LTLNM series
Flicker free high power focused modular LED line lights
Key advantages
- Emitting surface up 2 meters in 200 mm increments.
- Flicker free for line scan applications.
- 3 types of projection lenses
Near field focusing (N), far field focusing (F), collimated (C). - Homogeneous beam for uniform illumination.
- Built-in controller / 24Vdc power supply.
Dimmable (external 0-10V analogue signal).
Enable signal.
Fault output (for overtemperature detection).
Auto shutdown in case of overheating. - Optional diffusive sheet (D) for superior illumination uniformity.
- White color (other colors upon request)
3 Amps / 72 W per module.
LTLNM series are high power LED line illuminators designed for line scan applications. These lights are flicker-free and meet the needs of demanding applications with reduced exposure times (tens of μs) ensuring very constant illumination and repeatable acquisition. Their modular design provides size flexibility without any compromise in terms of light uniformity.
LTLNM are available with an emitting surface up 2 meters in 200 mm increments (custom sizes and colors can be requested).
LTLNM series can be supplied with three different light angles/focusing distances: near field focused (N) with converging rays (10-100 mm), far field focused (F) with converging rays (100 - 200 mm) and collimated (C) working at a distance between 10 and 200 mm.
An optional diffusive sheet (D) can be integrated in any model to obtain the best illumination uniformity.
These lights feature 24V supply voltage and can be easily dimmed through an analogue signal.
LTLNM series can efficiently dissipate the generated heat thanks an efficient forced-air cooling system (fans). The on-board electronics constantly monitor the LED temperature and drives the fans only if needed, in order to minimize noise and increase fan life.
These line lights are perfect for applications that require high speed image processing such as fabrics and web inspection.
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Notes
- Measured at minimum working distance
- ± 2%.
- Drop to 50% intensity @ 25°C.