A top-tier Class A pyranometer for high-accuracy solar radiation measurement in research and bankable PV applications.
| Datasheet |
Product Description
The LPS10 Pyranometer is a high-precision sensor designed for accurate measurement of global solar radiation, suitable for demanding applications such as PV performance monitoring, meteorology, and scientific research.
Based on a thermopile sensing principle, it meets ISO 9060:2018 Spectrally Flat Class A requirements, ensuring exceptional accuracy, low uncertainty, and long-term stability. The sensor is factory calibrated according to ISO 9847, providing traceable and reliable performance.
Available in multiple configurations including Modbus RTU, analog outputs, and passive mV, the LPS10 offers flexible integration into SCADA systems and data loggers. Digital models include internal diagnostic sensors (temperature, humidity, pressure) and optional tilt monitoring, supporting predictive maintenance and optimal installation.
Key Features:
- Spectrally Flat Class A pyranometer (ISO 9060 compliant)
- Measures global solar radiation up to 4000 W/m²
- Thermopile sensor for highest accuracy and stability
- Fast response time: < 2 s (digital models)
- Multiple outputs: Modbus RTU, analog (4–20 mA / voltage), or mV
- Factory calibrated (ISO 9847) with individual calibration report
- Built-in diagnostic sensors (temperature, humidity, pressure)
- Optional tilt sensor for installation monitoring
- Integrated bubble level and adjustable feet for precise setup
- Rugged IP67 design for harsh outdoor environments
PYRAsense10 is a class A pyranometer according to ISO 9060:2018. Please refer to the table below for the technical specifications according to ISO 9060:
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Additional information
| Power supply | no power supply for mV output; 7-30 Vdc for MODBUS-RTU output; 0-30 VDC for analog output (except 0-10 V output); 15-30 VDC for 0-10 V output |
| Output |
