High Accuracy Lora Lorawan Wireless 4g PAR Sensor Quantum PPFD Meter for Greenhouse Smart Agriculture RS485 Output

Short Description:

A high-tech product specifically designed for research on plant growth and photosynthesis. It accurately measures and displays the contribution of different spectral bands to plant photosynthesis, helping researchers and horticulture enthusiasts gain a deeper understanding of plant responses to light. Key features include a high-precision spectral analyzer and a real-time data recording system, enabling rapid capture and analysis of the impact of light changes on plant growth. With a wide range of applications, from plant physiology research in scientific institutions to precise light management in greenhouses, the photosynthetic efficient sensor provides strong support, helping to achieve more efficient and scientific plant growth regulation.


Product Detail

Product Tags

Product Vedio

Product Features

1. High-Precision Photosynthesis Measurement

Professionally measures PAR (Photosynthetically Active Radiation)

Accurately captures the 370–700nm spectral range

Stable data, low error, suitable for research-level applications

 

2. Strong Spectral Analysis Capabilities

Analyzes the contribution of different wavelengths of light to photosynthesis

Helps optimize plant light ratios

 

3. Real-Time Data Monitoring

Supports real-time data acquisition and display

Rapidly responds to changes in light intensity

Dynamically monitors the plant growth environment

 

4. Data Recording and Analysis

Automatically records historical data

Supports data export and analysis

Facilitates long-term experiments and trend comparisons

 

5. Improved Planting Efficiency

Precisely guides supplemental lighting/shading strategies

Optimizes light conditions, improving crop yield and quality

Reduces energy consumption and manual adjustment costs

 

6. Wide Range of Applications

Plant physiology and photosynthesis research

Intelligent greenhouse cultivation

Plant factories/vertical agriculture

Agricultural research institutions and university laboratories

 

7. User-Friendly Operation

Intuitive interface, easy to use

Supports continuous monitoring and rapid deployment

Suitable for both researchers and growerservice life

Product Applications

Greenhouses

Hydroponics

Vertical Farming

Plant Factories

Agricultural Research

Smart Farming Systems

Horticulture Applications

Environmental Monitoring Systems

Product Parameters

Product Basic Parameters

Parameter name Photosynthetic effective sensor
Sensitivity 5~50 μV/μmol·s1
Spectral Range 370~700nm
Response Time ≤1s(99% Response)
Operating Environment 10-30Ω
Measurement Range 0~2500 μmol/·s
Accuracy + 5%rdg+10dgts
Linearity ± 3%
Cosine Response ≤10%
Operating Environment Temp: -40~65℃, Humid: 0%~100%RH
Internal Resistance Pin 1: Signal Pos, Pin 2: Signal Neg
Output Mode 0-20mV, 4-20mA, RS485
Data Communication system
Wireless module GPRS, 4G, LORA , LORAWAN
Server and software Support and can see the real time data in PC directly

FAQ

Q: Could I get samples?

A: Yes,we have materials in stock to help you to get the samples as soon as we can.

 

Q: How can I collect data?

A: You can use your own data logger or wireless transmission module if you have , we supply the RS485-Mudbus communication protocol.We can also supply the matched LORA/LORANWAN/GPRS/4G wireless transmission module.

 

Q: Can you supply the matched cloud server and software?

A: Yes, the cloud server and software is bind with our wireless module and you can see the real time data in the PC end and also download the history data and see the data curve.

 

Q: Whats the standard cable length?

A: Its standard length is 2m. But it can be customized, MAX can be 200m.

 

Q: What's the lifetime of this Sensor?

A: At least 3 years long.

 

Q: May I know your warranty?

A: Yes, usually its 1 year.

 

Q: Whats the delivery time?

A: Usually, the goods will be delivery in 3-5 working days after receiving your payment. But it depends on your quantity. 


  • Previous:
  • Next: