Optimizing Steam System Performance: Advanced Temperature Monitoring for Enhanced Detection in Pipes
Product Manufacturing Industry
Hosur
Deployed Devices
Pain Points
The following issues were faced in the steam flow control and monitoring in the industry,
Energy Loss from Blockages in Steam Pipes
Blockages within steam pipes led to increased energy consumption, pressure and temperature.
Challenges in Temperature Monitoring
Conventional sensors were inadequate for measuring temperature within the pipes due to their installation constraints.
Difficulties with Installation and Configuration
Frequent reconfiguration of temperature nodes was challenging due to the portability issues of the devices.
Our Offerings
Based on the issues and difficulties, we proposed the following solutions,
Installed a Temperature Node Inside the Steam Pipes
A compact sensor was installed inside the pipes to ensure accurate temperature measurement, improving the monitoring and control of the system's performance.
Enabled IoT Cloud for Data Monitoring
Cloud access enabled remote data analysis and issue resolution, allowing users to monitor systems and address problems without on-site intervention.
Utilized a Battery-Operated Compact Device
This approach enabled easy installation and portability, allowing for quick setup and adaptation to changing conditions, making it versatile for various uses.
Outcomes
By using the solutions, we achieved the following benefits,
Outcomes
By using the solutions, we achieved the following benefits,
Achieved Accurate Steam Temperature Monitoring
The system accurately monitored steam temperatures within the pipes.
Monitored Steam Block Status
Regular identification of steam blockages helped prevent potential hazards.
Enabled Remote Access for System Configuration
Cloud access and configuration tools allowed for remote resetting and reconfiguration of the end device.
Precision Temperature Monitoring for Peak Steam System Efficiency
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