概要
The 33475 calibration service is performed using an intermittent shade method with a World Radiometric Reference (WRR) traceable AHF cavity radiometer.
The 33475 calibration is ISO 17025 accredited to the following standards: ASTM G167 and ISO 9846.
Note: The intermittent shade method used is suitable for thermopile pyranometers. This method is not appropriate for spectrally selective sensors, such as silicon-cell pyranometers.
イメージ
互換性
The intermittent shade method used in the 33475 calibration service is suitable for all makes and models of ISO 9060 thermopile pyranometers. This method is not appropriate for spectrally selective sensors, such as silicon-cell pyranometers.
よくある質問
33475に関するよくある質問の数： 1
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We offer three pyranometer calibration services:
- 33477 ASTM G207 is an indoor calibration. The reference must be the exact same make and model as the sensor being calibrated. For example, a CMP11 must be used to calibrate a CMP11. Silicon detector sensors such as the CS300 are calibrated this way. This is the same method that the manufacturers of ISO 9060 sensors use to calibrate. Good.
- 33476 ASTM E824 is a more rigorous outdoor calibration. The reference must be the same classification or ISO 9060 specification—for example, secondary standard or second class. Better.
- 33475 ASTM G167 is an outdoor calibration. The reference is a transfer standard to WMO that has been yearly calibrated to a primary standard. Best.
以下に記載
- CMP11-L - Pyranometer
- CMP21-L - 日射計
- SR20-T2-L - ISO Class A Pyranometer with 10K Thermistor
- SMP10-L - RS-485 デジタル出力付き日射センサ
- SR30-L - RS-485 Modbus 通信機能とヒータおよびベンチレーション機能を備えた Class A 日射計
- SR20-D2-L - デジタルクラスA日射計
- MS-80M-L - Class A Pyranometer with RS-485 Modbus Communication
- CMP10-L - ISO Class A 日射計
- MS-80-L - Class A 日射計
- SR05-L - ISO 9060 セカンドクラス日射計、アナログ/RS-485 Modbus通信付き
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