JX-100_SPE_EN06.pdf - 第33页

7. CONTROL SYSTEM SPECIFICATIONS 7.1 Control 7.1.1 Program Selection The production program is stored in SSD or a floppy disk (option). When you use a USB port, you can store it on an external storage device also. 7.1.2 …

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6.6 Stick Feeder
A stick feeder is driven by the belt without requiring any power supply nor air supply.
It feeds an ordinary SOP, SOJ and PLCC which are packed in a stick.
Call the JUKI head office or local distributor for special components packed in a stick.
SOP SOJ PLCC（QFJ）
Feeder
section type
(Manufacturer
code)
Lane width
(mm)
(Number of
lanes per
feeder)
Nominal
size
Compo
nent
width
(mm)
Compo
nent
height
(mm)
Nominal
size
Compo
nent
width
(mm)
Compo
nent
height
(mm)
Nominal
size
Compo
nent
width
(mm)
Compo
nent
height
(mm)
Number of
occupied
positions
225
mil
5.72 to
6.99
to 1.5 - - - - - -
N0
（SFN0AS）
Factory
setting: 6.9
Adjustable
range: 6.6
to 9.1
300
mil
7.62 to
8.89
2.0 - - - - - -
N1
（SFN1AS）
7.2mm
225
mil
5.72 to
6.99
1.5
- - - - - -
285×
425
mil
8.05 to
8.31
N2
（SFN2AS）
9.2mm
300
mil
7.62 to
8.89
2.0
300
mil
8.38 to
8.76
290×
490
mil
8.13 to
8.51
350
mil
N3
（SFN3AS）
11.2mm
375
mil
9.53 to
10.8
2.5
350
mil
9.65 to
10.03
350×
550
mil
9.78 to
10.03
400
mil
10.92 to
11.30
450
mil
N4
（SFN4AS）
13mm
450
mil
11.43 to
12.7
3.0
450
mil
12.19 to
12.57
3.25～
3.76
450×
550
mil
12.32 to
12.57
4.20 to
4.57
3
W1
（SFW1AS）
15mm
525
mil
13.34 to
14.61
3.5 - - - - - -
W2
（SFW2AS）
18.2mm
600
mil
15.24 to
16.51
4.0 - - -
650
mil
17.40 to
17.65
4.20 to
4.57
W3
（SFW3AS）
20.8mm - - - - - -
750
mil
19.94 to
20.19
W4
（SFW4AS）
26mm - - - - - -
950
mil
25.02 to
25.27
W5
（SFW5AS）
31.2mm - - - - - -
1150
mil
30.10 to
30.55
4.20 to
5.08
6
- The optional spacer kit, which allows a stick feeder to be changed to another type, is
provided for the Types N1 to N4 and W1 to W5.
- You can make the gap of the Type N0 narrower to secure the lane width most
appropriate to SOP 8-pin or 10-pin components.
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7. CONTROL SYSTEM SPECIFICATIONS
7.1 Control
7.1.1 Program Selection
The production program is stored in SSD or a floppy disk (option).
When you use a USB port, you can store it on an external storage device also.
7.1.2 Limit of a production program
● Number of component placement steps: maximum 3,000 steps
● Maximum number of circuits per PWB: 1,200 for a matrix board
200 for a non-matrix board
● Maximum number of steps per PWB: 10,000 steps
● Maximum number of component data records: maximum number of component
types that can be attached on the machine
● Maximum number of component pick-up records: same as the above.
● Maximum number of registerable marks: 50sets for an IC mark, 1 set for a BOC
mark (2 to 3 marks)
7.2 Production mode
PWB production
- Specifies the number of PWBs you plan to produce and produces PWBs actually.
Trial
- Performs a trial PWB production.
You can select the PWB pick-up position tracking function or PWB placement position
tracking function that is to be performed after placement..
Dry run
- Checks the PWB pick-up/placement process without using any component.
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8. INTERFACE
8.1 Mechanical Interface
Conveyor height
● 900 ±20 mm (Standard for Japan, China and Southeast Asia)
950 ±20 mm (Option for Europe and the U.S.A.)
、(Standard for EN machine only)
8.2 Electrical interfaces
8.2.1 Kinds and meanings of electrical signals
The conceptual diagram of the electrical signals both on the mounters and the other side
machines is shown in the following “Figure 11 Electrical signals connection conceptual
diagram “, as follows: The electrical signals between the mounters and upstream-side
devices ①, ② and between the mounters and downstream-side devices ③, ④ is
shown in the following diagram.
a) The electrical signal ① is called the “carryout request input signal (or PWBs
available-in),” receiving the PWBs carryout requests from the upstream-side devices.
b) The electrical signal ② is called the “carryout permit output signal (or ready-out),”
having the PWBs carried out to the upstream-side devices.
c) The electrical signal ③ is call the “carryout request output signal (or PWBs
available-out),” requesting the PWBs carryout to the downstream-side devices.
d) The electrical signal ④ is called the “carryout permit input signal (or
ready-in),“ receiving the PWBs carryout permits from the downstream-side devices.
Downstream-
side devices
Mounters
Upstream-
side devices
②
①
③
④
Figure 13 Electrical signals connection conceptual diagram
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