Near-infrared illumination for penetration through packaging and ambient-light control
The PDF-defined NIR family provides strong-penetration 850 or 940 nm illumination for a near-infrared-sensitive CCD. Ring, coaxial, backlight and bar geometries cover monitoring, inspection through selected plastic packaging, foreign matter in wine bottles, electronics and semiconductor work. An infrared glass filter may be added when visible ambient light must be suppressed.
- Peak wavelengths
- 850 / 940 nm
- Selectable NIR options
- Forms
- Ring / coaxial / back / bar
- 15 listed models
- Supply
- 24 V
- Every listed row
- Power
- 1.0–11.6 W
- Model dependent
- Controller
- Strobe / analog / digital
- Source-compatible families
Monitoring and packaging
Inspect selected contents through plastic packaging where the material transmits the chosen NIR band.
Wine-bottle foreign matter
Combine material penetration, NIR camera response and optional visible-light filtering to inspect bottle contents.
Electronics and semiconductors
Reveal features whose absorption or transmission differs at 850 or 940 nm.
Concealed clothing hardware
The documented backlight example makes lingerie buckles visible through fabric with higher contrast.
850/940 nm spectral evidence and a complete concealed-buckle inspection sequence
The PDF separates the wavelength spectrum, the LXV-RN9070-NIR850 working-distance reference and the LXV-4FT100100-NIR application. They are rebuilt as individual engineering modules so every axis, model label and inspection step remains readable.
Near-infrared spectral and distance references
Lingerie-buckle inspection through clothing
- Reference application
- Lingerie buckles inspection
- Workpiece
- Clothing
- Reference light
- LXV-4FT100100-NIR
- Peak wavelengths
- 850 / 940 nm
- Optical method
- Transmission backlighting
- Source result
- Clear buckles imaging
Choose NIR wavelength, geometry and controller from the hidden feature
The native tables below reconstruct all 15 PDF rows and keep form, voltage, power, NIR band, weight, compatible controllers, drawing number and common-product status attached to the correct model. Test the actual workpiece at both available wavelengths before fixing the geometry.
- 1
Test 850 and 940 nm
Compare penetration and material contrast on the actual sample.
- 2
Choose the geometry
Use ring, coaxial, backlight or bar illumination.
- 3
Add an IR filter if needed
Suppress visible ambient light while preserving NIR response.
- 4
Match controller and model row
Use the exact voltage, power, weight and drawing.
Read the product model pattern
LXV-[form][size]-NIR- LXV-
- Product prefix
- Form
- RN / 3COX / 4FT / 4BR
- Size
- Geometry-specific code
- NIR
- 850–940 nm band
LXV-NIR model and parameter range
Every value remains attached to its product-specific row.
Ring and coaxial infrared lights
| Model | Form | Voltage | Power | Peak band | Weight | Controllers | Drawing | Common |
|---|---|---|---|---|---|---|---|---|
| LXV-RN5060-NIR | Ring | 24 V | 1.2 W | 850 / 940 nm | 57 g | Strobe / analog / digital | 1 | Y |
| LXV-RN7090-NIR | Ring | 24 V | 2.6 W | 850 / 940 nm | 109 g | Strobe / analog / digital | 2 | Y |
| LXV-RN12030-NIR | Ring | 24 V | 4.4 W | 850 / 940 nm | 222 g | Strobe / analog / digital | 3 | Y |
| LXV-3COX40-NIR | Coaxial | 24 V | 1.5 W | 850 / 940 nm | 186 g | Strobe / analog / digital | 4 | Y |
| LXV-3COX50-NIR | Coaxial | 24 V | 2.4 W | 850 / 940 nm | 308 g | Strobe / analog / digital | 5 | Y |
Back infrared lights
| Model | Voltage | Power | Peak band | Weight | Controllers | Drawing | Common |
|---|---|---|---|---|---|---|---|
| LXV-4FT5050-NIR | 24 V | 2.4 W | 850 / 940 nm | 114 g | Strobe / analog / digital | 6 | Y |
| LXV-4FT7070-NIR | 24 V | 3.9 W | 850 / 940 nm | 164 g | Strobe / analog / digital | 7 | Y |
