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Chlorophyll Meter LMYM-A100 is designed to improve crop quality by providing accurate and reliable data on chlorophyll content, leaf temperature, nitrogen content, and leaf humidity. Easy-to-use interface with real-time data display. It measures SPAD values ranging from 0.0 to 99.9 and temperature from -10 to 99.9°C. Ample on-board data storage stores up to 999 data groups. Equipped with a lithium-ion battery which is rechargeable according to needs.
CatalogSpecifications
| Test Parameters | Nitrogen, Chlorophyll, Leaf structure, and Leaf humidity |
| Measuring Range | 0.0 to 99.9 SPAD and -10 to 99.9°C |
| Measuring Accuracy | ± 3 SPAD, ± 0.5°C |
| Measuring Repeatability | ± 0.3 SPAD, ± 0.2°C |
| Measuring Mode | 2-wavelength concentration difference of optical methods |
| Measuring Area | 2×2 mm |
| Minimum Measuring Interval | < 3 s |
| Sensor | Silicon semiconductor photodiode sensor |
| Display Mode | 3 digits measuring value and 2 digits measuring times |
| Display | LCD |
| Light Source | 2 LED light sources: Red light (650 nm) and Infrared light (940 nm) |
| Controller | Microprocessor |
| Memory Storage | 999 groups |
| Memory | 30 KB |
| Operating Temperature | -10 to 50°C |
| Power | 4.2 V, 2000 Mah rechargeable Li-ion battery |
| Weight | 200 gm |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Chlorophyll Meter LMYM-A100 | $1,128.00 | Pack of 1 |
Features
A compact and portable microprocessor unit
Utilizes a 2-wavelength concentration difference optical measurement method
Equipped with 2 LED light sources: 650 nm red light and 940 nm infrared light
Uses a silicon semiconductor photodiode sensor for quick and non-destructive detection
Features an LCD display showing 3 digits for measuring value and 2 digits for measuring times
Includes 30 KB memory and USB interface for data processing and storage
Supports data storage capacity of up to 999 groups for easy management and analysis
Automatically calculates averages, reducing operation time
Applications
It is a valuable tool used in agriculture and plant science to assess the chlorophyll content in plant leaves. It is employed to increase nitrogen fertilizers to improve productivity.