Introducing the MS-95S SD Sensor, a revolutionary sunshine duration sensor that sets new standards for accuracy and stability. This sensor is designed to be low-cost, compact, light, and robust, making it an ideal solution for a variety of applications. Unlike other sensors, the MS-95S does not require calibration, making it a hassle-free option for users.
What sets the MS-95S apart is its pairing with the MV-01 Ventilator & Heater, which allows for consistent performance in all weather conditions. The MS-95S is also static and easy to install, with no special mount, moving parts, or complex on-site adjustment required. As part of EKO’s elite S-Series range of solar monitoring solutions, the MS-95S includes a unique 4-channel smart interface that is compatible with most data loggers, DAQ, and SCADA systems. Additionally, internal diagnostic sensors provide remote visibility over internal temperature, tilt and roll angle, ensuring that users have access to critical information when they need it most.
One of the key features of the MS-95S is its optical sensor design, which is built around a new ultrawide-angle lens that observes the sky in 180°. This design allows the MS-95S to employ a unique method to distinguish and record direct beam radiation from total sky radiation. Unlike other sensors that may be affected by detector temperature effects, irradiance conditions, solar elevation angle or detector non-linearity, the MS-95S is the ultimate choice for maintenance-free, long-term operation.
In conclusion, the MS-95S reinvents sunshine duration sensors with its unparalleled accuracy, stability, and ease of use. This sensor is a game-changer, offering a low-cost, compact, light, and robust solution that does not require calibration. Coupled with the MV-01 Ventilator & Heater, the MS-95S performs consistently in all weather conditions, making it the ideal choice for a wide range of applications. With its unique optical sensor design, the MS-95S is the ultimate choice for maintenance-free, long-term operation, ensuring that users have access to critical information when they need it most.
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