History

The ALS lidar is the result of 15 years of research in CEA and CNRS laboratories. Its inventors have overcome major technical challenges to give birth to one of the best systems ever made.
Why do we use a UV beam?


- Invisible beam

- Excellent molecular sensitivity

- Small particles detection down to 100nm

- Low full overlap (thanks to the field of view)

- More efficient in H2O Raman (10 times better diffusion) than at 532 nm. 

Technical specifications

ELECTRICAL

ALS300

ALS450

Power supply

100/240V AC 50-60 Hz

100/240V AC 50-60 Hz**

Power consumption

700W

700W

ENVIRONMENTAL

ALS300

ALS450

Temperature range (with casing level 1)

- Outdoor optical head (-15°c to +40°c)


- i
ndoor electronic units (+10°c to +30°c)

- Outdoor optical head (-15°c to +40°c)


- indoor electronic units (+10°c to +30°c)

Operating humidity

IP65 / 0 - 100%

IP65 / 0 - 100%

Compacity

portable (2 persons)

portable (2 persons)

OPTICS & ELECTRONICS

ALS300

ALS450

Laser wavelength

355 nm

355 nm

Eyesafety

EN/IEC 60825-1*

EN/IEC 60825-1*

DIMENSIONS

ALS300

ALS450

Size (mm)

- Optical head: 700x280x200
- Computer & laser power : 500x400x300

- Optical head: 700x280x200
- Computer & laser power : 500x400x300

Weight

16 + 20 kg

16 + 20 kg

DATA

ALS300

ALS450

Data format

ASCII / binary

ASCII / binary

Operating system

Windows XP

Windows XP

Data transfert

LAN ethernet or GSM/GPRS

LAN ethernet or GSM/GPRS