Kippzonen CGR 4 Pyrgeometers Bedienungsanleitung Seite 1

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Inhaltsverzeichnis

Seite 1 - Instruction Manual

Instruction ManualPyrgeometerCGR 4

Seite 2 - IMPORTANT USER INFORMATION

However, if the upward and downward radiation components are to be measured separately it is necessary to record the individual housing temperatures t

Seite 3 - Declaration of Conformity

2.2.4. Installation for shaded measurement of downward long-wave radiationFor amplification of the pyrgeometer signal Kipp & Zonen offers the AMPBOX

Seite 4 - Table of contents

2.4.1. Overcast skyTypical for a cloudy overcast sky is that radiation emitted by the earth is absorbed 100% by the clouds. Therefore, the overcast sk

Seite 5 - 1. Introduction

2.4.3. Measurements during a sunny dayThe CGR 4 differs from all other pyrgeometers in that it allows accurate daytime measurements on sunny da

Seite 6 - 2. Installation and operation

For the CGR 4 the effect of each parameter on the sensitivity can be shown separately. The non-linearity error, the sensitivity variation with irradian

Seite 7

2.6. MaintenanceOnce installed the pyrgeometer needs little maintenance. The dome/window must be cleaned and inspected regularly, ideally

Seite 8

3. Principle components of pyrgeometersThe detector of the Kipp & Zonen CGR series pyrgeometer is based on a passive thermal sensing element calle

Seite 9

The solar blind filter is opaque to radiation below 4.5 µm, known as the cut-on wavelength. Currently most pyrgeometers have their cut-on at a lower wa

Seite 10 - 2.3. Electrical installation

3.4. HousingThe radiometer housing accommodates all fundamental pygeometer parts. The anodized Aluminium parts are light weight and give a h

Seite 11 - 2.4. Operation

4. Pyrgeometer physical properties4.1. Spectral rangeThe spectral properties of the pyrgeometer are mainly determined by the filter characteristics of

Seite 12 - CGR 4 Manual

IMPORTANT USER INFORMATIONReading this entire manual is recommended for full understanding of the use of this product.Should you have any comments on

Seite 13 - 2.5. Measurement uncertainty

4.2. SensitivityThe radiometer thermopile sensitivity is mainly determined by the physical properties of the detector itself. The thermoelectric power

Seite 14

4.8. Window heating offsetCurrently the major source of error concerning common pyrgeometer measurements is caused by the so-called ‘window heating o

Seite 15 - 2.6. Maintenance

4.10. Operating temperatureThe operating temperature range of the radiometer is determined by the physical properties of theindividual parts. Within t

Seite 16 - 3.1. Window

CGR 4 Manual4.16. EnvironmentalThe CGR series are intended for outdoor use under all expected weather conditions. The radiometers comply with IP 67 an

Seite 17 - 3.3. Temperature sensor

5. Calibration5.1. Calibration principleAn ideal radiometer gives voltage output that is proportional to the absolute irradiance level.

Seite 18 - 3.6. Cable and connector

6. CGR modelsThe CGR series comprises 2 models, CGR 3 and CGR 4. The mechanical construction of the CGR 3 differs from the CGR 4 in that it has a flat s

Seite 19 - 4.1. Spectral range

6.2. CGR 4 performance specificationsPage 26 CGR 4 Manual

Seite 20

6.3. CGR 4 general specificationsCGR 4 Manual Page 27

Seite 21 - 4.8. Window heating offset

7. Frequently asked questionsThe most frequently asked questions are listed below. For an update refer to the Kipp & Zonen website at www.kippzone

Seite 22

8. Trouble shootingThe following contains a procedure for checking the instrument in case it appears that it does not function as it s

Seite 23 - 4.17. Uncertainty

Declaration of ConformityAccording to EC guideline 89/336/EEC 73/23/EECWe Kipp & Zonen B.V. Delftechpark 36, 2628 XH Delft P.O. Box 507, 2

Seite 24 - 5. Calibration

Appendix I Radiometric terminologyTerm ExplanationAzimuth angle Angle in horizontal direction (0-360°)Angle of incidence Incident angle from zen

Seite 25 - 6. CGR models

Appendix II 10kΩ thermistor specificationsYSI Thermistor 44031 - Resistance versus Temperature in °CCGR 4 ManualPage 31Thermistor (10 kΩ @ 25ºC) (α+[β•

Seite 26

Appendix III Pt-100 specificationsPt-100 - Resistance versus Temperature in ºC and ºFCGR 4 ManualPt-100 (100 Ω @ 0ºC) α: 3.9083 • 10-3β : -5.8019 • 10-

Seite 27 - CGR 4 Manual Page 27

Appendix IV List of World and Regional Radiation CentresWorld Radiation CentreThe World Radiation Centre capable of pyrgeometer calibration is located

Seite 28 - 7. Frequently asked questions

Appendix V Recalibration servicePyranometers, Albedometers, Pyrgeometers, UV-Radiometers & Sunshine Duration SensorsKipp & Zonen solar radiati

Seite 29 - 8. Trouble shooting

Our customer support remains at your disposal for any maintenance or repair, calibration, supplies and spares.Für Servicearbeiten und Kalib

Seite 31

1. IntroductionDear customer, thank you for purchasing a Kipp & Zonen instrument. Please read this manual and the separate instruction sheet for a

Seite 32 - : -5.8019 • 10

2. Installation and operation2.1. DeliveryCheck the contents of the shipment for completeness (see below) and note whether any damage has occurred du

Seite 33 - CGR series Manual Page 33

3. MountingThe CGR pyrgeometer is provided with two holes for 5 mm bolts. Two each of stainless steel bolts, washers, nuts and n

Seite 34 - CGR series ManualPage 34

6. Secure pyrgeometerSecure the pyrgeometer tightly with the two stainless steel bolts. Ensure that the pyrgeometer maintains the correct levelle

Seite 35 - Passion for Precision

For measuring atmospheric radiation with some pyrgeometers, such as the CGR 3, it is desirable to shield the instrument from the direct short-wa

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