|
||||||||||||||||||||||||||||||||||||||||||
|
||||||||||||||||||||||||||||||||||||||||||
| NIRONE
Sensor S Go to Spectral Engines Go to Near-InfraRed Cameras Go to Hyperspectral Cameras |
 |
| Spectral
Engines NIRONE Sensor S devices provide fast and reliable spectral
measurements in demanding environments for inline and handheld applications.
They operate in the true near infrared (NIR) spectral range from 1100 to 2450 nm and offer better sensitivity and specificity in material sensing applications. A NIROne compact device includes an NIR InGaAs sensor, two integrated light sources, read-out and driving electronics with built-in intelligence. Fast sampling with processed measures produce a stable output for even the most demanding industrial or consumer applications. Additonally, the sensor can easily be adapted to your measurement needs with suitable front optics. The NIRONE Sensor S has a single electrical connector and its adjustable front optics allows for it to be adapted to a wide range of applications (see below). |
|||
| Key benefits | |||
| • Smart, high-performance spectrometer | • Blue-tooth enabled | • True near-infrared capture | • High sensitivity and specificity |
| • IoT - Intelligent Cloud connectivity | • Easily integrated | • Cost effective | • Modular design, small but rugged |
| • Laboratory-instrument performance | • For prosumer and consumer markets | • Single point detector means larger detection area | • Machine learning capacity |
| • Easily fits into any design | • Versatile: for in-line and hand-held apps | • High optical output | • Optimised for high-volume production |
| • Operates across the whole wavelength range or at selected wavelengths | • S/N ratio significantly better than that of linear array sensors | ||
|
|||
| Typical Applications: a wide spectrum of implementations: from industry , to agriculture, to safety and security, to home applications - all optimised via Cloud Connectivity | |||
| • metal inspection material sensing | • Industrial quality monitoring | • Digitised production management | • Predictive maintenance inc. remote IoT |
| • Industrial inspection | • Food sorting | • Real-time quality monitoring | • Real-time agricultural data for farmers |
| • Soil analysis and optimised fertilisation | • Animal feeding optimisation | • Monitoring connected home devices | • Optimised pet feeding |
| • Inspection and sorting of recycling | • Food safety: domestic and consumer | • Nutritional analysis | • Pharmaceutical composition analysis |
| Specifications | NIRONE
Sensor S |
||
| Wavelength range | 1.10
– 1.35 µm (S1.4), 1.35 – 1.65 µm (S1.7),
1.55 – 1.95 µm (S2.0), 1.75 – 2.15 µm (S2.2),
2.00 – 2.45 um (S2.5) |
||
| Wavelength resolution (typical, FWHM) | 12
– 16 nm (S1.4)*, 13 – 17 nm (S1.7)*, 15 – 21 nm
(S2.0)*, 16 – 22 nm (S2.2)*, 18 – 28 nm (S2.5)* |
||
| Optical interface | Micro
reflection optics, SMA-connector |
||
| Power consumption | <
1.1 W (peak), < 300 mW (nominal) |
||
| Wavelength temperature response (max). | 0.1 nm/°C |
||
| Bulb life | >
40,000 hrs |
||
| Operation temperature range | +10..+50°C
(non-condensing) |
||
| Size | 25
x 25 x 17.5 mm3 |
||
| Weight | 15 g |
||
NIRONE Sensor S data sheet |
|||
Need a price or more information?
Please email us.
|
If you like this page, please recommend and share it. |
||
| More | ||
