Products
How it Works
Basic Operation
This wireless transmitter is designed with a thermocouple and an ultrasonic sensor that has peak sensitivity in the range of 35 to 45 KHz. The sensor publishes a relative measure of the amplitude of the average signal across the spectrum, and this count is used to assess steam traps, pressure relief valves, and can measure the skin temperature of the pipe clamped to the foot of the device.
Resources
HRSG Tube Leak Detection Using Acoustic Wireless Technology
Potato Chip Manufacturer Reduces Energy Costs with Online Steam Trap Monitoring
North American Tire Company Saves Energy, Improves Yield with Emerson Steam Trap Connected Services
Frequently Asked Questions
Find answers to commonly asked questions related to wireless acoustic transmitters.
A wireless acoustic transmitter is a device that captures and transmits sound-based data without the need for wired connections. It typically uses acoustic sensors to detect specific sound patterns or vibrations within industrial equipment, like steam traps or pressure relief valves. The device then wirelessly transmits the data for analysis, enabling remote monitoring and diagnostics. This technology is valuable in maintenance and predictive monitoring, allowing for non-intrusive assessment of equipment health and operational efficiency.
Identifying malfunctioning steam traps helps reduce energy loss, as failed traps can lead to steam leaks or inefficient condensate removal. Regular monitoring also allows for early detection of issues, facilitating timely maintenance and minimizing the risk of unnecessary production downtime. Additionally, by ensuring steam traps function correctly, facilities can decrease energy costs, decrease carbon emissions, and promote more sustainable operations.
Monitoring pressure relief valves ensures that they function correctly to prevent overpressure situations, thereby reducing the risk of equipment failure or hazardous incidents. Early detection of wear or malfunction allows for timely repairs, reducing the likelihood of emergency situations, shutdowns, and costly repairs. Additionally, regular monitoring supports adherence to safety and environmental regulations.