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Founded in 2000, Buraq Integrated Solutions (BIS) has successfully executed multidisciplinary projects across Bangladesh, Maldives, Singapore, Thailand, Indonesia, Turkey, UAE, Bahrain, KSA, Australia, and the USA.

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Home > Products > Sensors and Instruments > Solar Radiation Sensors > Class A Pyranometer (BS200-A)
Introduction to Sensor

Class A Pyranometer (BS200-A)

Solar Radiation Sensor, 180° Field of View, Conform to the WMO Standards

The BS200-A Pyranometer is a high-precision solar radiation sensor designed to measure global solar irradiance (W/m²) with exceptional accuracy. Featuring advanced thermopile technology and a dual-glass dome, it delivers stable, reliable performance while meeting the latest ISO 9060 and WMO standards.

Specifications

Specifications

ItemSpecification
ClassificationClass A High Quality
Response Time (65% Response)<5 s
Zero Offset (200 W/m² net Thermal Radiation Ventilated)<7 W/m²
Stability (Annual Change, % of Full Scale)±0.5%
Non-linearity (100~1000 W/m²)±0.2%
Directional Response±10 W/m²
Temperature Response (-10 ~ 40°C)<1%
Tilt Response<0.5%
Sensitivity Range7–14 µV/(W/m²)
Operating Temperature-40 ~ 80°C
Internal Resistance<50 Ω
Standard Cable Length3 m (User Replaceable)
Measurement Range0 ~ 4000 W/m²
Spectral Range280 ~ 3000 nm (50% Transmittance)
Reading RequirementDifferential Voltage Channel or Single-Ended Voltage Channel
LevelingIncludes Bubble Level and Adjustable Feet
Daily Radiation Uncertainty±1%
Weight (Excluding Cable)0.8 kg
Calibration TraceabilityISO 9847 Traceable to WRR, Procedure Follows ISO 9847
Recommended Calibration IntervalEvery two years
Output SignalRaw Output 0–20 mV; Optional RS485 / 4–20 mA
Features

Special Features

01

Visual Desiccant Inspection Window

Allows easy inspection of internal moisture indicator status at a glance for maintenance.
02

Suitable for Harsh Environments

Built with a robust structure to deliver stable performance in demanding outdoor environments.
03

Integrated Level Bubble

Features a built-in leveling bubble for accurate alignment and simplified installation.
04

Advanced Dual Glass Dome Design

Reduces thermal offset and enhances overall long-term measurement stability and accuracy.
Applications

Primary Applications

Weather Stations
Energy Power Generation
Tourism Eco
Agriculture Monitoring
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