FX-3RA_SPE_EN.pdf - 第43页
- 39 - 7. CONTROL SYSTEM 7- 1. Saving a progr am FX - 3R A mounter stores a produc tion program onto the SSD in the main u nit. W hen y ou us e a USB po r t, you can store it on an external storage device also. 7- 2. Lim…
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Stick feeder for mechanical bank
・Feeder type: Type N (SFN*AS)
Model Lane width [mm]
SOP
SOJ
PLCC(QFJ)
Nominal
size
[mil]
Element
width
[mm]
Element
height
[mm]
Nominal
size
[mil]
Element
width
[mm]
Element
height
[mm]
Nominal
size
[mil]
Element
width
[mm]
Element
height
[mm]
SFN0AS
(Type N0)
At delivery:
6.9
Adjustment range:
6.6～9.2
225
5.72
～
6.99
～1.5
300
7.62
～
8.89
2.0
SFN1AS
(Type N1)
7.2 225
5.72～
6.99
1.5
SFN2AS
(Type N2)
9.2 300
7.62～
8.89
2.0 300
8.38～
8.76
3.25～
3.76
285×
425
8.05
～
8.31
4.20～
5.08
290×
490
8.13～
8.51
SFN3AS
(Type N3)
11.2 375
9.35～
10.8
2.5 350
9.65～
10.03
350
9.78～
10.03
4.20
～
4.57
350×550
4.20～
5.08
SFN4AS
(Type N4)
13.0 450
11.43～
12.7
3.0
400
10.92
～
11.30
450
12.32～
12.57
4.20～
4.57
450
12.19～
12.57
450×
550
4.20～
5.08
Use a dedicated stick feeder matched to each element size. Otherwise,
elements may be broken due to inaccurate operation even if they are
caused to flow.
・Feeder type: Type W (SFW*AS)
Model
Lane width
[mm]
SOP
SOJ
PLCC(QFJ)
Nominal
size
[mil]
Element
width
[mm]
Element
height
[mm]
Nominal
size
[mil]
Element
width
[mm]
Element
height
[mm]
Nominal
size
[mil]
Element
width
[mm]
Element
height
[mm]
SFW1AS
(Type W1)
15.0 525
13.34～
14.61
3.5
SFW2AS
(Type W2)
18.2 600
15.24～
16.51
4.0 650
17.40～
17.65
4.20～
5.08
SFW3AS
(Type W3)
20.8 750
19.94～
20.19
SFW4AS
(Type W4)
26.0
950
25.02～
25.27
SFW5AS
(Type W5)
31.2
1150
30.1～
30.55
- For Types N1 to N4 and types W1 to W5, an optional spacer kit is available for a change to another type.
- Type N0, the clearance can be finely adjusted by attached spacer to secure the lane width for SOP 8 pins and
10 pins.
CAUTION
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7. CONTROL SYSTEM
7-1. Saving a program
FX-3RA mounter stores a production program onto the SSD in the main unit.
When you use a USB port, you can store it on an external storage device also.
7-2. Limit of a production program
● Maximum number of placement points per circuit : 10,000 points
● Maximum number of circuits per PWB : 1,200 for a matrix board
200 for a non-matrix board
● Maximum number of points per PWB : 10,000 points
● 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 Area Fiducial marks :
50 sets for area marks/component placement positioning mark,
1 set for a BOC mark (2 to 3 marks)
7-3. Production Mode
The following three production modes are available during production:
PWB production
- Specifies the number of PWBs you plan to produce and produces PWBs actually.
Trial mode
- 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 mode
- Checks the PWB pick-up/placement process without using any component.
You can select the PWB pick-up/placement position tracking function.
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8. INTERFACE
8-1. Types and Meanings of Electrical Signals over an Electrical
Interface
The conceptual diagram of the electrical signals both on the machines and the other side
machines is shown, as follows： The electrical signals between the machines and
upstream-side devices ①, ② and between the machines and downstream-side devices ③,
④is shown in the following diagram.
Electrical signal
①
Unload request input signal (Board Available IN)
This signal receives a PWB unload request from an upstream
device.
Electrical signal
②
Unload enabling output signal (Ready Out)
This signal causes an upstream device to unload a PWB.
Electrical signal
③
Unload request output signal (Board Available Out)
This signal requests a downstream device to unload a PWB.
Electrical signal
④
Unload enabling input signal (Ready In)
This signal receives a PWB unload permission from a downstream
device.
Upper stream
device
Main unit
Down stream
device
①
②
④
③
Figure Conceptual diagram of connection of electrical signals