Electrical & Mechanical
Condition Monitoring

Condition-Based Maintenance

Traditional maintenance strategies rely heavily on fixed time intervals – servicing equipment every six months or every year, regardless of its actual condition. While this approach provides a degree of structure, it is inherently inefficient. Some equipment will be serviced before it needs attention, consuming maintenance resources unnecessarily. Other equipment will develop faults between scheduled intervals, leading to unexpected failures that a time-based programme was never designed to catch.

Condition-Based Maintenance (CBM) takes a different approach. Rather than following a fixed calendar, it focuses on monitoring the real operating condition of your equipment and intervening when the data indicates that intervention is actually needed. This approach is more efficient, more reliable, and better suited to the demands of modern industrial and commercial operations.

Baseline RTS supports predictive maintenance and reliability programmes by providing structured inspections that identify early indicators of equipment deterioration across electrical and mechanical systems.

What Conditional Monitoring Involves

Condition monitoring is not a single technique but a collection of complementary methods, each suited to detecting particular types of deterioration in particular types of equipment. Baseline RTS draws on a range of inspection technologies to provide a comprehensive picture of asset health, tailored to the specific equipment and systems at your facility.

Our condition monitoring inspections may include:

  • Electrical thermal inspections – using infrared thermal imaging to identify overheating components, high-resistance connections, and unbalanced electrical loads
  • Bearing condition monitoring – assessing the condition of rotating bearings through ultrasonic and vibration techniques to detect early signs of wear
  • Ultrasonic lubrication checks – using acoustic emission monitoring to assess bearing lubrication condition and identify under- or over-lubrication
  • Mechanical system diagnostics – evaluating the overall condition of mechanical drives, couplings, and transmission components
  • Valve and process equipment inspection – assessing the operational condition of isolation and control valves, and monitoring process equipment for signs of deterioration

By combining these techniques, we build a detailed and evidence-based picture of how your assets are performing and where maintenance attention is genuinely required.

Benefits Of Condition-Based Maintenance

The most immediate benefit of condition monitoring is the ability to identify developing faults before they become failures. An overheating connection in an electrical panel, a bearing showing early signs of wear, or a valve beginning to pass internally can all be detected and addressed at a planned time of your choosing — rather than responding to a breakdown at the worst possible moment.

This shift from reactive to proactive maintenance has a direct impact on operational reliability. Unplanned downtime is reduced, emergency repair costs are avoided, and the disruption to production or building services that accompanies unexpected failures is minimised. For facilities where continuity of operation is critical, the value of this reliability improvement is significant.

Condition monitoring also improves the efficiency of your maintenance resources. When inspections are guided by actual equipment condition rather than fixed schedules, your maintenance team can focus their time and budget on assets that genuinely need attention. This avoids unnecessary servicing of equipment that is performing well while ensuring that deteriorating assets receive prompt attention.

Building A Maintenance Programme

For organisations looking to move beyond reactive and time-based maintenance, condition monitoring provides the foundation of a structured predictive maintenance programme. By establishing a baseline of normal operating conditions for your key assets and monitoring for deviations from that baseline, it becomes possible to develop an increasingly accurate understanding of how your equipment behaves – and how much notice it typically gives before a fault becomes a failure.

Over time, this builds a body of data that supports better maintenance planning, more accurate budgeting, and a clearer understanding of asset life expectancy. For facilities with ageing infrastructure or complex equipment portfolios, this intelligence is genuinely valuable in managing risk and making informed decisions about repair versus replacement.

Baseline RTS works with clients to develop condition monitoring programmes that reflect the specific requirements of their facilities – taking into account the criticality of different assets, the consequences of failure, and the practical constraints of their maintenance operations.

Working With Baseline RTS

Our engineers are experienced in carrying out condition monitoring inspections across a wide range of industrial and commercial environments. We work methodically, using calibrated instruments and established diagnostic techniques to provide findings that are reliable, consistent, and clearly documented.

Following each inspection, you receive a structured report detailing the condition of all assets assessed, along with prioritised recommendations for maintenance action. Where developing faults are identified, we provide clear guidance on urgency and the recommended course of action, giving your maintenance team the information they need to plan effectively.

If you are looking to implement predictive maintenance or strengthen your existing condition monitoring programme, get in touch with Baseline RTS to discuss how we can support your reliability strategy.

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Victor Gramcracker

Managing Director – Bukodan Showrooms

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