1.Measures full-spectrum visible light in the 400–700 nm wavelength range, covering the key spectrum required for plant growth while excluding ultraviolet and infrared light for more accurate illuminance evaluation.
2.Capable of measuring effective photosynthetically active radiation (PAR) flux, helping users understand the relationship between photon absorption and plant photosynthesis rate for horticultural research and cultivation management.
3.Helps determine total light intensity received by plants in greenhouses, supporting informed adjustments of lighting levels at different growth stages to promote healthier and more efficient plant development.
4.Assists in optimizing plant growth environments by analyzing how different light wavelengths influence plant growth and flowering, improving overall production efficiency and crop quality.
5.Designed as a practical and essential tool for greenhouse cultivation, featuring a detachable sensor and low battery prompt to support long-term monitoring, energy optimization, and reduced production costs.
Description
The AZ8583 detachable full-spectrum illuminance meter features a portable and compact design that doesn't take up much space and can be held in one hand. The accessory matching extension rod is not restricted by the field for measurement. It is suitable for various applications that require light intensity measurement, especially for greenhouse plant cultivation.
Product Features:
1. It can be held in one hand and is easy to carry without taking up much space
2. Stably measure PAR(PPFD, photosynthetic photon flux density) in units of µmol/m2/second
3. Provide two types of high-quality RJ11 cables, straight and telescopic
4. The measuring rod is replaceable
5. The hold function can freeze the read in a dark area and then return to a bright area to check the read again.
6. Manual recording and review at 99 points. There is no need to use pen and paper anymore.
7. It has a low battery prompt for battery replacement.
8. Automatically turn off the power to save battery usage.
The tripod mounting hole is located at the rear side of the PAR sensor.
9. Provide telescopic extension rods to expand the measurable range of the sensor.
10. Wavelengths of 400 to 700nm for all light sources (including leds).
Applicable Objects of the product
1. Laboratory planting research
2. Greenhouse planting and breeding
3. Related plant cultivation