Instrumentation

This pyranometer is designed for accurate measurement of global solar irradiance, following ISO 9060:2018 Spectrally Flat Class C (Second Class) standards. With a wide spectral response from 305 nm to 2800 nm and a broad measurement range up to 2000 W/m², it ensures reliable performance for both routine monitoring and environmental data collection. The instrument offers a fast response time and high-quality thermopile sensing technology, providing consistent sensitivity of 10 µV per W/m². Built with a robust IP67-rated enclosure, it is suitable for long-term outdoor deployment in harsh weather conditions. Different model versions support analog or digital outputs, enabling seamless integration into diverse monitoring systems.

• ISO 9060:2018 compliant pyranometer

• Wide spectral and measurement range

• High stability with typical 10 µV/(W/m²) sensitivity

• Fast response time for accurate irradiance tracking

• Durable IP67 protection for outdoor installation

• Multiple output formats including analog and Modbus digital

• Suitable for continuous environmental and solar energy monitoring

• Solar power plant performance monitoring

• Meteorological and climatological research

• Environmental data logging systems

• Building automation and energy efficiency studies

• Agricultural and greenhouse radiation measurement

This high-precision wind speed sensor features a robust one-piece, injection-molded polycarbonate cup assembly designed for long-term durability and stable aerodynamics. The black ABS body and fully hardened beryllium copper shaft provide excellent mechanical strength and resistance to environmental wear.

The sensor employs a solid-state Hall Effect transducer that generates a clean, high-level square wave output, ensuring superior performance in electrically noisy environments. The frequency of the output signal is directly proportional to wind speed, allowing accurate and real-time measurement.

With a wide excitation voltage range of 5–26 V DC and an extremely low current requirement, the sensor is ideal for applications where reliability, energy efficiency, and noise immunity are essential. Its Teflon-based self-lubricating bearings ensure smooth rotation and minimal maintenance needs.

• One-piece polycarbonate cups for stable and durable operation

• Solid-state Hall Effect transducer producing square wave output

• Accurate scale factor of 0.765 m/s/Hz with low offset

• Wide voltage input range for versatile system integration

• Self-lubricating Teflon bearings for long life

• Engineered for electrically noisy installations

• Compact, lightweight design (0.14 kg, 81 mm height)

• Wind turbine control systems

• Solar PV tracker automation

• Industrial wind monitoring

• Environmental monitoring stations

• Data acquisition and control systems

The Solar Irradiance Sensor (Model: SF00003295) is a precision instrument designed to measure the intensity of solar radiation received on a surface. Featuring a robust weatherproof enclosure and fast response time, it is ideal for real-time solar monitoring in energy systems. The sensor outputs data in either analog or digital formats, making it compatible with data loggers, SCADA systems, or solar performance monitoring software.

• High-accuracy measurement of solar irradiance

• Fast response time suitable for dynamic solar conditions

• Weather-resistant IP65 enclosure

• Multiple output formats (analog/digital) for system integration

• Factory calibrated with traceable certification

• Long-term stable operation under harsh outdoor environments

• Solar PV and solar thermal system performance monitoring

• Weather stations and environmental monitoring

• Research and development in solar energy

• Building automation and smart energy systems

• Agricultural and greenhouse solar control systems

Weather Sensors for Solar Power Plants are designed to monitor key environmental parameters that influence photovoltaic (PV) performance and efficiency. These rugged, solar-powered sensors continuously track real-time weather data and transmit it to plant monitoring systems. With integrated battery backup, they ensure uninterrupted operation even in low-light conditions. The sensors are typically integrated into the solar plant's SCADA system to enable real-time performance analysis and predictive maintenance.

• Solar-powered operation with long-life battery backup

• Monitors irradiance, ambient temperature, panel temperature, wind speed, humidity, and rainfall

• Supports RS485/Modbus or wireless communication for easy integration

• High accuracy and fast response time for real-time data acquisition

• Weatherproof (IP65/IP67) enclosure ensures long-term outdoor performance

• Seamless integration with data loggers, SCADA systems, or remote monitoring platforms

• Easy pole or wall mount installation with rugged hardware

• Solar photovoltaic (PV) plant monitoring

• Performance ratio (PR) and energy yield optimization

• Weather forecasting for solar generation prediction

• Preventive maintenance and fault detection

• Research and development in renewable energy systems