Read the Signs: 7 Red Flags that Equipment Safety is Compromised

DOWNLOAD THE SECURITY MANAGEMENT ARTICLE
DOWNLOAD THE FMJ ARTICLE

Why Modern Functional Safety Management Requires Operational Input

In high-stakes industrial operations, critical warning signs often go unnoticed until an accident occurs. Maintaining rigorous equipment safety is more than a compliance hurdle; it is a nonnegotiable priority. When systems are quietly bypassed or neglected, operational risks rise faster than organizations realize. To prevent costly downtime and dangerous incidents, leaders must transition away from a “set and forget” mentality and actively embrace modern functional safety management across the entire lifecycle of their operations.

In the article “7 Critical Red Flags in Equipment Safety” published in IFMA FMJ and in Security Management, written by Dan Idzikowski, Senior Staff Engineer – Instrumentation and Controls, and Matt Thiel, Director, Integration Engineering, the focus is on how organizations can bridge the dangerous gap between system design and real-world operational reality. True industrial machinery safety relies heavily on closing the feedback loop between operators and engineers, ensuring that safety adapts dynamically alongside evolving equipment and processes.

By evaluating your facility against these 7 warning signs, you can systematically strengthen your functional safety management and protect your workforce:

1. Safety design excludes operational input: Risk assessments move forward without feedback from the personnel who interact with machinery daily, creating impractical protocols that encourage operators to invent unsafe workarounds.
2. Safety integration gets skipped during changes: When software updates, new sensors, or process modifications occur, the cumulative effect can silently erode equipment safety features that were intended to protect workers.
3. “Set and forget” replaces active management: Infrequently used safety components, like emergency stops, are assumed to work. Without structured proof testing and virtual commissioning, hidden, dangerous failures can sit completely undetected.
4. Deferred maintenance and poor documentation create blind spots: Outdated or nonexistent records mask unauthorized field modifications. Bypassing a faulty sensor to resolve immediate downtime eliminates core protections and creates unknown hazards.
5. Bypassing safety controls has become normalized: When systems cause excessive false alarms or disrupt workflow efficiency, operators circumvent controls. This signals a fundamental misalignment between system design and operational reality.
6. No feedback loop exists to learn from alarms and near-misses: Facilities often treat frequent alarms as background noise rather than valuable training data, missing critical opportunities to refine industrial machinery safety through systematic data analysis.
7. Systems and organizations do not keep pace with technology: Decades-old logic controllers and sensors are left guarding modern, upgraded equipment because upgrading safety tech routinely competes with immediate production demands.

Ultimately, culture determines whether safety protocols are rigorously maintained or routinely ignored. Cultivating robust industrial machinery safety requires explicit technical ownership at the operational level, structured documentation audits, and comprehensive safety system assessments. Moving from a reactive stance to a proactive culture ensures that functional safety management is treated as a continuous loop of improvement rather than a static checklist. Implementing these field-tested strategies ensures that equipment safety remains an asset to your productivity, safeguarding both your team and your bottom line.

Read the full article in FMJ here , and the full article in Security Management here.