Call Us : +919412072697 07971891549( PIN:590)
|
Call Us : +919412072697 07971891549( PIN:590)
PAR-FAR SENSORS
Product Details:
- Sensor Type Quantum Sensor
- Measurement Range 0 to 3000 mol/m2/s
- Sensitivity High
- Response Time < 1s
- Mounting Type Fixed
- Wireless No
- Application Measure PAR and FAR Light Intensity
- Click to View more
X
PAR-FAR SENSORS Price And Quantity
- INR
- 1 Piece
PAR-FAR SENSORS Product Specifications
- 0 to 3000 mol/m2/s
- Quantum Sensor
- High
- Analog Signal
- < 1s
- Plastic and Metal Components
- 1 mol/m2/s
- 5 V DC
- Fixed
- No
- Approx. 120g
- Measure PAR and FAR Light Intensity
- Measurement of Photosynthetically Active Radiation (PAR) and Far Red Radiation (FAR)
- < 1 W
- 5%
- Environmental Monitoring, Horticulture, Greenhouses
- PAR-FAR SENSOR
- 2 meters
- IP65
- Wired (Direct)
- -20C to +60C
- Electrical
- UV Resistant, Compact Design, High Accuracy
- Current/Voltage Output
- Tinned Leads
- Factory calibrated
- PAR: 400-700 nm, FAR: 700-800 nm
- UV Stabilized Polycarbonate
- Cosine corrected
- Shielded, UV Resistant
- Silicon Photodiode
- CE Certified
- -30C to +70C
- 0-95% RH, non-condensing
PAR-FAR SENSORS Trade Information
- Others
- 4 Week
- Contact us for information regarding our sample policy
- Packed in cardboard box
Product Description
The new Apogee PAR-FAR sensor is a research-grade tool for measuring both the traditional PPFD photosynthetic photon flux and separately quantifying the photon flux of far-red photons (700-760 nm). The outputs include the traditional quantum flux, the far-red photon flux, and the far-red fraction (far-red photon flux density / sum of PPFD and far-red photon flux density). This sensor quantifies far-red photons, and for many applications it reduces the need for a more complex measurement with a spectroradiometer.Powerful Dual-Range Sensing
Effectively monitor Photosynthetically Active Radiation (PAR) and Far Red Radiation (FAR) with quantum sensor technology. Designed to accurately differentiate and quantify light in both the 400-700 nm and 700-800 nm ranges, this sensor enables users to optimize lighting conditions for plant growth and research. With a resolution of 1 mol/m2/s and 5% accuracy, it provides precise, actionable data.
Reliable in Harsh Environments
Constructed with UV stabilized polycarbonate and sealed to an IP65 rating, the PAR-FAR Sensor is engineered for durability in demanding indoor and outdoor environments. Its wide operating and storage temperature ranges, along with resistance to humidity up to 95% RH, ensure reliable performance for continuous operation in greenhouses, fields, or research laboratories.
Simple Integration and Operation
Installation is straightforward with a fixed mounting type and direct wired interface using a UV-resistant, shielded 2-meter cable with tinned leads. The sensor operates on standard 5 V DC input and outputs an analog signal, making it compatible with standard data acquisition systems. Factory calibration ensures immediate accuracy out-of-the-box, reducing setup time and maintenance costs.
FAQ's of PAR-FAR SENSORS:
Q: How does the PAR-FAR Sensor measure both PAR and FAR light intensity?
A: The sensor utilizes a high-sensitivity silicon photodiode capable of detecting wavelengths in the PAR range (400-700 nm) and FAR range (700-800 nm). It provides separate measurement outputs, allowing users to monitor both spectra that are critical for plant health and photosynthesis studies.Q: What are the benefits of using a factory-calibrated photodiode sensor in horticulture?
A: Factory calibration ensures the sensor delivers accurate readings immediately upon installation, saving time and resources on-site. Accurate PAR and FAR measurements help optimize lighting strategies, promote healthy plant growth, and increase yields in controlled environments such as greenhouses.Q: Where should the PAR-FAR Sensor be installed for optimal performance?
A: The sensor should be mounted in an area representing typical light exposure to crops or plants, avoiding obstructions or shaded locations. The cosine-corrected light direction ensures accurate readings regardless of sun or lamp angle, making it suitable for varied indoor and outdoor applications.Q: What is the process for integrating the sensor into an existing monitoring system?
A: Integration is simple thanks to the included shielded, UV-resistant cable with tinned leads. Connect the analog output (current or voltage) to compatible data loggers or controllers, provide a 5 V DC power supply, and mount the sensor securely in the desired location using the fixed mounting type.Q: What maintenance is required to keep the PAR-FAR Sensor functioning accurately?
A: Routine maintenance involves gently cleaning the sensor's optical surface to remove dust or debris that could interfere with light detection. The UV-stabilized enclosure minimizes the effects of aging, reducing the need for frequent recalibration.Q: When is it necessary to recalibrate the sensor?
A: With its factory calibration and robust enclosure, recalibration intervals are typically long. However, for critical research or regulatory compliance, periodic calibration checks are recommended every 1-2 years or after exposure to extreme conditions.Q: What distinguishes this sensor from standard PAR sensors?
A: Unlike standard PAR sensors, this model also quantifies FAR radiation (700-800 nm), which is increasingly recognized as important for plant development. Enhanced durability, UV resistance, and IP65 protection make it suitable for harsh environmental monitoring conditions.Tell us about your requirement
Price:
Quantity
Select Unit
- 50
- 100
- 200
- 250
- 500
- 1000+
Additional detail
Mobile number
Email
Other Products in 'Water Level Sensor' category
Address
GST : 05AAOFV8263E1ZU
- B No. 1105/1, Mauza Salempur, Rajputana Industrial Estate, Roorkee - 247667, Uttarakhand, India
- Phone :+917971891549 PIN:( 590 )
- Send Inquiry
Send Inquiry
Send Inquiry
Send SMS |
VIRTUAL HYDROMET
All Rights Reserved.(Terms of Use) Developed and Managed by Infocom Network Private Limited. |
