Name: CDG-17B Scattering Radiometer - Best Weather Station Manufacturer | Coda Sensors
Price: 80.00 CNY
Availability: InStock

Specifications

CDG-17B-Specifications

Item	Specification
Spectral range	280-3000nm
Supply	12-24VDC
Range	0-2000W/m2
Output	0-5V,4-20mA,RS485
Sensitivity	7-14μVW-1m2
Latitude scale range	0～50°N or S
Red latitude	±25°
Ring diameter	Φ400mm
Accuracy	<±2%
Response time	≤30s(99%)
Stability	±1%/year
Temperature effect	±1%(-10℃-+40℃)
Operating temperature	-40℃-+80℃
Weight(unpacked)	15kg
Ingress Protection	IP65
Storage Condition	10℃-60℃@20%-90%RH

Download

Datasheet

CDG-17B-Scattering-Radiometer-Datasheet.pdf (1246 downloads )

User manual

CDG-17B-Scattered-Radiation-user-manualv2.0.pdf (1069 downloads )

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Description

CDG-17B Scattering Radiometer

The Scattering radiometer is made of a Pyranometer and a shielding ring. The shielding ring blocks the sun’s direct rays from sunrise to sunset. We make the shielding ring with several parts.

These parts include a shielding section, a ruler, an adjusting screw, a bracket, and a chassis. The shielding ring is 65 mm wide and 400 mm across.

We attach the shielding ring to the screw rod adjustment spiral of the ruler. The ruler has a latitude scale and a declination scale. We must fix the ruler and bracket to the chassis based on the location’s latitude. Meteorological stations and research departments can use it to measure the sky’s scattered radiation intensity all the time.

Dimnsion & Mounting

Application

Atmospheric scientific research:

◉It is a key tool for studying how radiation travels in the atmosphere. Scientists can measure scattered radiation at different heights and angles. They also gather data on the atmosphere. This includes gas molecules, aerosols, and clouds.

This information helps them build a model for atmospheric radiation transfer. These models help scientists learn how solar radiation moves, gets absorbed, and is scattered in the atmosphere.

Aair quality monitoring:

◉You can use scatter radiometers in a network to monitor air quality. They help track particulate matter pollution in the air. Particulate matter scatters light. Changes in this scattered light can show changes in the levels of particulate matter.

Oceanography research:

◉At the surface of the ocean, radiometers measure how light scatters in seawater. This is important for learning about the ocean’s light properties.

These properties include how clear the water is and the way it loses light. We can learn about particles in the ocean by studying scattered light. This includes things like sediment and plankton.