Thermopile Pyranometer Type 2 / Class C
Accurate Solar Irradiance Measurement for PV Monitoring
Sensors
Thermopile pyranometer Type 2 / Class C
A Thermopile Pyranometer Type 2 is a solar radiation sensor used to accurately measure global solar irradiance (GHI) on a horizontal surface. It uses thermopile technology to convert solar radiation into an electrical signal, enabling precise solar radiation measurement for photovoltaic (PV) monitoring systems, weather monitoring stations, and solar resource assessment. The SuryaLogix Thermopile Pyranometer Type 2 is designed in accordance with ISO 9060:2018 and IEC 61724-1:2021 standards, making it suitable for utility-scale, commercial, and industrial solar power plants where accurate solar irradiance measurement is essential for performance analysis and energy yield assessment.

Why choose SuryaLogix Thermopile Pyranometer Type 2 / Class C?
- Suryalogix Pyranometer is compliant with ISO 9060:2018 Standard.
- The Pyranometer sensor designed accordance with (IEC 61724-1:2021) for PV monitoring System.
- Calibration accordance with ISO 9846 & 9847.
- Includes built-in surge protection (RS-485) up to ± 6KV/ ±10KV
- Includes a Desiccant to minimize maintenance.
Specifications & Features
- RS-485 Isolation ± 5KV
- Immunity to high voltage and current surges.
- Features an Inbuilt Tilt Angle for Reducing Tilt Angle Error
- Comes with a 5-Year Warranty
- Internal Temperature Monitoring
Frequently Asked Questions (FAQs) About Thermopile Pyranometer Class C.
A pyranometer is a solar radiation sensor used to measure global solar irradiance received by a surface. It is widely used in solar power plants, weather stations, and solar energy monitoring systems.
The SuryaLogix Thermopile Pyranometer Type 2 is a Class C solar irradiance sensor designed for PV monitoring. It measures broadband solar radiation and is compliant with ISO 9060:2018.
Yes. Its RS-485 interface enables the pyranometer to be connected with compatible data loggers and monitoring architectures such as SCADA and Weather Monitoring Systems (WMS), subject to system communication configuration.
Install the pyranometer on the required horizontal or tilted plane with a clear view of the sky. The sensor measures incoming solar irradiance, and the data can be recorded through a data logger, WMS, or SCADA system.
A Class C Pyranometer is a pyranometer classified under ISO 9060:2018 for measuring solar irradiance. It is suitable for solar PV monitoring and weather monitoring applications where dependable irradiance data is required.
Class A and Class C are ISO 9060:2018 pyranometer classifications with different performance requirements. Class A is intended for higher-accuracy applications, while Class C can be used for general solar irradiance and PV monitoring requirements.
Yes. A Class C Pyranometer can be used for solar irradiance measurement and PV monitoring where its performance class meets the project requirements. Sensor selection should follow the monitoring design and applicable standards.
ISO 9060:2018 is the international standard that defines classification and performance requirements for pyranometers and pyrheliometers. The SuryaLogix Thermopile Pyranometer Type 2 is identified as Class C and compliant with ISO 9060:2018.
