Fibre-delivered NIR and SWIR illumination for hidden impurities, internal structure and spectral contrast
LXV-SLG-SWIR combines four NIR and six SWIR wavelength options in a 150 W, single-channel fibre source. The PDF positions the LED system as a lower-irradiation-heat, long-use replacement for halogen illumination and pairs it with short-wave-infrared cameras for exterior and interior inspection beyond visible-light response.
- Standard wavelengths
- 10
- 810–1650 nm
- NIR options
- 810 / 850 / 940 / 1028 nm
- Four peaks
- SWIR options
- 1050 / 1127 / 1200 / 1300 / 1500 / 1650 nm
- Six peaks
- Compatible fibre
- Ø6–14 mm
- Single channel
- Trigger
- 5–24 V
- 30 μs response
Semiconductor inspection
Inspect wafer and chip cracks, impurities and internal features at a suitable wavelength.
Food screening and sorting
Use material absorption and penetration response to distinguish internal content.
Filler-condition identification
Check whether a container is filled or evaluate concealed product condition.
Low-light night observation
Illuminate targets outside the visible band for night or haze-obscured observation.
Fibre-delivered setup, battery-film impurity and instrument-profile comparisons
The PDF compares the same 1300 nm task with a conventional source and the high-output fibre source. Workpiece, setup and result images remain in explicit groups so visitors can follow the inspection logic without relying on a complete PDF-page screenshot.
Fibre-delivered inspection arrangement
Battery-film surface impurity · 1300 nm comparison
Instrument-profile inspection arrangement
Instrument-profile result · 1300 nm comparison
Available fibre-output geometries
- Visible LED reference
- Approx. 400–750 nm
- SWIR context
- Approx. 900–2500 nm
- Published source options
- 810–1650 nm
- Reference benefit
- Reduced irradiation heat vs halogen
Select the spectral band from material response, not visible brightness
The PDF separates four NIR and six SWIR peaks while retaining the same LXV-SLG150 enclosure. The selected camera, lens and fibre must transmit and detect the chosen wavelength.
- 1
Test material absorption
Compare candidate wavelengths on the actual workpiece and required internal feature.
- 2
Match camera and optics
Confirm detector, lens and fibre transmission throughout the selected band.
- 3
Choose fibre geometry
Use straight, ring, line or another validated output for the target.
- 4
Set exposure and control
Balance source output, exposure, 5–24 V trigger and thermal conditions.
Read the product model pattern
LXV-SLG150-NIR / LXV-SLG150-SWIR- LXV-
- Product prefix
- SLG150
- 150 W fibre source
- NIR / SWIR
- Spectral type
- Wavelength
- Select one documented peak
LXV-SLG-SWIR model and parameter range
Every value remains attached to its product-specific row.
Published light-source rows
| Product | Model | Type | Standard wavelength options | Channels | Drawing | Common | Trigger |
|---|---|---|---|---|---|---|---|
| SWIR fibre optic light | LXV-SLG150 | NIR | 810 / 850 / 940 / 1028 nm | 1 | 1 | Y | 5–24 V |
| SWIR fibre optic light | LXV-SLG150 | SWIR | 1050 / 1127 / 1200 / 1300 / 1500 / 1650 nm | 1 | 1 | Y | 5–24 V |
Optical, control and communication parameters
| Parameter | LXV-SLG150-NIR | LXV-SLG150-SWIR |
|---|---|---|
| LED wavelength range | 810–1028 nm | 1050–1650 nm |
| Channels | 1 | 1 |
| Compatible fibre diameter | Ø6–14 mm | Ø6–14 mm |
| Drive mode | Constant current | Constant current |
| Luminance-control level | 256 / 1024 | 256 / 1024 |
| Control method | Manual encoder; RS232 / LAN optional | Manual encoder; RS232 / LAN optional |
| Communication | RS232 / LAN | RS232 / LAN |
| Baud rate | 19200 bps | 19200 bps |
| External trigger | 5–24 V | 5–24 V |
| Trigger response | 30 μs | 30 μs |
| Input voltage | 100–240 VAC | 100–240 VAC |
Protection, insulation, environment and life
| Parameter | Value |
|---|---|
| Protection functions | Overload protection; over-temperature protection; power-off saving |
| Withstand voltage | AC 1500 V for 1 minute; cut-off current 10 mA |
| Insulation resistance | DC 500 V; 20 MΩ or more |
| Operating environment | 0–40 °C; 20–85% RH, non-condensing |
| Storage environment | 0–50 °C; 20–85% RH, non-condensing |
| Reference life | 30,000 h until light intensity reaches 50% |
Fibre connector interfaces
| Connector | Fibre side | Equipment side | Key interface dimensions |
|---|---|---|---|
| LXV-SLG-MO (standard) | Ø25–32 body; Ø15 outlet; 37 mm nose | Ø15.2 interface; 37 mm body | M4 × 0.7; 5 mm engagement |
| LXV-SLG-HY | Ø25 body; Ø15 outlet; 20 mm nose | Ø25.2 / Ø15.2 interface; 30 mm body | M4 × 0.7; 5 / 10 mm steps |
| LXV-SLG-SU | Ø25 body; Ø13 / Ø20 outlet; 15 / 30 mm nose | Ø20.2 interface; 30 mm body | M4 × 0.7; 10 mm step |
Straight fibre assemblies
| Assembly | Core | Protective sheath | Nominal length options |
|---|---|---|---|
| LXV-MG6-110S | Ø6 mm | Ø10 mm | 1100 +50/−0 mm or 2200 +100/−0 mm |
| LXV-MG8-110S | Ø8 mm | Ø16 mm | 1100 +50/−0 mm or 2200 +100/−0 mm |
| LXV-MG10-110S | Ø10 mm | Ø16 mm | 1100 +50/−0 mm or 2200 +100/−0 mm |
LXV-SLG150 enclosure envelope
| Envelope | Dimension |
|---|---|
| Overall width | 155 mm |
| Overall height | 200 mm |
| Body height | 180 mm |
| Overall depth | 157.5 mm |
| Body depth | 140 mm |
| Front foot span | 121 mm |
| Side foot span | 106 mm |
Integrate wavelength, connector, fibre geometry, camera response and enclosure as one path
The source connects to straight, ring and other configured fibre outputs. The three connector interfaces, three straight-fibre core sizes and LXV-SLG150 enclosure are dimensioned separately so each can be checked at a readable scale.
- Confirm detector, lens and fibre transmission at the selected 810–1650 nm peak.
- Choose LXV-SLG-MO, LXV-SLG-HY or LXV-SLG-SU for the mating connector geometry.
- Select LXV-MG6-110S, LXV-MG8-110S or LXV-MG10-110S and the required 1100 or 2200 mm nominal length.
- Keep the fibre within a suitable bend radius and reserve ventilation, optical-outlet, power, trigger, RS232 and LAN access around the 155 × 200 × 157.5 mm maximum envelope.
