Plant Lighting Test

Accurate Measurement of The Effective Band of Plant Growth at 280-800 nm

HAAS-2000HLHigh Accuracy Array Spectroradiometer for Horticultural Lighting covers 280-800nm wavelength range,the performance and technical specification was recognized as the world leading, by national experts leading by Chinese Academy of Sciences. It sdopts the highest quality flat-field concave grating and scientific grade TE-cooled array CCDs to achieve fast measurements peed(ms) and scientific measurement accuracy.

Features

Technical Specifications

Integrated spectral,color and plant lamp parameter measurement

The PLA-500 is a professional measuring instrument designed for accurate measurement and analysis of plant lighting. The mobile spectrum measurement technology achieves millisecond measurement speed with high precision, and is widely used in lighting analysis, monitoring, research and communication in plant growth.

Features

• Integrated Spectral,Illuminance,Colormetric Test Functions
  All the parameters of plant light analysis can be solved in one instrument. The test parameters include: spectral curve, Photosynthetic Photon Flux Density, illuminance, irradiance, chlorophyll content, spectral proportion, etc., and more abundant analysis functions can be realized through the upper computer software, such as analyzing the time change constant ,fill light demand and the site transmittance of the greenhouse, etc.
• Portable Design and Long Standby Time
  One click operation, detachable detector, USB cable, Bluetooth or WIFI connection for remote measurement,so as to avoid the direct exposure of the human body, the application is more flexible and safe; Equipped with rechargeable large capacity lithium battery, long standby time, field measurement is very convenient, can be recharged and used.
• High Test Speed,Friendly Interface
  Efficient millisecond measurement speed, real-time data reading, WIFI report sharing, export format in Excel, JPG and other.
• High-level Quantity-value Traceability
  Reliable calibration certificate ensures accurate transmission of quantity values, good measurement accuracy and reproducibility.
• Comprehensive analysis tools for plant lighting
  PLA-500 Measuring Capabilities:
  
  Illuminance(Lux)
  Correlated Color Temperature(CCT)
  PPFD(400nm~700nm)
  PFD-R(600nm~700nm)
  PFD-G(500nm~600nm)
  PFD-B(400nm~500nm)
  PFD(380nm~780nm)
  PFD-UV(350nm~400nm)
  PFD-FR(700nm~800nm)
  PFD-B:G Ratio (400~500nm:500~600nm)
  PFD-R:FR Ratio (600~700nm:700~800nm)
  And More...

Technical Specifications

Accurate measurement of PPFD at 10 cm distance.

RGO-2000P proposed a solution based on the plant lighting requirement to measure and evaluate the spatial light distribution performance of plant lighting based on the limitations of far-field measurement and ILMD near field distribution goniophotometer.

Features

• High Accuracy
  Based on the lighting requirement design of plant lighting, there is no inapplicability and limitation of far-field measurement data for application. The spatial optical performance of plant growth lamp was measured and analyzed based on the high accuracy spectroradiometer with EVERFINE patented technology.
• Wide Measurement Range
  The minimum test distance can be as low as 10 cm, which fully meets the optical performance evaluation requirements of plant lamps.
• Powerful Software
  The spectral photon distribution (350~800 nm) and spectral power distribution (350~800 nm) are measured, as well as the light quantum proportion of the specified band.
• Spectral irradiance Ee(λ,x,y,z,θ,φ) is measured at different distances in space and in different directions.
• PPFD and PPFD curves at different distances in space are obtained.
• PPFD and PPFD curves at different angle in space are obtained.
• The spatial spectral distribution characteristics of plant lighting were measured and analyzed.
• The total photon flux and total radiant flux of the plant light lamp were measured.

Technical Specifications

Meet the latest LM 79-19 requirements and the PPID standard test requirements

It is mainly used for testing plant lighting products. With the EVERFINE GO-R5000 goniophotometer system, it can realize the measurement of plant photosynthetic photon intensity distribution (μmol/s/sr) in the whole space. In addition, the device can also realize the test of photosynthetic photon flux, far red light photon flux, photosynthetic radiation efficiency and other parameters, referring to DLC, ASABE, DIN, GB, CQC and CSA related international plant lighting standards .

Features

• PPID, PPF, far-red photon flux, photosynthetic radiation efficiency, spectral power distribution (SPD), spectral light quantum distribution (SQD) and other parameters were accurately measured.
• The spectral measurement scheme is used to avoid the error caused by the different spectral distribution of LED products in different directions in space.
• Suitable for all kinds of white light, monochromatic light, mixed light and other plant lighting products testing requirements.
• The system is mainly used for testing plant lighting products. With the EVERFINE GO-R5000 goniophotometer system, it can achieve:
  Full space distribution of photosynthetic photon intensity (μmol/s/sr), PPF, far-red photon flux and photosynthetic radiation efficiency. The test results can be exported in excel and jpg format. The PPFD (μmol/s/㎡) can be derived from professional software at any distance.

Technical Specifications

Comprehensive, Rapid, Professional, Reliable Detection of Plant Lighting

SP-20 test speeds up to milliseconds. It realizes the measurement functions of spectral power distribution, photosynthetic radiation parameter, optical quantum parameter, photo-electrical parameter, and it also realizes the quantity conversion between the three measurement systems. Refer to DLC, ASABE, DIN, GB, CQC, CSA and other international plant lighting standards.

Features

• Speed Test, Convenient Operation
  Full spectrum measurement in millisecond to obtain the magnitude of multiple evaluation systems;
  The measurement can be achieved by simply placing the sampler in front of the light receiving area.
• Low Stray Light, Wide Linear Dynamic Range
  Stray light correction technology to achieve extreme low stray light level; High-quality grating and high-performance array detectors delivers high sensitivity, low noise, and wide linear dynamic range.
• Powerful Software
  It delivers spectral power distribution, photosynthetic radiation parameters, optical quantum parameters, radiation parameters, photometric and chromatic parameters.

Technical Specifications