Remote Control System for Axial Fans for Shipbuilding Coating
Improve the ventilation efficiency of the painting booth and enhance the working environment.
In the shipbuilding industry's painting process, improving the drying of paint and ventilation efficiency is crucial. In particular, the painting booth faces various challenges, such as paint overspray, deterioration of the working environment due to volatile organic compounds (VOCs), and the risk of ignition. The axial fan remote control system addresses these challenges by providing functions such as ventilation, drying, removal of dust, heat, and humidity, and prevention of condensation, contributing to the efficiency and safety of painting operations. 【Usage Scenarios】 - Ventilation within the painting booth - Promotion of drying after painting - Improvement of the working environment - Remote operation of fans 【Effects of Implementation】 - Increased efficiency of painting operations - Ensured safety for workers - Improved painting quality - Reduced running costs
basic information
**Features** - Manual operation of the axial fan's ON/OFF using on-site control buttons - Remote operation of the axial fan's ON/OFF from a PC or smartphone - Automatic control through integration with temperature and humidity sensors - Automatic control using a scheduling function - Alerts for abnormal occurrences, early response, and preventive maintenance **Our Strengths** We develop and operate the IoT/AI platform 'M2MSTREAM,' which contributes to the realization of highly automated, unmanned, and remote societies. We provide an IoT/AI network infrastructure that seamlessly connects edge devices and the cloud, enabling fast automatic processing through real-time data collection and analysis.
Price information
● We will provide individual estimates. ● Please consult us if you would like customization tailored to the specific use at the site.
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Model number/Brand name
M2MSTREAM
Applications/Examples of results
■ Since it can be operated from a remote location, the need to go to the site is reduced, improving work efficiency. ■ It ensures the safety of workers as it can be operated remotely even in hazardous areas, high temperatures, or elevated locations. ■ It allows for operation only when necessary and in the required amounts, optimizing energy consumption. ■ Since the operating status and abnormal history can be checked remotely, it makes planning maintenance and responding to site issues easier.
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We provide the IoT/AI network infrastructure "M2MSTREAM," which seamlessly integrates sensing technology, artificial intelligence (AI), communication technology, information technology, and application technology, all of which are essential for realizing a highly automated, unmanned, and remote society. "M2MSTREAM" connects edge devices and the cloud seamlessly, enabling high-speed automated processing through real-time data collection and analysis. It has standard IoT functions necessary for collecting real-world data and remote operation of devices, allowing for the rapid construction of IoT/AI systems by customizing and adding AI functions. We contribute to the realization of a highly automated, unmanned, and remote society through "M2MSTREAM."