|Sensor||Advanced CMOS Linear Image Sensor|
|Spectral Bandwidth||Approximately 12 nm（half bandwidth）|
|Receptor Size||Ø 6.6 ± 0.1 mm|
|Cosine Correction||Cosine Correction up to 80° angle ( see Figure 1.)|
|Measurement Range||70 ~ 70000 Lux|
|Wavelength Range||380 ~ 780 nm|
|Integration Time Range||6 ~ 1000 ms|
|Operation Mode||Standalone Mode / Bluetooth Mode / USB Mode / System Integrated by RS485 MODBUS|
|Capture Function||Single time / Continuous 365 days|
|Continious capture by USB or RS485 ( MODBUS ) connection|
|Integration Mode||Auto / Manual|
|Manual integration mode by USB or RS485 ( MODBUS ) connection|
|Standalone Measurement Results||1. PPFD, PPF-B, PPF-G, PPF-R|
|2. PPF-UV, PPF-FR, PFD, CCT|
|3. Spectrum Graphics|
|4. Illuminance / LUX, Foot Candle, Lampda P, Lampda D|
|5. CIE 1931 / CIE 1976 U.C.S Chromaticity Value|
|Digital Resolution||16 bits|
|Stray Light||-25 dB max.|
|Wavelength Data||1 nm, 550nm single-frequency with a measurement range of ± 40nm.|
|Wavelength Reproducibility||± 1 nm|
|( Input source must be a stable light source. )|
|PAR / PPFD / PPF / PFD Accuracy||Illuminant A @ 2856K at 20000 Lux||1.8%|
|Color Accuracy||0.0025 in CIE 1931 x,y|
|Color Repeatability||0.0005 in CIE 1931 x,y|
|CCT Accuracy||± 2%|
|Illuminance Accuracy||± 2%|
|Display||0.96″ 128×64 mono OLED Panel|
|Bluetooth||3.0 / 4.0 compatible with iOS and Android / Rasberry Pi|
|USB port||compatible software||uSpectrum PC laboratory software|
|RS485 port||compatible with PLC||MODBUS Protocol|
|Max. Files||2000 Files @ 2GB SD Card|
|Battery Operation Time||≦ 3 hours / Fully Charged|
|Battery / Power Suppply||700 mAh / Rechargeable Li-ion Battery | AC/DC power charger|
|Data Output Interface||Micro SD Card（SD2.0, SDHC / above 1GB~up to 32G /Mini USB Port ( USB 2.0 )
Data Format: MicroSoft Office Excel csv and xls Compatible
|Dimensions||33 x 33 x 90 mm ( H x W x D )|
|Weight including Battery||75 g|
|Operating Temperature Range||0 ~ 35 °C|
|Storage Temperature Range||-10 ~ 40 °C|
|Language Selection||English ” standalone only ” / French / Spanish / Italian / Russian /Traditional Chinese / Simplified Chinese / Japanese
PAR200 Quantum Spectrometer
Measure PPFD and PPF.
The light visible to the human eye (approx. 380-780 nm) is also used by plants. This part of the electromagnetic radiation, which powers photosynthesis, is named PAR and is usually found in
wavelengths from 400 to 700nm.
For plant growers, biologists and scientists the most important data in the light requirements for plants is PPFD (photosynthetic photon flux density). PPFD is a measurement of the amount of light
that actually reaches a plant (the number of photosynthetically active photons that fall on a given surface each second).
However for growing lights manufacturers, PPF and PFD measurement will be also important. This evaluates the total amount of energy that is produced by a light source per second.
The ideal tool for measurements of light which stimulates plant growth is our PAR200 Quantum Spectrometer which works in the PAR spectra and expresses PPFD values in μmol/m2/s and PPF
in μmol/s. Also for the laboratory applications we specially designed the PAR200 enriched with a high resolution and extended spectral range. To be able to analyze, compare and report all the data it is highly recommended to use our uSpectrum laboratory grade PC software compatible with the PAR200 spectrometer.
Out of stock
within 48 hrs after confirmed payment.
3 years full product warranty.
1 free UPRTEK Lighting Handbook.
One free calibration during guarantee periode
free firmware updates.
free technical support.
7 days money back guaranty (in consultion).
Transport & Insurance costs €34,75.
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