IoT

Challenged by IoT Implementation? Consider a Framework for Deployment

Challenged by IoT Implementation? Consider a Framework for Deployment | Manufacturing Plant EquipmentThe challenge of moving from a successful IoT pilot program to implementing a broad deployment can be daunting and should not be undertaken lightly. But if you have identified high-value use cases, addressing your IoT implementation is the next step. Start by proceeding on the premise that no $20 part should ever take down a critical system anywhere, and visibility into your processes should not be tied to having to be physically present in the area. For example, knowing that monitoring energy consumption on a piece of equipment could lead to a better understanding of the energy costs by product type and, in turn, scheduling the highest consumers to run at non-peak periods.

 

Challenged by IoT Implementation? Consider a Framework for Deployment | Download IoT eBook | Parker IoTDownload our eBook, Voice of the Machine: Manufacturing's Digital Transformation, and gain insight into developing your company-wide deployment framework for a successful IoT implementation.

 

 

 

A deployment path to success

Developing an IoT deployment framework that considers things, connectivity, data collection, lessons learned and action at each stage can help impose discipline across the process and increase your company’s likelihood of success.

 

“In a perfect world, you would scope out capital costs for a number of plants. But implementing IoT is always a gradual process. Every maintenance supervisor has discretionary spending they could use, adding a few sensors to key pieces of equipment and watching what changes. Work the plan, a little at a time. One project leads to another. Once you see the value of it, it permeates the whole building. Then it can be taken division-wide.”
Don Groce, Parker project manager

 

Yet the data by itself is merely a means to an end. The actual revolution hinges on an entirely new manufacturing infrastructure coming together around machine data that:

  • Is inherent in original equipment.

  • Can be extracted with strategically positioned add-ons such as IoT enabled sensors.

 

Case Study

One of our valued customers that makes washing machines and dryers had been using manual diagnostic test tools for their manufacturing processes and machines where a majority are hydraulic-based assets. In the factory, an injection molding machine and a stamping press were driven by the same hydraulic power unit (HPU) located 20 feet off the floor at the top of the machines.

To diagnose or evaluate each asset, a maintenance technician had to use a manual diagnostic tool connected to the HPU to collect pressure changes at points of interest. On the floor, a second technician watched and cycled the machine. These technicians then tested several points individually, which took hours. Because the manual diagnostic devices had long cords connecting the sensors to the handheld meters, the testing setup was cumbersome and time-consuming. Technicians would shut down the machine due to safety risks, then set up the tools to take readings, which further extended downtime and led to missed revenue opportunities.

Given this situation, the customer was receptive to a streamlined solution that involved only a single maintenance technician testing functions, taking readings, and observing processes. We installed our SensoNODE sensors at each of the five points of interest, with the technician now able to run the machine and used our Voice of the Machine solution to track all pressure measurements at once, as well as watch the machine functions from a safe area. Issues were resolved quickly, and the final customer received quality products on time, leading to increased satisfaction and loyalty.

Challenged by IoT Implementation? Consider a Framework for Deployment | Injection Molding | Parker IoT

 

Exploiting IoT connectivity in industrial manufacturing

The Industrial Internet of Things (IIoT) is at a crossroads wherein manufacturers are ready to fully realize digitalization’s promise in a world of connected devices. If properly exploited, opportunities to forge symbiotic long-term relationships between end-users and component suppliers can make ongoing asset intelligence a routine feature of doing business smartly, leading to equipment uptime, the potential for aftermarket business, and loyal satisfied customers.

 

Challenged by IoT Implementation? Consider a Framework for Deployment | Download eBook | Parker IoTDownload our eBook, Voice of the Machine: Manufacturing's Digital Transformation for an in-depth look into how a discrete approach to the Internet of Things can lay the foundation for developing your framework to scale company-wide IoT deployment.

 

Leading with purpose

After more than a century of experience serving our customers, Parker is often called to the table for the collaborations that help to solve the most complex engineering challenges. We help them bring their ideas to light. We are a trusted partner, working alongside our customers to enable technology breakthroughs that change the world for the better

 

Related, helpful content for you:

Defining the Value of IoT in a Connected World

Listening to Our Collective Voice Delivers IoT Empowered Customer Value

Going Digital in Manufacturing- How Smart Can We Become via IoT Adoption?

Defining the Value of IoT in a Connected World

Does Digital Transformation Necessitate Cross-Functional Collaboration?

Be Efficient in the Remote World of Today’s Manufacturing Environment

Defining Our Unique Contribution to the World

Have a question about Parker products or services? We can help: Contact Us!

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