Starting with a schematic, layout, or application pictures, we work with our client to identify the points to monitor
We advise the appropriate technology for condition monitoring and ideal monitoring strategy

Steam Traps:

Steam traps can be monitored using a variety of technologies, but we find the most effective results using Ultrasound.

“In steam systems that have not been maintained for 3 to 5 years, between 15% to 30% of the installed steam traps may have failed”

Stream live data: for real-time status
Quick check: instantly determine the status of any steam trap
Seamless deployment: returns trap condition from the 1st measurement
Notifications: via text or email, in real time, when an issue is detected
Easy to scale: up to 40 radio nodes to a single controller, 3–5km line of sight range
Line Powered Radio nodes can connect to up to 4 sensors

Solution Benefits

Measures: Friction, Impacting and Turbulence (FIT)
Sensor: High-frequency resonant sensor, sound is very localized to the immediate area
Parameters: Measures high frequency, low energy signals in decibels per microvolt

What we do

What you do

Attend installation to assist identifying assets
Receive On-site training for both hardware (sensors and control panel) and software (live dashboards, thresholding and notification set up)

What we do

What you do

You can meet with your CSM weekly or monthly to receive a report of what is going on, and continue to develop the system
Adopt the system into your wide reliability program
Enhance your Culture of Reliability

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