EUKYX-199-2100_G5S2_Instruction_Vol2_E - 第212页
EUKYX 4-20 199-2100 3.2 "Mach.Prfrm," T ab Sheet Oth ers Shown is the peri od of time dur in g whi ch the X / Y beam t akes a ctions before component pl acement, the X / Y b eam returns after component pl aceme…
EUKYX
4-19199-2100
3.2 "Mach.Prfrm," Tab Sheet
[12]
[13]
[14]
F2D16
[12] Power on time
Shown is the period of time during which the control power of the machine was working.
Example:
10:03:50" (10 hours, 3 minutes, and 50 seconds)
Auto run time
Shown is the period of time during which the machine was running automatically. When a
particular pattern program is set several times for production, the sum total is computed.
"Test RUN Time Period" is included.
Placement time
Shown is the time required to finish a PCB (from the first to the last component placement
on one product PCB).
The essential component placement time is summed up. While the machine is set in the
"STOP" or the "PAUSE" mode or a step operation is performed, the time is not measured.
This is used to calculate the average placement tact time per component.
PCB transfer time
Shown is the period of time during which Conveyor NL, NR and NA are being activated.
PCB wait
Input wait time
Shown is the period of time during which the machine was completely in the waiting mode
(the machine was waiting for a PCB to be loaded from the input machine).
Output wait
Shown is the period of time during which the machine was completely in the waiting mode
(the machine was waiting for a PCB to be unloaded to the output machine).
PEC/BBR
Shown is the period of time during which the machine is taking PEC recognition and BBR
detection actions.
Counted is the period of time during which the X/Y beam starts moving and the PEC
recognition and BBR detection are completed.
Note
Note
EUKYX
4-20199-2100
3.2 "Mach.Prfrm," Tab Sheet
Others
Shown is the period of time during which the X/Y beam takes actions before component
placement, the X/Y beam returns after component placement, etc.
Stop time
Shown is the period of time during which component placement operation was interrupted
for component replenishment, etc.
Error Stop
Shown is the total time period when the machine is stopped due to a machine error during
the operation or standby.
The time period of a machine error during maintenance or setup, except for automatic
operation, is not included.
Error alarm
Shown is the period of time during which an alarm (light tower ON) is issued.
Recovery
Shown is the time between error cancellation and restart of machine operation.
Set-up time
Shown is the time period from pattern program change completion to the machine status
"Run" or "Standby".
Feeder Reload
Shown is the machine stop time period from component shortage occurrence to the machine
restart.
Others
Shown is the setup, pattern program change or machine idling time period.
[13] Test mode time
Shown is the period of time during which test run was performed according to the test mode
parameters.
“Warm-up run time” is included.
[14] Warm-up run time
The running time is counted when the machine is operated under the following condition.
• “Test Mode” is enabled on the “Operation” window.
• The “PCB Transfer” is set to “Disable”. (State in which no PCB is put in and out)
Note
Note
EUKYX
4-21199-2100
3.2 "Mach.Prfrm," Tab Sheet
[15]
F2C17
[15] Total errs (A+B+C+G+L)/(% of Total cmp)
Shown are the total number of pickup errors, the total number of components to be picked
up, and the percentage of picked components per total number of pickup errors.
A:comp.missing (% of Total err)
Shown are the number of component missing errors detected by the linear measure detection
sensor and the percentage of component missing errors per total number of pickup errors.
B:comp. missing (% of Total err)
Shown are the number of component missing errors detected in the recognition process and
the percentage of component missing errors per total number of pickup errors.
C:comp. vertical (% of Total err)
Shown are the number of vertical component errors detected by the linear measure
detection sensor and the percentage of vertical component errors per total number of pickup
errors.
D:comp. recog (% of Total err)
Shown are the number of errors detected in the recognition process and the percentage of
errors per total number of pickup errors.
E:comp. thick (% of Total err)
Shown is the percentage of component thickness errors detected by the linear measure
detection sensor per total number of pickup errors.
F:pick-up difr. (% of Total err)
Shown are the number of pickup difference errors detected in the recognition process and
the percentage of the errors per total number of pickup errors.
G:comp. posture (% of Total err)
Shown are the number of reversed component and polarity judgment errors detected in the
recognition process and the percentage of the errors per total number of pickup errors.
H:measure. err (% of Total err)
Shown is the percentage of measurement error times based on the total error times.
K:coplanarity (% of Total err)
Shown is the error detected while the optional unit is attached.
L:obverse / reverse (% of Total err)
The percentage of the error times in the front/rear judgment using the linear measure to the
pick-up error total times, is displayed in this data box.
Total errors
Shown is the total number of component handling errors.