When running power cable through a facility using a ladder rack, the design considerations on how to affix the cables to the ladder arise. Options such as nylon cable ties, stainless strapping, cable cleats, tie wire and, believe it or not, even doing nothing at all, are all practices that have been witnessed in the field. In addition to cable management, engineering firms must also consider the implications of a short circuit fault as part of the design process. When a short circuit fault occurs, tremendous magnetic forces repel the power cables from each other resulting in violent forces that damage everything in their path.
Collaboration between Information Technology (IT) and Operations Technology (OT) is becoming a necessity to design and deploy an industrial network architecture that follows IT best practices for security, high availability, and quality of service.
However, skills gaps still exist between IT and OT that can jeopardize effective planning and configuration of the physical and logical network fabric, especially at the switch level. In the words of Panduit Solutions Manager Dan McGrath, “My contention is that two kinds of switches are found in many plants today: (1) unmanaged and (2) poorly managed!”
Dan makes a point worth considering, as unmanaged switches are often deployed to enable quick initial startup of the machine or process. However, this short-term gain can turn into a long-term loss when the time comes to scale more nodes or integrate single machines into the wider factory network, in the form of increased time and materials costs.
Deploying managed switches is a definite step up, but can give plant teams a false sense of manageability and security. If managed switches are deployed as plug-and-play devices without attention to configuration and setup, IT/OT directors may be left with a network that works on Day 1 but is teetering on the edge of functionality or with major security flaws.
To update a famous acronym, I think there is a better approach that IT and OT teams can follow that will drive better network planning and increased team collaboration: Know, Integrate, Simplify, and Standardize, or K.I.S.S.
It’s Back-to-School season for many readers and their children—time for students of all ages to meet new friends and teachers, get some fresh school clothes and/or uniforms, and check for the closest wi-fi hot spot.
Technology has become a significant part of students’ everyday lives, with tablets and interactive eBooks starting to replace heavy textbooks in everyone’s backpack, according to SecurEdge Networks. In fact, SecurEdge reports that the average college student now uses three devices daily, and 67% of surveyed students claim that they cannot go more than one hour without using some sort of digital technology.
Recently we had the opportunity to guest write on Thorne and Derrick’s blog. Below is what we published on the topic of Safety in the Workplace!
You may ask yourself why you need a safety services program in your organization?
It’s expensive, I need additional staff, and we haven’t had an incident yet…YET is the key word! It’s time to start being proactive instead of reactive! In addition to the numerous industry-wide standards for hazardous energy, electrical safety and environmental standards, the safety of your workplace and personnel should be a top of mind concern.
Manufacturing companies can experience an average of 3.9 power outages per year, and when the power goes out…production STOPS! Even short power blips can be detrimental. Every minute you wait for network equipment to restart can cost your company thousands of dollars. So what can we do about it? Install a UPS or Uninterruptible Power Supply System! Well that’s a great start, but traditional UPS systems rely on batteries, and if your UPS battery fails, your risk of downtime goes up…the very thing we’re trying to avoid. Batteries require maintenance and operating expenses such as inspections, testing, replacement and in most cases hazardous waste disposal. As an alternative to a traditional battery UPS system, an ultracapacitor UPS system improves uptime and eliminates maintenance, which saves you money! Let’s compare the two with our infographic below.
There is something lurking about in today’s data centers that is not mentioned in polite company and quite frankly, is ignored. Although it will not go away, one hopes that it will not rise up and wreak havoc, bringing the enterprise to a halt.
That’s right . . . bad fiber hygiene!
Efficiency is quickly becoming the mantra across construction organizations. Even minor variances in construction practices can affect profit. All components need to be designed and engineered for productivity, reliability and safety in order to meet or exceed industry standards and pass inspections. Mistakes on the job site cause delays or rework which increases overall project costs and can lead to missed deadlines:
- Time lost when people, materials, or equipment are kept waiting
- Poor handling of materials and equipment around a site
- Excess materials not needed
- Unsafe job site conditions due to improper grounding, arc flash hazards, worker injury/fatigue
Panduit can help you improve productivity, reliability and safety – with a full solution of over 30,000 available parts engineered to reduce installation time and costs, improve operational performance, and meet or exceed industry standards.
Stop by and see us at NECA Booth #211 and let us show you how
We’ve Got You Covered or visit us at www.panduit.com/buildnow.
Job-sites are becoming more connected as technology continues to flourish. Understanding how it works and the value technology can bring to your job-site is crucial to ensuring operational efficiency.
Many of us have heard of IoT (Internet of Things) or IoE (Internet of Everything), but what exactly does that mean for you the contractor? Technology is impacting most job-sites around the world and understanding how to incorporate it within your next construction project is fundamental.
Panduit is adding mobility to your toolbox with the new Panduit Select Mobile App. Access, manage and share key product and project data both at the office and in the field.
One of the frequent questions we hear from our customers has to do with choosing the right media type for their data center. On the surface, it would seem the answer is obvious: use copper between the servers and first tier of switches and use optical fiber everywhere else. Although you might find yourself nodding in agreement, that answer does not really address the real question.
The real questions is: what is the right media type for maximizing what is important to you or minimizing what is costing you?
Let’s take a look at just one of the factors you might consider when looking at the various media types: latency.
The FIFA World Cup brings out the competitive instincts of sports fans across the globe. The strategies, styles, skills and depth of teams around the globe are tested and validated like no other sporting event. How much training and practice does it take to play at that elite level? If you have participated as a coach or parent for your children’s soccer teams, you must appreciate the long journey these players and teams have been on to reach the pinnacle of their sport! Training, team building, and ‘play’ experience are all key factors for teams to achieve their goals whether on the soccer field or even the plant floor if you are thinking about transforming your industrial productivity.
For industrial plants today, a new competition is underway to produce faster, better and smarter than the other ‘teams’ around the globe. A key strategy involves enabling more teamwork, better decision making, and faster, more agile response by connecting people, processes, data and things in new ways. This market transition is referred to with varying names such as the Internet of Things (IoT), Internet of Everything, and Industry 4.0. One key aspect is how to best leverage the advantages of Internet Protocol (IP) which underpins so much of this wired and wireless connectivity – a new Industrial IP World Cup!