EUKYX-199-2100_G5S2_Instruction_Vol2_E.pdf - 第196页

EUKYX 4-4 199-2100 2.1 "Mach.Prfrm," T ab Sheet [ 9 ] W aste compon ents Shown is the to tal number of components that were p ic ked up but not p la ced. The i ndicated n umber of components repr esents the com…

EUKYX

4-3199-2100

2.1 "Mach.Prfrm," Tab Sheet

When the [Mach.Prfrm,] tab is pressed in the "MNG.DT." window, the following tab sheet appears

inside the window.

[1]

[2]

[3]

[4]

[5]

[6]

[7]

[8]

[9]

[10]

F2D3

[1] PCB counter

Shown is the number of produced PCBs.

Counting is implemented when the X/Y table is zeroed after component placement operation (when

a PCB is finished).

When a particular pattern program is set several times for production, the

sum total is computed.

[2] Product PCB

The number of produced unit PCBs on multi-unit PCB is summed up. Counting is implemented

when the X/Y beam is zeroed after component placement operation (when a unit is finished).

When the bad board reject (BBR) function is used, defective unit PCBs are excluded.

[3] Passed PCB

The number of passed PCBs is counted when the machine is set in the "PASS" mode.

Counting is implemented when the PCB transfer starts (when the PCB on the PCB positioning

section is transferred to the output conveyor).

[4] Product PCB (BBR)

Shown is the number of defective PCBs summed up when the bad board reject function (option) is

used.

[5] Total components

Shown is the number of picked components (the number of pickup operations).

[6] Total handling errors (A+B+C+G+L)

Shown is the total number of component handling errors.

[7] Rate of handling errors(%)

Shown is the percentage of handling errors per total number of picked components.

[8] Shortage of component

Shown is the total number of detected component shortage errors.

Note

EUKYX

4-4199-2100

2.1 "Mach.Prfrm," Tab Sheet

[9] Waste components

Shown is the total number of components that were picked up but not placed.

The indicated number of components represents the components that were not placed due to a

vertical component error (sensor), a component recognition error, a component thickness error,

interrupted production, the detection (Unit PCB BBR Mode: Option) of a defective unit PCB., etc.

[10] Warm-up run(Test Md)

The data of the warm-up run (dry cycle) is counted.

PCB counter

The number of PCBs 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)

Not Picked Counts

The number of non-handling/non-placed actions is counted when the machine is operated

under the following condition.

• “Test Mode” is enabled on the “Operation” window.

• The "Handling/Place” is set to “Disabled" or the "Vacuum/Blower is set to

“Disabled".

The number of non-handling and placement actions is counted although the X/Y beam takes

running actions.

Note

EUKYX

4-5199-2100

2.1 "Mach.Prfrm," Tab Sheet

[11]

[12]

[13]

F2D4

[11] 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

Duration of machine operation during production. When a particular pattern program is set

several times for production, the sum total is computed.

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, NA, NB, and NC are being

activated.

PCB wait

Input 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 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 table starts moving and the PEC

recognition and BBR detection are completed.

Others

Shown is the period of time during which the X/Y beam takes actions before component

placement, the X/Y table returns after component placement, etc.

Note