ALT-TH110-P is a combined Air Temperature, Humidity, and Barometric Pressure sensor with RS485 Modbus RTU output represents a comprehensive and integrated solution for environmental monitoring applications. This multi-parameter approach allows for a holistic understanding of the ambient conditions.
The sensor body constructed from stainless steel (SS) material, featuring a stainless steel sintered porous filter, enhances the robustness, durability, and performance. These materials are chosen for their ability to withstand harsh environmental conditions, ensuring the sensor's stability and accuracy over an extended operational life.
The sensor is designed to adhere to the stringent accuracy requirements outlined in the IEC 61724-1:2021 standard, achieving Class A accuracy. This ensures that the parameter measurements are of the highest precision, reliability, and optimizing overall system performance.
The sensor features an RS485 Modbus RTU output, allowing real-time data output suitable for integration into weather stations, HVAC systems, Building Management Systems (BMS), industrial processes, industrial automation systems and SCADA systems. The sensor can be used outdoors with a UV radiation shield (to be ordered separately) as well as indoors directly without radiation shield.
The sensor conforms to the Class A accuracy standard of IEC61724-1:2021, guaranteeing precise measurement performance according to industry regulations.
Temperature sensor accuracy is ±0.1°C between +5°C to +60°C, while humidity sensor accuracy is ±1% RH within 5% to 80% RH.
The industry-standard RS485 Modbus RTU output streamlines integration, ensuring effortless compatibility and user-friendly operation across diverse industrial applications and systems.
The sensor's stainless steel (SS) body, featuring a porous sintered filter and IP65 rating, guarantees ruggedness and suitability for all weather conditions.
The sensor's versatility extends to both indoor and outdoor settings, with an optional UV radiation shield, making it the optimal choice for all applications.
An all-in-one sensor simplifies environmental monitoring by providing comprehensive data collection for various parameters within a single device.
by Aeron Systems
To generate maximum power from the solar PV modules, the solar panels must be pointed in the right direction so as to capture most of the energy from the sun rays.
by Aeron Systems
Location of the weather monitoring station significantly affects the data gathered and reported by it. It is observed that many times
by Aeron Systems
Weather monitoring stations are must from the compliance point of view as well as for efficient management of any solar plants. Many times, plant owners as well as EPC agencies are confused while selecting weather monitoring stations for their plant.This article puts together all the factors which should be considered while selecting as well as installing a WMS on the solar power plant.
by Aeron Systems
As we all would agree, solar power, especially the installation of floating solar power plants have gained significant popularity and acceptance in the energy sector. PV installations have proved to be cost efficient and carbon-light way of producing every from the solar radiation.
by Aeron Systems
The energy output of a photo-voltaic solar plant is closely linked to the efficiency of the solar modules using which the solar panels are made. It is needless to mention that numerous designs and configurations are being developed and tried out to further enhance the output of the modules.
by Aeron Systems
Automatic weather stations are extensively used to collect data from sites and locations which are remote, difficult to access or even from other locations to save the human labor and avoid human error.
by Aeron Systems
22 January 2018
