Panasonic FD-EG2 User Manual
3
Tough Flexible Fiber / FT-P81X,FD-P81X,FD-G6X
Stainless steel braiding protects the fiber cable and prevents fiber breakage
due to snagging. The allowable bending radius is R10 mm R0.394 in or
greater. The fiber will bend flexibly, without breaking. The installation of
troublesome protection tubes for breakage prevention is no longer required.
Flexible Fiber / FT-P60,FT-PS1
These fibers are most suitable for usage on moving components due to their
high resistance to repeated flexing. Our product line now includes the new
FT-P60 (M4 type, with lens attachment mountable) and FT-PS1 (ultra-small
diameter type, with "1 mm "0.039 in). An allowable bending radius of
R4 mm R0.157 in or greater has been achieved and the fiber can withstand
repeated bending for more than 1 million times (at R10 mm R0.394 in).
FT-P81X
Lens mountable
*The sensing ranges indicated above were obtained using
LONG mode.
*The sensing ranges indicated above were obtained using
LONG mode.
Tough flexible fiber line-up
Flexible fiber line-up
FT-P60
FT-PS1
FD-P81X
FD-G6X
FD-P50
Lens mountable
Lens mountable
FD-P60
M420 mm 0.787 in
650 mm
25.591 in
185 mm
7.283 in
M6
19 mm 0.748 in
90 mm
3.543 in
M3
18 mm 0.709 in
M4
15 mm 0.591 in
400 mm
15.748 in
80 mm
3.15 in
90 mm
3.543 in
"16 mm
"0.0390.236 in
"3
15 mm
"0.1180.591 in
90 mm
3.543 in
M4
15 mm 0.591 in
Strong stainless steel mesh
protects fiber cables from breakage
Tough, but bends flexibly!
Allowable bending radius
R10 mm R0.394 in or greater
Conventional Fiber
Tough Flexible Fiber
No cable breakage
Conventional Fiber
Flexible Fiber
Bending durability 1 million times or more!
Allowable bending radius R4 mm R0.157 in or more
No cable breakage
Cable breakage
by repeated bending
Cable breakage
by repeated bending
Suction detection for chips
This fiber unit can be used
to confirm chip presence,
when mounting chips
using a flip chip bonder.
Counting connector pins
The optimum combination of lens and
fiber can be selected, in accordance with
the connector pin size and pin pitch.
4
* The spot diameter can be changed by adjusting the length of fiber inserted.
"0.7 to "2.0 mm
"0.028 to "0.079 in
18.5 to 43 mm approx.
0.728 to 1.693 in approx.
* The spot diameter can be changed by adjusting the length of fiber inserted.
"0.5 to "3.0 mm
"0.02 to "0.12 in
13 to 30 mm approx.
0.512 to 1.181 in approx.
W6.3H20.3D10.3 mm
W0.248H0.799D0.403 in
"0.5 mm
"0.02 in
"0.2 mm
"0.008 in
"0.15 mm
"0.006 in
"0.1 mm
"0.004 in
"0.3 mm
"0.012 in
Finest Spot Lens /
FX-MR6
High Precision Fiber /
FD-EG2,FD-EG3
An ultra-small "0.1 mm "0.004 in spot size has now been made
possible through the integration of our finest spot lens (FX-MR6) with
our precision fiber (FD-EG3).
70.5 mm
0.2760.02 in
"5
16 mm
"0.1970.63 in
29.5 mm
1.161 in
70.5 mm
0.2760.02 in
7
0.5 mm
0.276
0.02 in
70.5 mm
0.2760.02 in
7
0.5 mm
0.2760.02 in
"5
16 mm
"0.1970.63 in
"5
16 mm
"0.1970.63 in
29.5 mm
1.161 in
29.5 mm
1.161 in
28.5 mm
1.122 in
"4.5
15 mm
"0.17710.177 in
"4.5
15 mm
"0.17710.177 in
36.5 mm
1.122 in
"827.1 mm
"0.3151.067 in
15 mm
0.591 in
M317 mm 0.669 in
25 mm
0.984 in
M3
17 mm 0.669 in
Small spot applications
*The sensing ranges indicated above were obtained using
LONG mode.
FX-MR2FD-WG4/G4
FX-MR5
FD-WG4/G4
FD-EG3
(Fiber)
Coaxial
FD-EG2 (Fiber)
Coaxial
FX-MR3FD-EG1
FX-MR3
FD-G4/WG4
FX-MR6
FD-EG1
FX-MR6FD-EG2
FX-MR6
FD-EG3
Spot lens & high precision fiber line-up
FX-MR6 (lens)FD-EG3 (fiber)
Spot size
"0.1 mm
"0.004 in
Distance to focal point
70.5 mm 0.2760.02 in
Now available - ultra-small
spot size of "0.1 mm "0.004 in
(FX-MR6FD-EG3)
This precisely focused spot is produced
through the use of a new lens design,
allowing stable sensing to be achieved,
even for minute sensing tasks, such as the
detection of ultra-small chip components
(0603 chips, etc.).
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