Flex STM

STEAM TRAP MONITORING

Flex STM MODEL

Thermal harvesting

Mounted thermal harvesting unit with energy harvesting and on-board energy storage.

Cloud-based gateway

Selectable Mesh Radio (ISM 868/915 MHz) or LoRaWAN (ISM 868/915 MHz) support.

DCO systems offer a range of steam trap monitoring solutions including the Flex STM model with energy harvesting capabilities
Autonomous

A truly wireless and battery-free solution designed to fit within pipework networks.

Measurements

Pipe Temperatures; Ambient temperature, humidity, and pressure; Vibration and movement; optional acoustics.

PRODUCT FEATURES

SELF-CONTAINED SOLUTIONS

Flexible configuration

2x Clip-on Temperature Probes (-20°C to 300°C) included, with support for up to 8 probes.

DCO's Flex STM & Ultra STM sensors are powered using thermal harvesting as part of energy harvesting capabilities.
DCO's Easy STM, Flex STM & Ultra STM monitors send data and notifications to Smartphones, tablets and PCs.
Predictive maintenance

Real time alerts, from DiscoverRA platform or your reporting tools.

Flexible data

Out of the box support for the DiscoverRA cloud platform or integrate with your platforms.

DCO's Easy STM, Flex STM & Ultra STM sensors allow for data integration
DCO's Easy STM, Flex STM & Ultra STM sensors allow for frequent reporting based on the engineer's needs.
Flexible reporting

Smart reporting intervals and up to 20 updates per hour.

Mounting sizes

Options for DN15 to DN300 pipes.

DCO's Easy STM, Flex STM & Ultra STM sensors have a variety of flexible mounting sizes.
DCO's Easy STM, Flex STM & Ultra STM allow for data storage and historical data keeping on the trap they monitor
Smart device

Extended data analysis and smart data provided on-device.

Operational temperature

Environment: -40°C to 85°C

DCO's Easy STM, Flex STM & Ultra STM sensors have an operational temperature of up to 85C.
DCO's Easy STM, Flex STM & Ultra STM monitors come with an IP66 enclosure rating
Enclosure type

IP66 enclosure, measuring 130mm x 91mm x 63mm.

Flexible configuration

2x Clip-on Temperature Probes (-20°C to 300°C) included, with support for up to 8 probes.

Predictive maintenance

Real time alerts, from DiscoverRA platform or your reporting tools.

Flexible data

Out of the box support for the DiscoverRA cloud platform or integrate with your platforms.

Flexible reporting

Smart reporting intervals and up to 20 updates per hour.

Mounting sizes

Options for DN15 to DN300 pipes.

Smart device

Extended data analysis and smart data provided on-device.

Operational temperature

Environment: -40°C to 85°C

Enclosure type

IP66 enclosure, measuring 130mm x 91mm x 63mm.

Our Flex STM model provides a flexible platform for monitoring offering sensor flexibility to meet your requirements. With dual temperature sensors included by default, the unit can be extended to up to 8 temperatures probes, and supports the full range of communications, storage, and sensing options from our options range. The IP66 enclosure is suitable for long-term outdoor installation.

Discover our steam trap monitoring range

DCO's Easy STM is simple and compact for large scale deployment
DCO systems offer a range of steam trap monitoring solutions including the Flex STM model with energy harvesting capabilities
DCO systems offer a range of steam trap monitoring solutions including the Ultra STM model with energy harvesting capabilities
Easy STM

Discover DCO's small, compact and highly efficient model that is perfect for large scale deployments here.

Flex STM

Learn more about DCO's flexible, persistent and maintenance-free model that punches above its weight here.

Ultra STM

Explore DCO's thermal + ultrasonic monitoring solution for complex and high-value traps here.

Ready to learn more?

Download the DCO Product Flyer - Flex STM

To learn more about our steam trap monitoring range, please contact us or email info@dcosystems.co.uk.

3 Global Business Park
14 Wilkinson Road
Cirencester GL7 1YZ
United Kingdom

+44 (0)1285 359059
info@dcosystems.co.uk

DCO sensors are ISO:9001 approved
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