LV-N series
Highly precise target detection with easy installation
Unlike small beam spots, area beams are less affected by vibrating targets or backgrounds. LV-S63 also spreads the spot's depth 0.31" 8 mm x 0.47" 12 mm to provide more stability.
Large light quantity variation if position shifts
Small light quantity variation even if position shifts
Due to the characteristics of lasers, the slightest incline of a
transparent target can cause light diffraction resulting in
unstable detection. The newly-developed laser drive circuit found
in the LV-S62 and LV-S63 compensates for this phenomenon.
Whereas most lasers use a single wavelength, the LV-S62/S63 uses
high-frequency superimposition technology to take a wide range of
wavelengths. This has enabled the practical elimination of
transparent quantity changes.
Whereas most lasers use a single wavelength, the LV-S62/S63 uses high-frequency superimposition technology to take a wide range of wavelengths. This has enabled the practical elimination of transparent quantity changes.
The zero datum function always monitors the received light quantity
when there is no transparent object and keeps the displayed value
at 0 (light quantity variation cancellation). If a transparent
object is input, the function displays the difference. This makes
it very easy for the LV Series amplifier to stably detect
transparent targets.
(Patent pending)
Model |
LV-S61 |
LV-S62 |
LV-S63 |
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Type |
Small spot |
Parallel light area |
Long-distance transparent object |
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FDA (CDRH) Part 1040.10 |
Class 1 Laser Product |
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IEC 60825-1 |
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Light source |
Visible red semiconductor laser, Wavelength: 655 nm |
Visible red semiconductor laser, Wavelength: 660 nm |
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Detecting |
MEGA |
2.5 m |
12 m (6 m)*1 |
35 m |
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ULTRA |
2 m |
10 m (5 m)*1 |
30 m |
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SUPER |
1.5 m |
8 m (3.5 m)*1 |
25 m |
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TURBO |
1 m |
5 m (2 m)*1 |
15 m |
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FINE |
0.75 m |
2.5 m (0.7 m)*1 |
8 m |
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HSP |
0.5 m |
- |
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Environmental resistance |
Ambient temperature |
-10 to +50 °C (No freezing) |
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Material |
Case |
Glass reinforced plastic |
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Lens cover |
Acrylic |
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Reflective mirror |
Polycarbonate, acrylic |
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Weight |
Approx. 70 g |
Approx. 65 g |
Approx. 110 g |
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*1 Numbers enclosed in parentheses are the detecting distance for small beam spot. |
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