KIPP ZONEN SGR3 longwave radiation meter

NegotiableUpdate on 04/25

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

KIPP ZONEN SGR3 longwave radiation meter: Radiation from the sun is mainly in the "shortwave" range of 300-4000nm (4um), including the ultraviolet, visible, and near-infrared parts of the spectrum. A portion of this radiation is absorbed by clouds, aerosols, and molecules in the atmosphere, which preheat and radiate longwave radiation. This is the far-infrared thermal energy (FIR) with wavelengths ranging from 4.5um to over 40um.

Product Details

KIPP ZONEN SGR3 longwave radiation meterWorking Principle:

The radiation from the sun is mainly in the 'short wave' range of 300-4000nm (4um), which includes the ultraviolet, visible, and near-infrared parts of the spectrum. Part of this radiation is absorbed by clouds, aerosols, and molecules in the atmosphere, which preheat and emit longwave radiation. This is the far infrared thermal energy (FIR) with wavelengths ranging from 4.5um to over 40um.

When both shortwave and longwave radiation reach Earth at the same time, a portion of it is reflected, while the remaining portion heats the ground, and then the Earth radiates longwave thermal energy back into the sky. Shortwave radiation is measured through a solar radiation meter and a longwave radiation meter.

A wavelength radiometer provides a voltage proportional to the exchange of radiation between an instrument and the sky (or ground). The detector signal output can be positive or negative. In order to calculate the input or output FIR, it is necessary to know the temperature of the longwave radiation meter housing, and the data must be recorded simultaneously with the detector signal.

-KIPP ZONEN SGR3 longwave radiation meterInstrument features:

SGR3 has Modbus capability ® Interface, enhanced analog output, improved response time, and temperature corrected measurement data. Solar longwave net radiation and downward radiation can be transmitted through Modbus ® Directly obtained. The power range is from 5 to 30VDC, suitable for the integration of meteorological and solar power plants. SGR3 is very powerful and comes with a 5-year warranty (*).

The base of the instrument includes mounting holes for a level and leveling feet used for precise leveling. For ease of installation, replacement, and recalibration, the instrument is equipped with waterproof connectors. The improved temperature dependence and directional response make these instruments ideal choices for meteorological and agricultural applications. Thanks to each standardized output and connection, the replacement of instrument calibration becomes easy. SmartExplorer Windows with standard configuration ™ Software for data recording, data display, and Modbus ® Address setting.

Technical Specifications
Specifications
Analog output • V-version	0 to 1V
Analog output range (1)	0 to 1000W/m²
Analog output • A-version	4 to 20mA
Output range (1)	0 to 1000W/m²
serial port output	RS-485 Modbus®
Serial port output range (1)	0 to 1000W/m²
Response time (63%)	< 6 s
Response time (95%)	< 18 s
Spectral range (50% points)	4500 to 42000nm
Zero drift (without ventilation) (b) Temperature variation (5 K/h)	< 5W/m²
Instability (change/year)	< 1%
Nonlinear (-250 to 250 W/m ²)	< 1%
Temperature drift of silicon window (with 1000 W/m² direct solar radiation)	< 15 W/m²
temperature response	< 5% (-20°C to +50°C)
temperature response	< 5% (-40°C to +70°C)
Spectral selectivity (8 to 14 μ m)	< 5%
Directional response (0 ° to 90 ° at 1000 W/m ²)	< 3%
vision	150°
horizontal accuracy	< 0.2°
Power consumption (at 12 VDC)	V-version: 55mW
Power consumption (at 12 VDC)	A-version: 100mW
Software, Windows ™	Smart Sensor Explorer Software Used for configuring testing and data recording
power supply voltage	5 to 30VDC
Sensor type	Thermoelectric stack
Working temperature range	-40°C to +80°C
Storage temperature range	-40°C to +80°C
humidity range	0 to 100%
(IP) Protection level	67