Emerson is launching its new Synchros wireless temperature monitoring system, providing clear visibility into the status of critical equipment. In industrial settings, equipment malfunctions and energy efficiency degradation often manifest first in temperature changes, but many critical locations lack effective monitoring due to wiring difficulties and high maintenance costs. The Synchros wireless temperature monitoring system offers a simple, reliable, and sustainable solution for these "hard-to-cover points."
Synchros is an Industrial Internet of Things (IIoT) platform for asset and condition monitoring.
Enabling boundless automation through smart field devices.
Future-proof connectivity for smarter operations.
Meeting IT needs with a diverse range of connectivity products.
Synchros technology includes various wireless communication technologies and a wide range of sensors.
Meeting the reliability and operational needs of more monitoring points.
User-friendly design with minimal tools required for installation.
Customer-centric, quick and easy installation.
High-performance platform.
Introducing more measurement points to monitor critical assets.
Flexible and easy installation, stable measurement data
Synchros features a wireless, low-power design, allowing for quick installation on equipment surfaces or critical pipeline locations without complex wiring, significantly reducing deployment costs.
Powered by replaceable batteries, the long-life design greatly reduces maintenance workload and meets intrinsically safe explosion-proof requirements, making it suitable for hazardous areas and harsh industrial environments.
With wireless repeater expansion, Synchros can flexibly cover a wider field area, achieving continuous and stable data acquisition.
Core Advantages and Specific Application Scenarios
Compressor Valve Cover Temperature Monitoring: Identifies faulty valve covers through temperature changes. • Industries: Refining, Chemical, Power Generation.
Heat Exchanger Scale Detection: Monitors inlet and outlet temperature differences to identify scale buildup, improving energy efficiency. • Applications: Refining, Chemical, Food, Pharmaceutical.
Heat Tracing Pipeline Monitoring: Prevents freezing and blockage of equipment in low-temperature environments. • Application Locations: Low points in pipelines, exposed heat sinks/absorbers, etc. • Industries: Refining, Chemical, Power Generation, Food Generation.
Rotating Equipment Monitoring
Detects bearing overheating and abnormal operation.
• Application Locations: Pumps, Fans, Motors, Conveyors
• Industries: Refining, Chemical, Power, Food
At the application level, Synchros is widely used in critical equipment and energy efficiency-related scenarios.
- In compressors, monitoring valve cover temperature changes can identify potential faults in advance, avoiding sudden shutdowns.
- In heat exchanger applications, monitoring inlet and outlet temperature differences helps users assess scaling, optimize maintenance cycles, and improve energy efficiency.
- In heat tracing pipeline scenarios, it effectively prevents low-temperature freezing and pipeline blockage.
- On rotating equipment such as pumps, motors, and fans, temperature monitoring helps detect bearing overheating and abnormal operation early.
Synchros does not replace traditional instruments, but rather serves as a cost-effective supplementary solution, helping users achieve equipment status visualization at a lower cost, transforming passive maintenance into a proactive, manageable, and predictable operation and maintenance model.