Rosemount Synchros Temperature Monitor

Why Choose Rosemount Synchros?

  • Wireless installation
  • Utilises existing WirelessHART® infrastructure
  • Access measurement points that are difficult to monitor
  • Improve asset visibility
  • Support predictive maintenance initiatives
  • Cost-effective deployment across multiple assets
  • Flexible sensor options and data integration capabilities
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Description

Wireless Surface Temperature Monitoring

Gain Temperature Visibility in Hard-to-Reach Locations

Small temperature changes can have a significant impact on plant performance. Crystallisation, heat exchanger fouling, freezing, and equipment inefficiencies often begin in areas where temperature monitoring is limited or unavailable.

The Rosemount™ Synchros™ Temperature Monitor is a wireless surface temperature monitoring solution designed to provide reliable temperature data from critical assets across your facility. It uses existing or new WirelessHART® networks to deliver actionable insights without the cost and complexity of installing wired instruments

Common Questions We Help Answer

How can I monitor temperature in difficult-to-access locations?

Many process lines, heat exchangers, and heat trace systems are difficult or expensive to instrument with traditional wired sensors.
The Rosemount™ Synchros™ Temperature Monitor enables wireless surface temperature monitoring at locations that were previously impractical to measure.

How do I detect heat exchanger fouling early?

Material build-up on heat exchanger surfaces can reduce efficiency and increase maintenance costs.
Monitoring temperatures at heat exchanger inlet and outlet points can help identify early signs of fouling, supporting proactive maintenance decisions.
How can I prevent crystallisation in process lines?
In chemical and fertiliser plants, products such as aqueous urea can crystallise when temperatures fall below acceptable limits.
Monitoring surface temperature along distribution lines helps identify temperature changes before product quality is impacted.

How can I monitor heat trace performance?

Heat trace systems are critical for preventing freezing and maintaining process temperatures.
Surface temperature measurements across heat trace lines provide visibility into system performance and can highlight issues before they result in downtime.

Read more about this solution: Monitor More. Spend Less. Synchros Temperature Monitoring