Reliability Centered Maintenance is an analytical process used in decision making about how best to manage equipment and system failures, and their consequences. Much of its output comprises maintenance tasks with assigned task frequencies. Those tasks will ultimately be managed in your Computerized Maintenance Management System (CMMS) or Enterprise Asset Management Systems (EAM). You don’t need software to perform RCM analysis, but it is helpful. Read more “Myth busting 29: You can integrate your EAM / CMMS with RCM”
Reliability Centered Maintenance has been around since the 1970’s and it has proven to achieve amazing results wherever it has been used properly. As a reliability method, it guides decision making based on available evidence about past, and expected future, failures. It makes sense that failure data be part of that evidence. But do you need a lot of data?
A common mis-perception about RCM is that it requires a lot of data. Read more “Myth busting 23: We need lots of failure data to do RCM”
Manufacturers always publish recommended maintenance for users of their products. There are a few myths about this maintenance – one is that it will result in reliable operation of the equipment. In some cases it does, but in most, it does not. Why?
The myth is that the manufacturers always know best how to maintain their designs. Think about that for a minute. How many manufacturers actually use and maintain what they sell? Read more “Myth Busting 20: We must follow manufacturer’s recommended maintenance”
Our online learning platform provides many courses which can be taken in an efficient and timely manner, this prevents downtime with staff who would normally have to take many hours a day out of their routine to allow for training of similar courses. Read more “Uptime Webinar – free!”
In theory, integrated computer systems enable multiple uses for any single piece of data that is input only once. Data becomes available wherever it needs to be in whatever business process is integrated into the whole. In a sense it is like our brains – information and experience is registered once and available for access whenever needed for any purpose. Integrated systems should make our lives at work easier, but they seldom do that. Read more “Myth Busting 14: Integrating systems”
You’ve acquired and are now implementing a new CMMS / EAM (Computerized Maintenance Management System / Enterprise Asset Management) computer software program to help you manage maintenance. It may be a simple functional system that only looks after maintenance and likely Maintenance, Repair and Operating (MRO) spares, or it may be part of a much bigger enterprise system that handles many business functions. Regardless, one question almost always arises when converting from one to another system – what should we do about our old data? Read more “Myth Busting 13: We need our old data”
Technology provides us with some fantastic tools to help us work better, smarter, faster and more efficiently. BUT, it doesn’t help us think any better. We can actually get too dependent on it and our thinking is weakened. If you don’t believe that, just watch what happens when you try to buy something and the computerized cash register goes down. Can they actually take payment? And if you use cash, can the clerk make proper change without looking at the cash register to tell them how much to give you.
We have an amazing array of computerized tools to help us manage our maintenance work. Literally hundreds of different options exist. Some are complex enterprise systems integrating with all your other enterprise systems for finance, human resources, etc. Read more “Myth Busting 12: CMMS is the Silver Bullet”
Cloud computing is increasingly becoming critical to business, especially as digital technologies like IIoT become widespread. Gartner predicts that in the next year, the cloud-based Software as a Service (SaaS) market will grow 85%, five times faster than traditional software. For industrial companies who want to use the IIoT for predictive maintenance, cloud-based SaaS solutions offer tremendous opportunities that have the potential to disrupt the equipment maintenance world. Read more “SaaS for Predictive Maintenance in the Cloud”
We are often asked about the impact of the Industrial Internet of Things (IIoT) on equipment maintenance for industrial companies. When it comes to repairs, we don’t anticipate that much will change because of the IIoT, except in identifying when repairs are needed. Making systems safe after they’ve suffered failures and taking things apart and replacing components will always require human intervention. In the area of proactive maintenance however, we see a big impact and huge potential benefits. Read more “IIoT for Predictive Maintenance and Big Data”
- End users and providers of ERPs (enterprise management systems) are often technologically very backward in this specialty of managing MRO supplies.
- There are but a handful of specialists (experts) in this field who have developed any sort of advanced technological solutions, yet they remain somewhat obscure.