Vincent DiGangi, president of Connell Industries, Inc., is on a mission: “To get people off that dedicated locked-in system, and those can’t-do-what-you-wantto-do applications.”
His summary hits the nail on the head. Isn’t that how most control systems seem nowadays? Adding new functionality to a system means the plant needs to buy a new piece of software, or pay for more tags for the existing software. Increasing the number of people who can access data means paying for more clients. Systems become patched up with a host of software pieces that do this and that, but fail to work well together. And don’t even mention operating system updates – those are just nightmares waiting to happen.
The industry has been stuck in this cycle far too long. But if you talk to any of Connell Industries’ clients, they’re happily working without these headaches. Everyone has access to the system. They’re growing their systems. And they have more plans on the horizon. Customers are finding a new way of thinking about their control systems because Connell Industries can deliver what most other integrators do not: web-based freedom, unlimited scalability, and unrivaled technical support.
When presenting a solution to potential customers, DiGangi and his control engineers will conduct a small demonstration in front of the customer. The web-based aspect of the software is usually understood best if demonstrated to a customer right in their office.
When Connell Industries was proposing a project for an international packaging company, DiGangi retold how they started turning the decision makers’ heads during a demo. “We pulled up the Java application screen and explained that those in the office were looking at the exact same screen as the technician,” DiGangi said. “They can look at what’s going on in this production area from anywhere – home, office or on the road. All that’s needed is a browser; point it to a particular IP address and you’ll see what the operator is seeing. They asked if there was any special equipment or software required – no, just a browser!”
“Then we showed them how easy it is to update the system from one place,” DiGangi continued. “We altered the application, and then an update bar appeared. The update bar was clicked and then they saw the immediate results of that update. There’s no need to go to every computer and update it individually. They said, ‘That’s great, when can we start!?’”
The web-based architecture of the Inductive Automation software also ties into how Connell Industries can offer fast, efficient support to customers. “We can support them remotely and easily,” DiGangi stated. “As long as they give us access to their application on their machine, we don’t have to drive three hours to update it. We overwhelm the customers with all good and no bad. Almost sounds too good to be true. The only problem we face with Inductive Automation is loss of network connections – which happens with any SCADA software. That’s the biggest problem for us and it doesn’t happen very often.”
One of the top reasons DiGangi gave for choosing Inductive Automation was the fact that licensing is very user friendly. Customers pay once and don’t worry about paying for extra tags or clients when they want to add on to the system in the future. The software is placed on one server – or on any computer that can act as a server – and is accessible from any other computer connected to it on the network. Once set up, the system is extremely agile and new projects can be built at the server level and web-launched to any network client.
“Licensing issues are non-existent and there is great flexibility to ‘grow’ the application as the customer’s demands evolve and become more elaborate once they see the benefits of the system,” DiGangi said.
One example of how flexible the system is and how licensing opens up new possibilities for DiGangi’s customers, is their recent project with Graham Packaging.
Graham Packaging manufactures bottles for their customers. They were facing a costly issue from a discrepancy between how many bottles were made, and how many the customer said they actually received. The customer reported that they either didn’t receive the correct number of bottles or that they didn’t receive the bottles by a certain deadline. As a result, Graham Packaging was being back-charged for loss of product, sometimes as many as 60,000 bottles. The bill for one month of claims for undelivered product can be very significant.
They asked Connell Industries to engineer a solution for tracking the preforms (the first stage of material for producing beverage bottles) and generating reports to back up the quantity of bottles they made and when they delivered them.
DiGangi explained that while Graham Packaging originally wanted to track just the preforms, it turned out that there was more to it than that. Oftentimes it’s about solving the problem behind the problem. The original requirement was to track the preforms, but it became apparent that it would be more beneficial to also track the equipment downtime – where underlying causes could be caught and easily addressed.
The end result was a production counting and preform / bottle inventory tracking system with built-in production line downtime monitoring.
This type of creative solution was only possible because of the licensing structure for Inductive Automation software, DiGangi noted. The software is licensed by the server and each server license includes unlimited tags and clients. This gave DiGangi’s company the freedom to take the project to a deeper level, and deliver a better solution to Graham Packaging.
“We got compensated for our time, but it didn’t get complicated because of a licensing issue,” DiGangi explained. “The Inductive Automation software is flexible enough to be able to get creative in solving our customer’s problem. When we are able to come at problems from a different angle, the customer is even more delighted with us and the end result.” Connell Industries, Inc. is a mid-sized control system integration company based in New Jersey. The company has been in business for over 15 years, providing control engineering and manufacturing equipment services to a large number of plastic packaging, power generation utility, and food and beverage customers.