Lens For Thru-Beam Type Fiber – Panasonic Fibers

USD $ 12.18 – USD $ 61.74

SKU: N/A

Features

  • Lens (For thru-beam type fiber)
  • Vacuum-resistant lens (For thru-beam type fiber)

Lens (For thru-beam type fiber)

Designation Model No. Description
Expansion lens
(Note 1)		 FX-LE1 Increases the sensing range by 5 times or more.
・ Ambient temperature: -60 to +350 ℃ -76 to +662 ℉ (Note 2)
・ Beam dia: ø3.6 mm ø0.142 in
Sensing range (mm in) [Lens on both sides]
Super-expansion
lens
(Note 1)		 FX-LE2 Tremendously increases the sensing range with large diameter lenses.
・ Ambient temperature: -60 to +350 ℃ -76 to +662 ℉ (Note 2)
・ Beam dia: ø9.8 mm ø0.386 in
Sensing range (mm in) [Lens on both sides]
Side-view lens FX-SV1 Beam axis is bent by 90°.
・ Ambient temperature: -60 to +300 ℃ -76 to +572 ℉ (Note 4)
・ Beam dia: ø2.8 mm ø0.110 in
Sensing range (mm in) [Lens on both sides]

 

(Note 1): Be careful sure to use it only after you have adjusted it sufficiently when installing the thru-beam type fiber equipped with the expansion lens, as the beam envelope becomes narrow and alignment is difficult.
(Note 2): Refer to “Fiber page” for the ambient temperature of fibers to be used in combination.

 

FX-LE1 Sensing range (mm) [Lens on both sides]

Amplifiers FX-500 series (Upper value)
FX-550 / FX-550L series (Lower value)		 FX-100 series
Mode HYPR U-LG LONG STD FAST H-SP FX-101 FX-102
FT-43 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 1,600
–		 2,400 3,600
(Note 1)
FT-42
FT-42W		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 2,200
–		 3,400 3,600
(Note 1)
FT-45X 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,500
–		 1,600
(Note 1)		 1,600
(Note 1)
FT-R40 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 1,900
–		 3,100 3,600
(Note 1)
FT-R43
FT-R44Y		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 1,900
1,600
(Note 1)		 670
–		 1,300 3,600
(Note 1)
FT-H35-M2 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,300
3,600
(Note 1)		 1,400
–		 2,000 3,500
(Note 1)
FT-H20W-M1 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 850
–		 1,300 1,600
(Note 1)
FT-H20-M1 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,600
(Note 1)
1,600
(Note 1)		 1,200
–		 1,600
(Note 1)		 1,600
(Note 1)
FT-H20-J50-S
FT-H20-J30-S
FT-H20-J20-S		 3,600
(Note 1)
3,600
(Note 1)		 3,600
(Note 1)
3,600
(Note 1)		 3,500
3,600
(Note 1)		 2,000
3,600
(Note 1)		 1,600
3,600
(Note 1)		 500
–		 1,000 3,500
(Note 1)
(Note 1): The fiber cable length practically limits the sensing range.

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