;)
Control
Intelligent Trace Heating Control for Industrial Process Reliability
Modern trace heating is no longer just about keeping pipes warm. It is about energy efficiency, uptime and long-term asset visibility.
Most trace heating systems are installed, commissioned and then largely left unmanaged.
Control panels operate in simple on/off modes.
Energy usage is rarely optimised.
Circuit degradation is often only discovered after failure.
Moving from Reactive Spend to Proper Control
Most trace heating systems are installed, signed off and then left alone until there’s a problem.
When a pipe freezes or a heater starts to fail, the response is reactive. Maintenance is urgent, downtime is expensive and energy use has often been higher than it needed to be for years.
There is a better way to manage it.
By combining proper system design with intelligent control and continuous monitoring, operating costs become more stable and predictable. Stepless power control allows output to match real demand rather than running at fixed stages, and ongoing circuit diagnostics highlight deterioration before it becomes a failure.
In practice this means:
- Lower long-term energy consumption
- Reduced risk of freeze incidents
- Fewer unexpected maintenance events
- Greater confidence in system performance
Trace heating stops being something you fix when it goes wrong and becomes something you actively manage.
Intelligent Control Built for Industrial Trace Heating
TRM works in partnership with Planray to deliver advanced control and monitoring systems designed specifically for industrial electric trace heating.
These are not basic on or off panels. They are engineered systems designed to improve efficiency, visibility and long-term reliability.
Key capabilities include:
- Stepless power control, allowing output to match actual heat demand rather than switching in fixed stages
- Continuous circuit monitoring to track performance and condition in real time
- Early fault detection that identifies insulation degradation and load changes before failure
- Centralised visibility across multiple circuits from a single interface
- Integration with plant DCS and SCADA systems using standard industrial communication protocols
The result is tighter temperature control, reduced installed power requirements and improved operational oversight across the whole system.
Designed for High Consequence Environments
This approach is particularly suited to environments where temperature control is directly linked to safety, compliance and production continuity.
Typical applications include:
- Chemical processing facilities
- Petrochemical and refinery sites
- Tank farms and bulk storage terminals
- Energy and power generation plants
- Marine and offshore installations
In these settings, freeze protection and temperature maintenance are not optional. Intelligent control provides the assurance that systems are performing as intended, with clear visibility when they are not.
Engineering Support from Concept to Operation
TRM combines advanced control technology with practical trace heating engineering experience.
We support projects from early design and specification through panel integration, commissioning and long term operational support. Our team understands both the heating elements and the control philosophy that governs them.
Whether you are upgrading an existing installation or designing a new facility, we can help develop a control strategy that delivers measurable lifecycle performance.