Fibre-delivered UVA for fluorescence, curing and wafer-surface inspection
LXV-SLG-UV couples selectable 365, 385, 395 or 405 nm UVA output into a compatible fibre. The documented 150 W source combines optical-coupling optics, constant-current 256/1024-level dimming, an LCD panel, 5–24 V triggering up to 5 kHz, and RS232/LAN communication for fluorescence, curing, medical and electronic-chip production or inspection tasks.
- Source model
- LXV-SLG150
- 150 W; one channel
- UVA options
- 365 / 385 / 395 / 405 nm
- Select one wavelength
- Compatible fibre
- Ø6–14 mm
- Quartz recommended
- Trigger
- 5–24 V
- 5 kHz max at 50% duty
- Response
- 30 μs
- Power-on ≤6 s
Fluorescent penetrant inspection
Excite fluorescent penetrant indications so surface defects can be distinguished.
PCB UV curing
Deliver selected UVA energy through a flexible optical path in PCB production.
Medical applications
Use the selected band only after validating material response, exposure and shielding.
Electronic-chip inspection
Use UVA contrast for chip production and wafer-surface defect inspection.
UV band context, source spectrum, fibre transmission, control response and wafer evidence
The PDF separates wavelength context, source output, fibre transmission, dimming response, panel interfaces and the wafer example. Each module is retained independently so its axes, model labels and inspection sequence remain readable.
Ultraviolet wavelength context
Source output and fibre transmission
Brightness command and operating panel
Wafer-surface scratch example
- Reference model
- LXV-SLG150-UV385
- Documented effects
- Fluorescence / biological / photochemical / photoelectric
- Control range
- 256 / 1024 levels
- Fibre recommendation
- Quartz material can be customised
Choose wavelength first, then confirm fibre and trigger requirements
The PDF lists one 150 W enclosure and four optional UVA peaks. Choose the wavelength from the actual material response, then verify fibre transmission, camera response, exposure, duty cycle and shielding as one system.
- 1
Identify the target response
Choose 365, 385, 395 or 405 nm according to fluorescence, curing or defect contrast.
- 2
Specify the fibre path
Use the stated Ø6–14 mm range; quartz material is recommended and can be customised.
- 3
Choose local or remote control
Use the encoder and LCD locally or optional RS232/LAN communication.
- 4
Validate triggered exposure
Confirm the 5–24 V pulse, duty cycle, 30 μs response and camera exposure together.
Read the product model pattern
LXV-SLG150-UV365/385/395/405- LXV-
- Product prefix
- SLG150
- 150 W fibre source
- UV
- Ultraviolet output
- 365/385/395/405
- Peak-wavelength option
LXV-SLG-UV model and parameter range
Every value remains attached to its product-specific row.
UV source row
| Product | Model | Colour | Total output | UVA wavelength | Channels | Drawing | Common | Trigger |
|---|---|---|---|---|---|---|---|---|
| UV fibre-optic light | LXV-SLG150 | UV | 150 W | 365 / 385 / 395 / 405 nm | 1 | 1 | Y | 5–24 V |
Control, trigger and protection parameters
| Parameter | Value |
|---|---|
| Variant | LXV-SLG150-UV365/385/395/405 (option) |
| Compatible fibre | Ø6–14 mm |
| Power input | 110–240 VAC; 50/60 Hz |
| Channels | 1 |
| Baud rate | 19200 bps |
| Luminance control | Manual encoder; optional RS232 / LAN communication |
| Drive mode | Constant current |
| Control levels | 256 / 1024 |
| Power-failure memory | Automatically saves brightness parameters |
| Trigger input | Pulse-width trigger; high level 5–24 V effective |
| Maximum trigger frequency | 5 kHz when the external signal duty cycle is 50% |
| Trigger response | 30 μs |
| Power-on response | ≤6 s |
| Protection | Overload; over-temperature; power-off saving |
| Communication | RS232 / LAN |
| Operating environment | 0–40 °C; 20–85% RH, non-condensing |
| Storage environment | 0–50 °C; 20–85% RH, non-condensing |
| Normal on/off switch | Initial state changed by encoder; continuous on/off mode |
| Fibre option | Quartz material recommended; customisable |
Operation panel reference
| No. | Interface or control |
|---|---|
| 1 | LCD display screen |
| 2 | Trigger port |
| 3 | RS232 serial bus |
| 4 | PC master via LAN |
| 5 | Main power switch |
| 6 | ADJ encoder |
| 7 | Menu operation key |
| 8 | Power-on indicator |
| 9 | LED on/off button |
| 10 | Error indicator |
| 11 | Optical outlet |
Documented UV fibre assemblies
| Assembly | Nominal length | Output aperture | Source-side body | Equipment-side interface |
|---|---|---|---|---|
| LXV-MS5-100S | 1000 +50/−0 mm | Ø5 mm | Ø14 mm; 58 mm body | Ø25 mm body; Ø15 mm outlet |
| LXV-MS8-100S | 1000 +50/−0 mm | Ø8 mm | Ø22 mm; 50 mm body | Ø25 mm body; Ø15 mm outlet |
Match the UVA source, fibre transmission, panel access and mechanical envelope
The source supports straight, ring and other fibre geometries. Keep the optical coupling secure, maintain ventilation and control access, and include UV shielding and process interlocks appropriate to the real installation.
- Choose the 365, 385, 395 or 405 nm source variant and confirm fibre transmission at that wavelength.
- Select LXV-MS5-100S, LXV-MS8-100S or another validated straight, ring or configured fibre output.
- Install the LXV-SLG150 within its 177.8 × 155 × 200 mm maximum envelope and preserve ventilation.
- Reserve access for LCD, encoder, trigger, RS232, LAN, power and the optical outlet; add UV shielding and interlocks required by the application.
