected in the
recognition process for each individual feeders.
(6) E: Comp. Thick
Each text box shows the total number of errors in component thickness
detected by the linear measure detection sensor for each individual
feeders.
(7) F: Pick-up Dif
f
Each text box shows the total number of pickup difference errors
detected in the recognition process for each individual feeders.
(8)
G: Comp. Posture
Each text box shows the total number of reversed component and
polarity judgment errors detected in the recognition process for each
individual feeders.
(9) Feeder Message Rate (Total Errors/Total Components)
Each text box shows the rate of pickup errors (the number of pickup
errors per number of picked component) for each individual feeders.
(10)
Component ID.
Each text box shows the component IDs for each individual feeders.
Note
When one of the above buttons is pressed, the feeder No. with the biggest
parameter under the selected button is displayed in the first line and feeder
Nos. having the subsequent (second, third, fourth, ...) biggest parameters
follow. That is, parameters are re-arranged in order of error counts, making
it easy to analyze and improve production rate.
When the [Fdr No. (Actual Fdr No.)] button is pressed, the feeder Nos. are
re-arranged in their initial order (order of slot Nos.).
4.4 Feeder Message Rate
0606-009
5-43
AIVEDT-ID
4.5 Nozzle Message Rate
The corresponding tab sheet enables the operator to view the pickup rates
(managed for each individual nozzles) based on the nozzle message rates that
are specified in the auto operation setup data.
When the "Nozzle Message Rate" tab is pressed in the "Bypass & Rate Data
- [Bypass]" window, the following tab sheet appears inside the window.
Fig. 3E23 "Nozzle Message Rate" Tab Sheet
(1) Nozzle
Displayed are the nozzle Nos. (1 through 12).
(2) A: Comp. Missing
Each text box shows the number of component missing error detected
by the linear measure detection sensor.
(3) B: Comp. Missing
Each text box shows the number of component missing errors detected
in the recognition process.
(4)
C: Comp. Vertical
Each text box shows the number of vertical component errors detected
by the linear measure detection sensor for each individual nozzles.
(5) D: Comp. Recog.
Each text box shows the number of component recognition errors.
0606-009
4.5 Nozzle Message Rate
5-44
AIVEDT-ID
(6) E: Comp. Thick
Each text box shows the number of errors in component thickness
detected by the linear measure detection sensor for each individual
nozzles.
(7) F: Pick-up Diff
Each text box shows the number of pickup difference errors detected in
the recognition process for each individual nozzles.
(8)
G: Comp. Posture
Each text box shows the number of reversed component and polarity
judgment errors detected in the recognition process for each individual
nozzles.
(9) Nozzle Message Rate (Total Errors/Total Noz. Usage)
Each text box shows the rate of pickup errors (the number of pickup
errors per number of picked component) for each individual nozzles.
Note
When one of the above buttons is pressed, the feeder No. with the biggest
parameter under the selected button is displayed in the first line and feeder
Nos. having the subsequent (second, third, fourth, ...) biggest parameters
follow. That is, parameters are re-arranged in order of error counts, making
it easy to analyze and improve production rate.
When the [Nozzle] button is pressed, the nozzle Nos. are re-arranged in
their initial order (order of nozzle Nos.).
0606-009
4.5 Nozzle Message Rate