FS-3080H Plant Photosynthesis Measurement System

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FS-3080H Plant Photosynthesis Measurement System

Product ID：SHZWgh012

Price: US$6,480.00 ~ US$7,200.00 PDF Format

Supply Ability:50SETS/MONTH

Port:SHENZHEN

Product Introduction
Other information

Model NumberFS-3080H

Brand NameSJZFANSHENG

Payment TermsTT，PAYPAL，Alibaba.com Pay

FS-3080H Plant Photosynthesis Measurement System
Product Introduction
The FS-3080H Plant Photosynthesis Measurement System is an advanced portable plant gas exchange analyzer designed for precise measurement of photosynthesis and respiration processes. It integrates CO₂ concentration, air temperature and humidity, leaf temperature, photosynthetically active radiation (PAR), intercellular CO₂, and airflow rate to calculate key physiological indicators including photosynthetic rate, transpiration rate, stomatal conductance, and water use efficiency.
With a Windows-based operating system and 5-inch touchscreen display, the FS-3080H enables real-time visualization, storage, and export of CO₂ curves, temperature-response curves, and light-response curves. It is widely used in agronomy, forestry, ecology, agricultural meteorology, and plant physiology research.

Key Features
• High Stability IR CO₂ Detection
Advanced dual-wavelength non-dispersive infrared CO₂ analyzer minimizes temperature-induced fluctuations for high accuracy.
• Multi-Parameter Measurement
Simultaneously measures CO₂ concentration, humidity, PAR, air temperature, leaf temperature, flow rate, and calculates key photosynthesis indicators.
• Smart Touch Control System
Windows OS with 5" TFT touchscreen (800×480) for intuitive operation and real-time data visualization.
• Advanced Data Analysis Software
Supports curve plotting (CO₂-light, CO₂-temperature, CO₂-time), multi-group comparison, and export via USB or U-disk.
• High Precision Sensors
German temperature sensors, Swiss humidity sensors, and precision PAR photodiode ensure reliable field and lab results.
• Portable & Long Battery Life
Lightweight design with rechargeable lithium battery supporting up to 8 hours continuous operation.

Working Principle
The FS-3080H operates based on the infrared gas analysis (NDIR) principle. CO₂ concentration differences between inlet and outlet air are measured to determine gas exchange rates of plant leaves. Combined with environmental parameters (light intensity, temperature, humidity, airflow), the system calculates:
• Net photosynthetic rate
• Transpiration rate
• Stomatal conductance
• Water use efficiency
This integrated gas exchange model allows accurate simulation of plant physiological behavior under varying environmental conditions.

Technical Parameters

CO₂ Measurement System

Item	Specification
Method	Non-dispersive infrared (NDIR)
Range	0–10000 ppm (μmol mol⁻¹)
Resolution	0.1 ppm
Accuracy	±1 ppm (0–3000 ppm range)

Environmental Sensors

Parameter	Specification
Leaf Chamber Temperature	-20°C to 80°C, ±0.2°C
Leaf Temperature	-20°C to 60°C, ±0.2°C
Humidity	0–100% RH, ±1%
PAR (Light)	0–3000 μmol m⁻² s⁻¹, <1 μmol m⁻² s⁻¹ accuracy
Wavelength Range	400–700 nm

System Performance

Item	Specification
Flow Rate	Adjustable, ≤1.5 L/min
Flow Accuracy	±1% (0.2–1 L/min: ±0.2%)
Data Storage	Unlimited
Data Export	USB / U-disk / PC software
Display	5" TFT color touchscreen (800×480)
Battery	Rechargeable lithium, 8 hours operation
Weight	3.8 kg
Dimensions	255 × 255 × 110 mm

Leaf Chamber Sizes

Type	Size
Type I	25 × 25 mm
Type II (Standard)	55 × 20 mm
Type III	65 × 10 mm

Application Areas
• Plant physiology research
• Agricultural science experiments
• Forestry ecosystem studies
• Ecological environment monitoring
• Agricultural meteorology
• Crop photosynthesis and yield analysis
• Greenhouse environmental control studies

Product Comparison

Feature	FS-3080H System	Basic CO₂ Meter	Traditional Photosynthesis System
CO₂ Measurement	NDIR high-precision	Basic sensor	NDIR standard
Photosynthesis Calculation	Yes (automatic)	No	Partial
Multi-Parameter Analysis	Full integration	Limited	Moderate
Touchscreen System	5" Windows OS	No	Limited
Data Curve Output	Multiple curves	None	Basic curves
Portability	High	High	Low
Research Capability	Advanced	Basic	Medium

FAQ
Q1: What can the FS-3080H measure?
It measures CO₂ concentration, humidity, PAR, air/leaf temperature, airflow, and calculates photosynthetic and transpiration rates.
Q2: Can it be used outdoors?
Yes, it is designed for both field and laboratory plant physiological research.
Q3: Does it support data export?
Yes, data can be exported via USB or U-disk and analyzed using dedicated PC software.
Q4: What is the main advantage over basic CO₂ meters?
It provides full photosynthesis gas exchange analysis rather than only CO₂ concentration.
Q5: How long can it operate continuously?
The rechargeable lithium battery supports up to 8 hours of continuous use.
Q6: Is software included?
Yes, dedicated Windows-based analysis software is included for curve plotting and data comparison.

Conclusion
The FS-3080H Plant Photosynthesis Measurement System is a high-performance plant gas exchange analyzer designed for accurate, multi-parameter photosynthesis research. With advanced NDIR CO₂ technology, intelligent touchscreen control, and powerful data analysis software, it is an ideal solution for modern plant physiology and ecological studies.

Introduction:
FS-3080H plant photosynthetic measurement system can measure gas CO2 concentration, air temperature and humidity, plant leaf temperature, photosynthetically active radiation, intercellular CO2 concentration, gas flow and other factors, and calculate plant photosynthetic (breathing) rate, transpiration rate, stomata The four photosynthesis indicators of conductance and water use efficiency can also be used alone as a carbon dioxide recorder. FS-3080H plant photosynthetic measurement system adopts windows operating system and touch display screen to display, save and export CO2-photosynthetic curve, temperature-photosynthetic curve and illumination-photosynthetic curve and carbon dioxide curve. Scientific research in agronomy, forestry, ecology, agrometeorology and other disciplines is widely used.