' LPH for LED Grow lights - National Photonic Ltd.
LED Grow light high lux spectrometer
Spectrometer for iOSSpectrometer growth lightsPPFD SpectrumOptimise plant LED grow lightsLED Grow light Spectrum Genius Agricultural LightingLED Grow Lighting horticultural spectrometer for horticulture and agriculture

LPH for LED Grow lights

£1,790.00 excluding VAT

Spectrometer for agriculture and horticulture

The Asensetek Lighting Passport LPH Hi-lux Spectrometer helps you make more intelligent LED Grow light and plant growth management decisions to improve efficiency and quality. Dispense with the need for several meters for PAR, lux, DLI, spectrometer etc.  The Asensetek Lighting Passport is your All-in-One solution for lighting and growth optimisation.

  • WHATS IN THE BOX
  • Lighting Passport Spectrometer LPH (Hi-Lux version)
  • Clipper for SMART devices (Android and iOS)
  • Stand
  • Charging adapter + cable
  • Firm-shell product protective case
  • Quick Start Guide
  • Calibration certificate & Warranty certificate
  • SPECIAL FEATURES
  • Continuous measurement
  • Smart Diary:  Record plant growth and lighting data daily or weekly for analysis and optimisation
  • Reference Generator: Import your plant growth PAR data
  • Import Reference Data

Available on backorder

SKU: 0006 Category:

Product Description

The Asensetek Lighting Passport LPH spectrometer can measure high power LED Grow lights up to 200,000 lux.  When combined with the Spectrum Genius Agricultural Lighting APP (SGAL) provides the horticultural industry with a professional tool for assessing, selecting and monitoring LED grow lights over time.  More powerfully, integrating this data with plant growth characteristics and analysing over time allows horticulturists to optimise lighting for efficient, healthier plant growth.

  • “Understand” the real needs of plants and produce indoor plants more efficiently
  • Choose the most effective growth lamps
  • Track combined growth and lighting data over time
  • Analyse trends and establish standards for different plant types
  • Optimise time to flower, shoot:root ratio

Agricultural lighting measurement

 

Links to Apps – Spectrum Genius Agricultural Lighting

iTunes

Android

Spectrum Genius Agricultural Lighting (SGAL) is a professional application for evaluating, selecting, and monitoring LED grow lights and traditional glow lighting to produce indoor plants with higher efficiency.

Use SGAL with your Lighting Passport spectrometer to record and share valuable data and track history. With the Lighting Passport spectrometer, you will improve your growing efficiency and make better LED Grow light management decisions.

  • Smart Diary on Plant Growth

Use the unique “diary mode” function to record light source information and plant growth daily or weekly. Use this information to analyse and efficiently manage your horticultural business.

  • Import Reference Data

Users can import their own plant growth spectral data to the reference library of SGAL APP. The imported spectral data will be shown on the “Reference Menu”.

  • Quick Measurement & Data Analysis

You can either select “Single Mode” to take a swift measurement, or you can choose to run “Multiple Mode” on a series of light sources for comparison and analysis. “Comparison Mode” then allows you to distinguish the differences between two grow light sources.

  • SGAL Reference Generator

“SGAL Reference Generator” is a Macro Excel program. You can import your own plant growth PAR data to the reference library of SGAL APP via this tool.

  • Your all-in-one LED Grow light instrument choice

Traditionally, it requires not only a PAR meter, but a lux meter, a spectrometer, DLI meter, one or two meters for R/ IR, R/ B just to get a complete data for developers to spend more time analysing, comparing, determining optimal LED grow lighting.  The Lighting Passport is all you need!

Links to Apps – Spectrum Genius Agricultural Lighting

iTunes

Android

 

 

Specifications – LP-Hi Lux

Iluminance: lux (Minimum Measurable) 20
Illuminance Range: lux (With Reliable Chromaticity) 200 – 200,000
Illuminance Accuracy (@ 1000 lux) +/-3%
Chromaticity Accuracy: x,y (@ 1000 lux) +/- 0.002
Chromaticity Repeatability: x,y <0.001(<0.0005 in precision mode)
Wavelength Range: nm 380~780
Resolution: nm 8
CCT Accuracy (@ 1000 lux) +/-2%
Dimensions 68.5 x 17 x 56 mm
Weight 79g

Measurements – LP Hi-Lux

PPFD – Photosynthetic Photon Flux Density

PPFD (400 nm ~700 nm)
PPFD IR (701 nm ~780 nm)
PPFD R (600 nm ~700 nm)
PPFD G (500 nm ~599 nm)
PPFD B (400 nm ~499 nm)
PPFD UV (380 nm ~399 nm)
YPFD (400 nm ~700 nm)
YPFD (380 nm ~780 nm)
YPFD IR (701 nm ~780 nm)
YPFD R (600 nm ~700 nm)
YPFD G (500 nm ~599 nm)
YPFD B (400 nm ~499 nm)
YPFD UV (380 nm ~399 nm)

CCT – Correlated Colour Temperature
lux – Illuminance
λp – Peak Wavelength
λD – Dominant Wavelength
Pe – Purity
Duv – Colour shift based on the CIE 1960 u-v coordinates
SP Ratio – Scotopic:Photopic Ratio
Spectrum
TLCI (QA) – Television Lighting Consistency Index (European Broadcasting Union)
GAI – Gamut Area Index
TM-30-15 – IES Method for Evaluating Colour Rendition
CRI (Re) – Colour Rendering
CRI (Ra) – Colour Rendering
CQS – Colour Quality Scale (NIST)
R1-R15
Foot Candle
CIE 1931 – Chromaticity Coordinate
CIE 1976 – Chromaticity Coordinate
C78.37 7-2008
IEC-SDCM – Standard Deviation of Colour Matching