Pyranometer Solar Radiation Sensor

Name: Pyranometer Solar Radiation Sensor
Brand: Jaisu Solar Solutions
Price: 120000 INR
Availability: InStock

Price 120000 INR/ Unit

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MOQ : 1 Unit

Pyranometer Solar Radiation Sensor Specification

Maintenance Type
Low Maintenance

Features
NIST Traceable Calibration

Product Type
Pyranometer Solar Radiation Sensor

Material
SS

Power
Passive/Not Required

Operating Temperature
-40C to +80C

Max Voltage
1V (typical)

Cable Length
5 meters

Dimension (L*W*H)
Approx. 100mm x 100mm x 90mm

Color
White with Black Dome

Application
Solar Radiation Measurement

Type Of Technology
Photovoltaic Sensor

Installation Type
Horizontal Mount

Flux Density
1500 W/m2

Spectral Range
285-2800 nm

Connector Type
Fixed Cable

Response Time
<5 s

Dome Material
Optical Glass

Output Signal
Analog Voltage

Ingress Protection
IP65

Calibration
NIST Traceable

Shape
Round

Pyranometer Solar Radiation Sensor Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
, All India

About Pyranometer Solar Radiation Sensor

Ending soon: Secure your place in the solar elite with this eminent Pyranometer Solar Radiation Sensor, a must-have for serious solar professionals and researchers. Designed as an uncommon masterpiece, it features NIST traceable calibration, ensuring the highest accuracy in solar radiation measurement. With a responsive analog voltage output, round shape, and robust SS construction, this sensor is ephemeral in its performance excellence. Its optical glass dome, IP65 ingress protection, and low maintenance requirements combine reliability and ease, making it the go-to choice for demanding environments. Act quickly, rarity awaits.

Standout Features & Practical Applications

The Pyranometer Solar Radiation Sensor is engineered for unmatched precision, boasting NIST traceable calibration and a spectral range from 285 to 2800 nm. Its robust design and IP65 rating ensure durability in diverse climates, while the horizontal mount and analog output streamline integration. This sensor excels in commercial solar farms, research labs, and industrial energy management, providing reliable data for energy audits, performance monitoring, and photovoltaic research. Its low maintenance and passive power requirements enhance operational efficiency.

Shipping Details & Domestic Market Availability

The pyranometer is available under favorable list price terms, with delivery arranged from major Indian shipping hubs (FOB port details provided upon order). Packing and dispatch follow rigorous handling standards to ensure safe arrival. The main domestic market served is India, with broad regional presence through leading distributors. Sample policy allows interested clients to request evaluation units, subject to approval. Quick shipping, secure packaging, and responsive customer support guarantee a seamless procurement experience.

FAQ's of Pyranometer Solar Radiation Sensor:

Q: How does the Pyranometer Solar Radiation Sensor ensure measurement accuracy?

A: The sensor comes with NIST traceable calibration, providing users with internationally recognized standards of precision in solar radiation measurement.

Q: What applications is this pyranometer ideal for?

A: It thrives in solar power plants, environmental research facilities, and industrial sites for energy performance monitoring, data logging, and photovoltaic system optimization.

Q: When should maintenance be scheduled for optimal performance?

A: Due to its low maintenance design and durable materials, routine inspections every 6-12 months are recommended, with occasional cleaning of the optical dome.

Q: Where can the pyranometer be installed for best results?

A: Install the sensor in unobstructed, open areas with horizontal mounting to capture accurate readings, such as rooftops, solar array fields, or research stations.

Q: What benefits does NIST traceable calibration provide users?

A: NIST traceable calibration ensures data reliability and consistency, crucial for scientific research, regulatory compliance, and optimizing solar system performance.

Q: How is the sensor powered and what kind of output does it provide?

A: The sensor is passive, requiring no external power, and delivers a typical analog voltage output up to 1V for direct compatibility with data acquisition systems.

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