Improving Worker Safely With Construction IoT Equipment

Improving Worker Safely With Construction IoT Equipment

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Industrial workplace safety is a multifaceted issue. Safety is not limited to workers, but it also includes other aspects, such as machinery, equipment, and so on. Let us not forget the common hazards as well. For that reason, to adequately protect the employees within the construction site, it’s essential to address these to achieve operational success.

How IoT Technology Can Ensure Workplace Safety

With the IoT technology, it offers optimum safety to professionals with a real-time understanding of machinery, worker behavior, causes of stoppages, safety shutdowns, and even safety anomalies.

To better understand how IoT can improve worker safety, it’s imperative to also familiarize oneself with the everyday challenges that usually takes place.

Worker Behavior

IoT ensures that the machinery design is specifically made for human-task interaction with equipment and machinery. Those who utilize poorly-designed safety systems fail to take this into consideration, In fact, even those who already have a well-designed system, there’s still the risk that the workers might not be able to adhere to the standard operating procedures, and this would lead to unnecessary downtime.

Rise of the Connected Enterprise

The connected enterprise is the series of enterprise-level information technology, together with plant-level operations technology. The combination of these combines the separate system into one secure network architecture offering a seamless foundation for information sharing and real-time connectivity. This allows better decision-making, as well as overall productivity within the industry.

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IoT technology combines with safety and machinery control into one platform make the system less susceptible to unnecessary shutdowns which positively affects not only the productivity but profitability as well.

Access to Safety-System Data

Another benefit that IoT offers in the construction industry is the access to safety-system data which include event sequences, operational status, stoppage, fault codes, and even timers. This can usually be found in traffic safety cones. With this kind of data, it allows the safety and operations, specialist, to work together and understand safety risk better, lessen downtime, assess machinery, as well as safety system use and misuse. Not just that, it also has a significant impact on machinery compliance and also lessens the occurrence of work-related accidents and injuries.

Easily Identify Problems Before They Happen

System data could be collected using IoT technology, such as information-enabled devices in a connected enterprise. This would send vital information, such as duration, timestamp, as well as the line and shift associated with each activation. Depending on the needs of the construction project, stoppage reason codes could also be integrated to determine why a machine stopped– if it’s because of misfeeds, cleaning, jams, and such.

As for safety professionals, they could quickly pinpoint if safeguards are being handled the way it should not be, and from then on, they can investigate the cause of the problem and see if higher activation rates are related with the specific production line or shifts. This would allow them to determine if there’s a need for additional training for a selected group of workers.

Putting Safety Data to Great Use

Being able to access and convert system data into useful information could greatly help in transforming how safety professionals monitor and handle safety. A key opportunity is being able to identify if there are any discrepancies between assessment and machinery design, together with how well the operation and machinery procedures are handled on their daily operations.

For instance, the e-stop buttons should only be used in case of emergencies. However, there’s always the risk that workers might misuse these just to force stop a production or clear jams at the end of the cycle. These workers should be educated that inappropriate usage of e-stop buttons could lead to increased scrap, and it would also affect how the machine functions– it would take longer machine start-up times, that would reduce overall productivity.

If you try to analyze these, IoT technology can be utilized to determine the cause of the problem and the solution that would optimize the productivity of the workers, and machines. Not only will it keep the workers safe, but it would also minimize the costs.

Author Bio:

Chris is a Digital Media Strategy Consultant in Orlando, FL who provides national brands with freelance copywriting, PPC Management Services, and SEO strategies.  Chris is also passionate emerging technologies and traffic safety issues.

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