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MS-60 Class B Pyranometer

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Product Details
Product Description

MS-60 Class B Pyranometer Price And Quantity

Minimum Order Quantity 1 Piece

Internal Drying Cartridge Yes
Dome Material Optical Glass
Zero Offset A (200 W/m2) < 30 W/m2
Class Class B (ISO 9060:2018)
Model MS-60
Sensitivity 10 to 20 V/W/m2
Output Signal Analog Voltage
Level Accuracy < 0.1
Ingress Protection IP 67
Non-stability (change/year) < 1.5%
Calibration Traceability WRR (World Radiometric Reference)
Sensor Type Thermopile
Zero Offset B (5C/h) < 4 W/m2
Temperature Coefficient 0.05 %/C (from -10C to +40C)
Response Time (95%) Less than 18 seconds
Directional Response (Up to 80) < 15 W/m2
Cable Length 5 m
Weight 0.5 kg
Heater Optional
Non-linearity (0 to 1000 W/m2) < 1%
Temperature Range -40C to +80C
Diameter 86 mm
Mounting Level Base with Bubble
Height 41 mm
Body Material Anodized Aluminum
Irradiance Range 0 to 2000 W/m2
Spectral Range 285 to 3000 nm

MS-60 Class B Pyranometer Trade Information

Payment Terms Others
Delivery Time 4 Week
Sample Policy Contact us for information regarding our sample policy
Packaging Details Packed in cardboard box

Product Description

The MS-60 is a ISO 9060:2018 Class B (First class) pyranometer with analog output and improved performance. The new double dome construction provides lower offsets and cosine errors.

Accurate Solar Measurement

The MS-60 Class B Pyranometer offers reliable solar irradiance readings, ensuring trustworthy data collection for research and energy applications. With traceability to the World Radiometric Reference and IP67 ingress protection, it's built for durability and dependable accuracy in harsh field environments.

Designed for Versatility and Longevity

Thanks to its anodized aluminum construction, optical glass dome, and internal drying cartridge, the MS-60 is engineered for rugged long-term use. The optional heater maintains measurement reliability across a temperature range of -40C to +80C, while its compact size and level base simplify installation in diverse settings.

FAQ's of MS-60 Class B Pyranometer:

Q: How do I install the MS-60 Class B Pyranometer for optimal accuracy?

A: Ensure the pyranometer is mounted on the level base using the built-in bubble for accurate horizontal alignment. Secure the device on a stable, unobstructed location where sunlight is not blocked by shadows or nearby structures.

Q: What type of maintenance does the MS-60 require, especially with the internal drying cartridge?

A: Periodic inspection and replacement of the internal drying cartridge are recommended to prevent moisture accumulation inside the sensor. Clean the optical glass dome with a soft cloth to maintain measurement accuracy.

Q: When is it beneficial to use the optional heater with the MS-60 Pyranometer?

A: The optional heater is advantageous in cold or humid environments, as it helps to prevent dew and frost accumulation on the dome, ensuring consistent and uninterrupted irradiance measurements.

Q: Where can the MS-60 Pyranometer be deployed for reliable operation?

A: The MS-60 is suitable for outdoor installations in meteorological stations, solar farms, research facilities, and environmental monitoring sites, thanks to its durable IP67-rated enclosure and broad temperature tolerance.

Q: What are the key benefits of the MS-60's thermopile sensor and optical glass dome?

A: The thermopile sensor ensures linear and stable response to solar irradiance across a broad spectral range, while the optical glass dome offers high transparency and protects the sensor from environmental elements.

Q: How is the calibration of the MS-60 Pyranometer ensured?

A: Each MS-60 unit is factory-calibrated and traceable to the World Radiometric Reference (WRR), providing confidence in measurement reliability and enabling integration into accredited measurement systems.