Portable Chlorophyll Meter LD-LCPM-A10
SKU: LD-LCPM-A10Chlorophyll Meter LD-LCPM-A10 is a handheld meter that offers 0.0 to 99.9 SPAD and -10 to 99.9°C measuring range to assess the chlorophyll concentration in plant leaves. Supplied with 2 LED light sources i.e., red light (650 nm) and infrared light (940 nm) for perfect inspection. Designed with LCD screen, that provides real-time data display with 2×2 mm of measuring area. It can directly measure chlorophyll and nitrogen concentration in the leaf without plucking it.
- ✓ A compact and portable microprocessor comprised of unit
- ✓ 2-wavelength concentration difference of optical measuring methods
- ✓ Silicon semiconductor photodiode sensor, for quick and non-destructive detection
- ✓ Testing parameters for plant’s nitrogen, chlorophyll, leaf structure, and leaf humidity
- ✓ Imported with a rechargeable Li-battery allows long and worry-free operation
- ✓ 30 KB memory with USB interface, for convenient data processing and storage
- ✓ Configured with a memory card that allows data storage capacity of 999 groups, for the management and analysis
- ✓ Software program with online upgrade and data visualization via chart or curve
- ✓ Automatic calculation of average, reduced operation time
- ✓ An optimal unit to measure the relative amount of chlorophyll present in plant leaves
| Power | 4.2V -2000Mah rechargeable Li battery |
| Memory | 30 KB |
| Sensor | Silicon semiconductor photodiode sensor |
| Weight | 200 gm |
| Display | LCD |
| Controller | Microprocessor |
| Display mode | 3 digits measuring value and 2 digits measuring times |
| Measuring Mode | 2-wavelength concentration difference of optical methods |
| Measuring area | 2×2 mm |
| Measuring range | 0.0 to 99.9 SPAD and -10 to 99.9°C |
| Measuring accuracy | ± 3 SPAD, ± 0.5°C |
| Operating Temperature | -10 to 50°C |
| Measuring repeatability | ± 0.3 SPAD, ± 0.2°C |
| Minimum Measuring Interval | < 3 s |
Chlorophyll meter is used to measure chlorophyll content of plants or greenness, leaf temperature, to increase the utilization of nitrogen fertilizer across agriculture, plant biotechnology etc.