| LXV-4FT8080-NIR | 24 V | 4.4 W | 850 / 940 nm | 186 g | Strobe / analog / digital | 8 | Y |
| LXV-4FT100100-NIR | 24 V | 7.7 W | 850 / 940 nm | 334 g | Strobe / analog / digital | 9 | Y |
| LXV-4FT150150-NIR | 24 V | 11.6 W | 850 / 940 nm | 500 g | Strobe / analog / digital | 10 | Y |
Bar infrared lights
| Model | Voltage | Power | Peak band | Weight | Controllers | Drawing | Common |
|---|---|---|---|---|---|---|---|
| LXV-4BR6016-NIR | 24 V | 1.0 W | 850 / 940 nm | 80 g | Strobe / analog / digital | 11 | Y |
| LXV-4BR9016-NIR | 24 V | 1.5 W | 850 / 940 nm | 105 g | Strobe / analog / digital | 11 | Y |
| LXV-4BR18016-NIR | 24 V | 2.9 W | 850 / 940 nm | 181 g | Strobe / analog / digital | 11 | Y |
| LXV-4BR7530-NIR | 24 V | 2.2 W | 850 / 940 nm | 134 g | Strobe / analog / digital | 12 | Y |
| LXV-4BR12530-NIR | 24 V | 3.6 W | 850 / 940 nm | 201 g | Strobe / analog / digital | 13 | Y |
Operating conditions, lifetime and service
| Item | PDF-defined value |
|---|---|
| Operating environment | 0–40 °C; 20–85% RH, non-condensing |
| Reference life | 50,000 h until luminance is reduced to 50% of factory default |
| Value-added service | One year free technical support; sample free-rent service |
| Customisation | UV and IR light may be customised as required |
Extension-cable selection
| Cable | Construction guidance | Recommended placement |
|---|---|---|
| PVC extension cable | High flexibility, bending resistance and high-temperature resistance | Inside equipment |
| High-flexibility extension cable | Harder and more abrasion-resistant than PVC | Drag-chain production-line system |
Mechanical envelope by drawing
| Drawing / models | Overall envelope | Emitting area | Mounting / cable |
|---|---|---|---|
| 1 · LXV-RN5060 | Ø50 × 19.5 mm | Ø28.5 mm opening | 4-M3 depth 5 on Ø42; 500 mm cable |
| 2 · LXV-RN7090 | Ø70 × 20.5 mm | Ø36 mm opening | 4-M3 depth 4.5 on Ø54; 500 mm cable |
| 3 · LXV-RN12030 | Ø120 × 23 mm | Ø80 mm opening | 4-M3 depth 4 on Ø106; 500 mm cable |
| 4 · LXV-3COX40 | 74 × 50 mm housing | 40 × 40 mm | 4-M3 depth 4.5; 30 × 25 pitch; 500 mm cable |
| 5 · LXV-3COX50 | 84 × 60 mm housing | 50 × 50 mm | 4-M3 depth 4.5; 30 × 25 pitch; 500 mm cable |
| 6 · LXV-4FT5050 | 64 × 64 × 17 mm | 50 × 50 mm | 6-M3 depth 4 reverse; 500 mm cable |
| 7 · LXV-4FT7070 | 84 × 84 × 17 mm | 70 × 70 mm | 6-M3 depth 4 reverse; 500 mm cable |
| 8 · LXV-4FT8080 | 94 × 94 × 17 mm | 80 × 80 mm | 6-M3 depth 4 reverse; 500 mm cable |
| 9 · LXV-4FT100100 | 114 × 114 × 17 mm | 100 × 100 mm | 8-M3 depth 4 reverse; 500 mm cable |
| 10 · LXV-4FT150150 | 164 × 164 × 17 mm | 150 × 150 mm | 8-M3 depth 4 reverse; 500 mm cable |
| 11 · LXV-4BR6016 / 9016 / 18016 | A 72 / 102 / 192 mm; 26 × 22 mm section | B 60 / 90 / 180 × 16 mm | 2×2-M3 depth 5; 500 mm cable |
| 12 · LXV-4BR7530 | 87 × 36 × 26 mm | 75 × 30 mm | 2×4-M3 depth 5; 500 mm cable |
| 13 · LXV-4BR12530 | 137 × 36 × 26 mm | 125 × 30 mm | 2×4-M3 depth 5; 500 mm cable |
Use the complete two-part drawing set for the selected NIR form
Ring, coaxial, backlight and bar models have distinct mounting, emitting-area and cable envelopes. The native mechanical table and both complete drawing groups must be read together; no dimension is transferred between housings.
- 01
Select the exact product form, model row and drawing number.
- 02
Keep the complete emitting surface and the camera sight line clear.
- 03
Choose the source-compatible strobe, analog or digital controller and verify total connected power.
- 04
Use the PVC cable inside equipment or the more abrasion-resistant high-flex cable in a drag chain as documented.
- 05
Reserve the 500 mm light cable path and the model-specific connector bend envelope before releasing the mechanical layout.
