nanoSpec environmental sensor

Sub-Compact Spectrometer and Environment Sensor


NanoSpec

 

  • Measures spectrum & intensity
  • Temp/Humidity/CO₂
  • Compact & Affordable
  • Water-resistant
  • Battery-powered by USB port
  • Onboard, real-time clock that logs the exact time of measurement Wireless/wired/SD card

 


OPTICS MODULE

 

  • Measures spectrum & intensity
  • Subcompact photo spectrometer
  • Fluorometric analysis beyond the lab
  • Sensitivity: 350nm – 900nm
  • Red-FarRed Ratio, UV-Index, RBR, GLC

 


ENVIRONMENTAL MODULE

 

  • Temperature
  • Humidity
  • Vapor Pressure Deficiency
  • TVOC & CO2/O2 exchange
  • 400 ppm – 20,000 ppm CO₂
  • Barometric Pressure

 


DATA PORT AND FEATURES

 

  • Wireless communication on mesh network
  • USB-C Data Port and PD Charging
  • SD-Card Data logging
  • 1/4″-20 post mount
  • Water Resistant IP68
  • Battery Operated options

 

µSpec (MicroSpec) Fluorometric Sensor

SpectraLite brings a suite of sensors, including full-spectrum quantum photo-spectrometers that measure the reflection/refluorescence to fine-tune the critical aspects of the plants’ life cycle. We can tailor these sensors to your specific needs. These sensors are a key part of the growth equation, able to measure light spectrum, pH, nutrients, CO₂, temperature, atmospheric and soil moisture, insects and pathogens, and more.
To optimize the light signature, the plant’s unique spectrum is ascertained by active analysis using SpectraLite’s full-spectrum sensor and a light pulse emitter. By separating the scanned spectrum into an optical matrix, the SpectraLite fixture's output can be programmed to exactly provide you the desired proportions of light necessary for that plant.
By measuring the photosynthetic photon efficiency and data from our µSpec sensor, we can determine if the plants have insufficient light, too much light and risk of photobleaching, too much or too little water, CO₂, nutrients, where we fall in the relative humidity curve, and early detection of pests and pathogens.

All of these factors are critical to success in any indoor grow facility. For example, the human eye would not perceive the photobleaching shown here until about Day 5, while the SpectraLite sensors will spot it immediately. This can be the difference between success and crop loss.

Multi-function Photo-spectrometer for stationary use
Cost effective for facility wide deployment
Early detection system of plant stress (see above)