Class B pyranometer CMP6
ISO 9060for solar energy test applicationsspectrally flat

Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat - image - 2
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat - image - 3
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat - image - 4
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat - image - 5
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat - image - 6
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat - image - 7
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat - image - 8
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat - image - 9
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat - image - 10
Class B pyranometer - CMP6 - Kipp & Zonen - ISO 9060 / for solar energy test applications / spectrally flat - image - 11
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Characteristics

IEC 61724-1
class B
Options
ISO 9060, for solar energy test applications, spectrally flat

Description

The CMP6 pyranometer is intended for routine global solar radiation measurement research on a plane/level surface. Fully compliant with ISO 9060:2018 specification for a Spectrally Flat Class B, the CMP6 features a sixty-four thermocouple junction (series connected) sensing element. The sensing element is coated with a highly stable carbon based non-organic coating, which delivers excellent spectral absorption and long-term stability characteristics. CMP6 has a similar detector to the CMP3 but has improved performance due to the increased thermal mass and the double glass dome construction. It is ideal for cost-effective, good quality measurements in hydrological networks and agriculture. The integral bubble level is raised to the top of the housing and can be viewed without removing the redesigned snap-on sun shield, which also covers the connector. The connector with gold-plated contacts allows for easy exchange and re-calibration. The screw-in drying cartridge is easy to remove and the replacement desiccant is supplied in convenient refill packets. The Pyranometer does not require a dedicated power supply. It generates a low voltage output in the estimated range of 0 to 30 mV relative to an irradiance measurement range of 0 to 1500 W/m². When a higher voltage level or a 4 to 20 mA signal is required, the AMPBOX is the perfect solution. Benefits ISO / IEC classification ISO 9060 spectrally flat Class B, with ISO / IEC 17025 calibration. Minimized maintenance Best MTBF with 5 years warranty. CMP series with the world's largest installed base Well known for high quality, durability and accuracy. The CMP pyranometers require no power, so are ideal for remote sites.

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