Kippzonen CGR 4 Pyrgeometers Instrukcja Użytkownika Strona 1

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Strona 1 - Instruction Manual

Instruction ManualPyrgeometerCGR 4

Strona 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

Strona 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

Strona 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

Strona 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

Strona 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

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

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

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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

Strona 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

Strona 11 - 2.4. Operation

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

Strona 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

Strona 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

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

Strona 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

Strona 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

Strona 17 - 3.3. Temperature sensor

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

Strona 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

Strona 19 - 4.1. Spectral range

6.2. CGR 4 performance specificationsPage 26 CGR 4 Manual

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6.3. CGR 4 general specificationsCGR 4 Manual Page 27

Strona 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

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

Strona 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

Strona 24 - 5. Calibration

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

Strona 25 - 6. CGR models

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

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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-

Strona 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

Strona 28 - 7. Frequently asked questions

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

Strona 29 - 8. Trouble shooting

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

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

Strona 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

Strona 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

Strona 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

Strona 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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