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Buraq Integrated Solutions (PVT) LTD

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.

Contact Us

Location
HQ: Buraq Integrated Solutions 11-D 6th Road, Satellite Town, Rawalpindi, Pakistan.

STZ: 1st Floor, Alpha-18, NASTP, Old Airport Road, Rawalpindi, Pakistan.

AUS: Buraq Integrated Solutions Unit 55, 10 Yato Road, Prestons NSW 2170, Australia.
Phone
+92 51-4840137
+92 333-5132514
+92 300 5121896
+61 300 786 599
Email
info@buraq.com

Solar Radiation Sensor (BS200-04)

Introduction to Sensor

Solar Radiation Sensor (BS200-04)

Pyranometer, Shortwave Radiation Sensor, Solar Irradiance Meter

BS200-04 Solar Radiation Sensor is based on the silicon photovoltaic cell principle and is designed to measure solar radiation in the 300–3000 nm wave- length range. When the sensing surface is positioned downward, it can measure reflected radiation and incident solar radiation on inclined surfaces. With the addition of a shading device, the sensor can also measure scattered radiation.

This versatile sensor is widely used in meteorology, solar energy research, agriculture, building material aging studies, and atmospheric pollution monitoring, providing accurate and reliable solar radiation data for various environmental and industrial applica- tions.

Specifications

Specifications

Item

Specification

Spectral Range

300 ~ 1100nm

Supply

5V, 12 ~ 24VDC

Range

0 ~ 1500W/m2

Resolution

1W/m2

Output

0-5V, 4 ~ 20mA, RS485

Response Time

≤5s

Cosine Correction

≤±10% (Solar Elevation Angle=10°)

Non-Linear

≤±3%

Temperature Effect

±0.08%/°C

Stability

≤±2%/year

Operating Temperature

-40°C ~ 80°C

Ingress Protection

IP65

Weight (Unpacked)

420g

Shell Material

Aluminum Alloy

Storage Condition

10°C ~ 60°C @ 20% ~ 60%RH

Features

Special Features

01

Designed on Silicon-Cell Principle

Built on a reliable silicon-cell design for precise solar detection.
02

No Moving Parts, Long Service Life

Solid-state design ensures durability and low maintenance.
03

Can Work in Any Altitude

Operates accurately at all altitudes and environmental conditions.
04

Low Power Consumption

Energy-efficient operation suitable for remote and solar-powered systems.
05

Compact & Lightweight

Easy installation with standard poles and common sensors.
06

Used as Sunshine Duration Sensor

Ideal for measuring and monitoring sunshine duration accurately.
07

Low Power Consumption

Energy-efficient operation for remote solar systems and field installations.
08

Ultra-High Sensitivity Level

Detects even minimal sunlight with excellent responsiveness.
Applications

Primary Applications

Air Pollution Monitoring
Meteorology
Solar Energy
Agriculture