Unleash the Power of Optimal Growth
The latest Scynce LED sensors deliver cutting-edge precision and reliability for optimal plant performance.
Designed to measure the expanded 400-750 nm ePAR range, they capture UV and far-red wavelengths critical for advanced photobiology.
Featuring rugged IP68-rated construction, these sensors withstand harsh environments and ensure long-term stability. Seamless integration with controllers using Modbus RTU simplifies setup,
while custom calibration ensures high accuracy and consistency. Perfect for monitoring grow light output,
these sensors provide the data needed to fine-tune lighting for maximum efficiency and plant health.
Precision Measurement
Easy Maintenance
User-Friendly Installation
Long-Term Stability
High Accuracy
Durability and Reliability
Smart Technology
Scynce LED sensors provide advanced smart technology by delivering highly accurate light measurements across the expanded 400-750 nm range, including UV and far-red wavelengths.
This precision allows growers to monitor and fine-tune lighting conditions to optimize plant health, photosynthesis, and growth efficiency.
Designed for next-generation LED fixtures, these sensors support cutting-edge research in morphogenic activity and photobiology.
With reliable performance, seamless integration, and robust construction, Scynce LED sensors empower growers to achieve consistent, data-driven results for superior plant development and productivity.
FAQ Section
What makes Scynce LED Sensors unique?
Scynce LED Sensors measure the expanded 400-750 nm ePAR range, including UV and far-red wavelengths, providing precise light monitoring for optimized plant growth and advanced photobiology research.
How do Scynce LED Sensors improve grow environments?
By accurately measuring light intensity and spectrum, Scynce LED Sensors allow growers to fine-tune grow lights,
ensuring plants receive the optimal light conditions for health, efficiency, and yield.
What is the ePAR range, and why does it matter?
The ePAR range (400-750 nm) includes traditional PAR wavelengths (400-700 nm) plus UV and far-red light,
which are proven to enhance photosynthesis and plant development but are not captured by older PAR meters.
Are Scynce LED Sensors durable?
Yes, Scynce LED Sensors feature a rugged IP68-rated aluminum housing, making them waterproof, dustproof, and fully submersible up to 30 meters, ideal for harsh growing environments.
How do Scynce LED Sensors integrate with grow systems?
Scynce LED Sensors use Modbus RTU protocol over RS-232 or RS-485, enabling seamless integration with controllers, dataloggers, and environmental monitoring systems.
Can the sensors be easily installed?
Absolutely. Scynce LED Sensors include a custom 20-meter cable with marine-grade connectors and an AL-120 mounting bracket for secure installation on masts or pipes (1.3”–2.1”).
How accurate are Scynce LED Sensors?
The sensors are calibrated with NIST traceability, offering ±5% accuracy, less than 1% repeatability error, and minimal long-term drift of less than 2% per year.
What applications are Scynce LED Sensors best for?
These sensors are ideal for measuring ePAR intensity over plant canopies, adjusting grow light performance, and conducting research on photosynthesis, photobiology, and morphogenic activity.
Can the sensors withstand extreme conditions?
Yes, the sensors operate reliably in temperatures from -40°C to 70°C and 0-100% relative humidity, making them suitable for both controlled environments and challenging field conditions.
Are Scynce LED Sensors future-proof?
Yes, designed for next-generation LED fixtures and expanding light research, they measure wavelengths that traditional sensors miss, ensuring compatibility with modern lighting technologies.
Weight
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User Manual
