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Inaccurate pressure sensor data can lead to safety hazards, operational inefficiencies and increased maintenance costs. In high-risk environments, false sensor readings can cause catastrophic plant failures and potential loss of containment, which can cause significant damage to connected infrastructure, local ecosystems and neighbouring communities.
 

A "harsh environment" in an industrial context refers to conditions that challenge the reliability and functionality of electronic components. These environments can degrade sensor performance over time and include conditions such as extreme temperatures, high pressure, corrosive mediums and electromagnetic interference.
 

In this blog, we’ll discuss different harsh environments and how challenging operating conditions can impact pressure measurement accuracy. We’ll also look at how certain design features and maintenance tips can help improve your pressure sensor’s reliability and lifespan. Finally, we'll provide some examples of pressure sensors that can work well in these environments.

Pressure Measurement Solutions in High Temperature Applications

Many industries rely heavily on high temperature pressure sensors to ensure safety and efficiency in challenging environments. Correct temperature ratings on pressure measuring equipment is critical to maintaining the functional longevity of sensors, reliability and accuracy of pressure readings, and overall safety in hazardous applications.

Introduction to Water Supply Valves

Drinking water is the most essential requirement for everyone – it cannot be replaced by anything else.

As an introduction to surge valves, there are many different aspects to consider in an effort to reduce or prevent pressure surges (anti surge) in pipelines or storage tank systems.

What Are Pressure Surges?

Facility monitoring, equipment cooling, and energy management are vital for server rooms and data centres to operate smoothly. The facility's condition and equipment are crucial for data centre reliability and availability. Early identification of potential issues, such as temperature and humidity levels, is essential to prevent major problems.

Proper equipment cooling prevents equipment failure and costly downtime. Effective energy management is critical in controlling costs and minimising environmental impact. We can provide full support for data centre facilities and equipment with a comprehensive product portfolio.