YSP10_Mainte_E.pdf - 第121页

1.Specication A-5 Appendix 1.3.2 NEXT INTERF ACE connector When the following three conditions are met, the NEXT INTERF ACE cir cuit in the machine allo ws the board to be carried out. • Machine is ready for carr ying …

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1.Specication
A-4
Appendix
1.3.1 PREVIOUS INTERFACE connector
When the following three conditions are met, the PREVIOUS INTERFACE circuit in the machine allows the
next board to be carried in.
• Machine is ready for carrying in a board (BUSY OUT : ON)
• Board carry-in signal is input from the upstream (pre-process) machine. (BA IN : ON)
• Automatic operation signal is input from the upstream (pre-process) machine. (UR IN : ON)
n
NOTE
• When the automatic operation signal (UR IN) of the upstream machine turns off during transfer of a board, the
machine temporarily stops carrying in the board.
• When the board being carried in is detected by the entrance sensor of the machine, the BUSY OUT signal turns off.
• Carrying in the board is finished when both the BUSY OUT and BA IN turn off.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DC +24V
PNP input
DC +24V
PNP input
Input
Relay output
Relay output
Relay output
Relay output
Relay output
Input
Input
I/O BOARD
7
12
4
8
1
14
11
3
PREVIOUS INTERFACE circuit
Connection between the YSP10 and the pre-process machine.
YSP10
PREVIOUS INTERFACE
Pre-pricess machine
NEXT INTERFACE
AMP 206043-1
(14-pin receptacle)
53A06-KMJ-00
►
Board transfer signal specifications (PREVIOUS INTERFACE)
Pin No. Signal name I/O specifications Signal specifications
1 BUSY OUT (output) Relay contact (zero voltage) output
Signal output during board carry-in to the
YSP10
2 BUSY OUT (output) Relay contact (zero voltage) output
3 BA IN (com) DC +24V
Signal input when the pre-process machine
can carry-out the board.
4 BA IN (input) PNP input
5
Exclusive for fitting
specify
Prevents misinsertion.
Use for prevention of mis-connection
6
Exclusive for fitting
specify
Prevents misinsertion.
7 NC
8 NC
9 UR IN (com) DC +24V
Signal input during the automatic operation
of pre-process machine
10 UR IN (input) PNP
11 LR OUT Relay contact (zero voltage) output
Signal output during the automatic
operation of YSP10
12 LR OUT Relay contact (zero voltage) output
13 Not use
14 Not use
1.Specication
A-5
Appendix
1.3.2 NEXT INTERFACE connector
When the following three conditions are met, the NEXT INTERFACE circuit in the machine allows the board
to be carried out.
• Machine is ready for carrying in a board (BA OUT : ON)
• Board carry-in signal is input from the upstream machine. (BUSY IN : ON)
• Automatic operation signal is input from the upstream machine. (LR IN : ON)
n
NOTE
• When the automatic operation signal (LR IN) from the downstream machine turns off during transfer of a board, the
machine stops temporarily carrying out the board.
• When the board being carried out is detected by the exit sensor, the BA OUT signal turns off.
• Carrying out the board is finished when both the BUSY IN and BA OUT turn off.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Relay output
Input
Input
Relay output
Relay output
14
11
12
7
4
8
3
1
NEXT INTERFACE circuit
Connection between the YSP10 and the post-process machine.
AMP 206043-1
(14-pin receptacle)
Post-process machine
PREVIOUS INTERFACE
YSP10
NEXT INTERFACE
DC +24V
PNP input
DC +24V
PNP input
DC +24V
PNP input
Relay output
Relay output
GND
I/O BOARD
53A07-KMJ-00
►
Board transfer signals specifications (NEXT INTERFACE)
Pin No. Signal name I/O specifications Signal specifications
1 BUSY IN (com) DC +24V
Signal output during board carry-in to the
post-process machine
2 BUSY IN (input) PNP input
3 BA OUT (output) Relay contact output
Signal output when the YSP10 is ready for
the board carry-out.
4 BA OUT (output) Relay contact output
5
Exclusivefortting
specify
Prevents misinsertion.
Use for prevention of mis-connection
6
Exclusivefortting
specify
Prevents misinsertion.
7 Not use
8 NC
9 UR OUT (output) Relay contact (zero voltage) output
Signal output during the automatic operation
of YSP10
10 UR OUT (output) Relay contact (zero voltage) output
11 LR IN (com) DC +24V
Signal input during the automatic operation
of post-process machine
12 LR IN (input) PNP input
13 LE IN (com) DC +24V
Signal from post-process machine during
waiting for board
(Mounter only)
14 LE IN (input) PNP input
1.Specication
A-6
Appendix
1.4 Adapted mask
1.4.1 The mask flame size and the mask standard position
►
The mask flame size and the mask standard position
n
NOTE
The size unit is mm. "A" of Y direction standard is the value from mask outer frame. "B" is the value from mask frame center.
Mask flame size
Mask
standard
position
Maximum
board size
Squeegee size
X direction
datum
Y direction datum
L750 × W750
Center L650 × W510
L620
Center
Center
Front side
L650 × W460 A 145 B 230
L750 × W650
Center
L650 × W350
Center
Front side
A 150 B 175
L750 × W750
Center L510 × W510
L530
Center
Front side L510 × W460 A 145 B 230
L736 × W736
Center L510 × W510 Center
Front side L510 × W460 A 138 B 230
L750 × W650
Center
L510 × W350
Center
Front side A 150 B 175
L650 × W550
Center
L330 × W250 L350
Center
Front side A 150 B 125
L600 × W550
Center Center
Front side A 150 B 125
L550 × W650
Center Center
Front side A 200 B 125
L584 × W584
Center Center
Front side A 167 B 125
c
CAUTION
The mask with frame size "L550 x W 650" cannot be used on L650 type machine.
When the mask standard position is "front side".
Center of mask flame
Mask
Datum position
This position is to be aligned to the center of the board front side.
A
B
53A04-KMJ-00