How to fix loose EKO MS-802 or mounting plates?
Loose instruments and mounting plates can lead to damage or injury. Check that the instrument is properly tightened to the mounting base plate, and that the base plate or table is securely fastened.
What to do if EKO MS-802 silica gel is moisture saturated?
With moisture saturated silica gel, condensation can form inside the dome, which leads to a lower detector output or damage. Verify that the color of the silica gel is dark blue, which indicates it's okay. If the color turns reddish, replace it with new silica gel.
Why does EKO MS-802 accuracy decrease over time?
Due to natural aging of materials, the detector properties of the pyranometer can change over time, affecting the sensor sensitivity. To maintain the best possible measurement accuracy, regular recalibration of the pyranometer is recommended.
How to clean a dirty EKO Measuring Instruments glass dome?
If the glass dome gets soiled by the accumulation of dirt, keep it clean by wiping it with a soft cloth and alcohol.
General| Brand | EKO |
|---|---|
| Model | MS-802 |
| Category | Measuring Instruments |
| Language | English |
Provides contact details for EKO offices globally.
Details warranty terms, conditions, and liability limitations.
Information on manual copyright, issue date, and version.
Details compliance with WEEE and RoHS directives.
Information on EKO's accredited calibration laboratory and standards.
Declaration of Conformity with harmonized standards and directives.
General warnings and cautions for instrument setup, glass dome, and ventilation unit.
Specific warnings regarding high voltage power supply for ventilation units.
Class A pyranometer for PV research and climatology, high accuracy.
Class B pyranometer for routine irradiance measurements in PV and meteorology.
Economic Class C pyranometer with low temperature dependency.
Lists items included in the package for each pyranometer model.
Identifies and describes the components of the pyranometers.
Instructions for mounting, leveling, and wiring the pyranometer.
Guidance on setting up measurement ranges and calculating irradiance.
Routine tasks for keeping the pyranometer clean and functional.
Information on recalibration, calibration methods, and uncertainty factors.
Common issues, their causes, and recommended actions for resolution.
Detailed technical characteristics and ISO 9060:2018 compliance values.
Diagrams and descriptions of output and power cable connections.
List of optional accessories available for the pyranometers.
Definitions of key radiometric terms used in the manual.
Detailed definitions of pyranometer performance characteristics from ISO 9060.
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