Also called planned or preventative maintenance, PM is conducted throughout an asset’s normal operating conditions. This helps avoid unexpected breakdowns and their pricey consequences, such as unplanned downtime.

Preventive maintenance is not based on a machine’s condition. Instead, it is based on recommendations from the asset manufacturer or on the average life cycle of an asset. Basing maintenance on a calendar means that some maintenance tasks are done when they aren’t strictly needed. It also means that teams can ensure that they have the budget, inventory, and scheduling to perform the tasks.

Preventive maintenance software, including a computerized maintenance management system (CMMS), can simplify preventive maintenance even more through features such as auto-scheduled work orders. Streamlining maintenance practices reduces emergency, reactive work and increases worker safety and efficiency.

Performed consistently, preventive maintenance services, also called preventative maintenance services, can help your organization avoid expensive downtime and disruptions.

• Calendar- or Time-based preventive maintenance
  These types of preventive maintenance are completed at regular or scheduled intervals with help from preventive maintenance software. While all critical equipment should have PM, regularly checking equipment critical to production will help decrease breakdowns.
  A motor-pool may have required fleet maintenance every 4 months. This is a great example of preventive maintenance.
• Usage-based preventive maintenance
  Another type of preventive maintenance example is called usage-based, where a machine’s statistics are used to determine corrective actions. Usage statistics can include cycle counts, runtime, miles/kilometers traveled, or hours, among others.
  For example, one kind of PM could be where an industrial maintenance technician checks machine usage statistics. Then, depending on measurements and usage readings gathered in rounds, maintenance may be scheduled.

Preventive maintenance software, such as eMaint’s CMMS, is a key tool to moving away from reactive maintenance and daily disruptions. With the right program, maintenance teams can reduce costs and increase uptime. Preventive maintenance software is important because it allows maintenance teams to set calendar- and/or meter-based PM tasks for every asset. Within the preventive maintenance task record, users add a detailed description that can include important information like task procedures and guidelines.

Preventive maintenance software also reduces data entry by eliminating the need to create new tasks for every PM schedule. The preventive maintenance software simply associates a PM task with multiple PM schedules.

It also lets users maintain consistency in their processes. Preventive maintenance software enables teams to create a sequence of procedures for every preventive maintenance task. That way, technicians have a step-by-step guide to completing their work.

Organizations avoid cost overruns by scheduling preventive maintenance. And all parts and maintenance resources can be planned and accounted for to streamline the process.

Preventive maintenance is a relatively straightforward strategy to establish and set in motion. Managers schedule PMs based on calendar dates or usage, often at the manufacturer’s recommendation. Teams shut down equipment during a specified date and time. Then, they perform the outlined tasks on that piece of equipment.

Managers can set up PMs with breakdown and time-based triggers. CMMS software triggers alarms to alert employees of required maintenance. Software triggers a breakdown PM when equipment cannot be used until maintenance is performed. Scheduled maintenance is triggered whenever the calendar rolls over to a pre-specified date with a time trigger.

For example, forklift manufacturers may suggest performing maintenance every 150 to 200 hours of use, establishing a time-based trigger. Performing this maintenance can mean extending the life of assets, increasing productivity, improving overall efficiency, and reducing maintenance costs.

Preventive maintenance does not require additional tools other than the manufacturer’s recommendations and a team willing to adopt new maintenance processes. To achieve buy-in from the group, it is important to outline the benefits of a PM program and identify how a preventive maintenance schedule will make the jobs of technicians, mechanics, and engineers much more manageable.

Teams leveraging a computerized maintenance management system (CMMS) trigger periodic preventive maintenance inspections based on calendar intervals or usage (for air compressors and forklifts) or mileage for company vehicles. This company has increased its planned maintenance percentage from 20% to 80%, and their on-time completion rate for PMs is 85% and continues to improve.

• Enhanced productivity and efficiency
• Diminished paperwork and manual data entry
• Stronger work execution
• Reduced unexpected breakdowns
• Improved audit compliance

Preventive maintenance is the simplest and most straightforward maintenance strategy to implement. It requires following manufacturer recommendations and establishing a standard maintenance schedule for critical assets and equipment. A PM program helps maintenance teams boost their planning and efficiency while reducing unplanned breakdowns and lost production. Switching to preventive maintenance can be done one step at a time, starting with the most critical assets.

Often, preventive maintenance is just one strategy practiced by a maintenance team. Some of the best maintenance programs take a proactive approach, where 60% or more of all maintenance activity is preventive. This decreases fire drills and disruptions to a less-than daily occurrence. A world-class maintenance program reflects an organization’s goals, and works toward them through planning, implementation, and evaluation. This strategy helps organizations improve quality and output, increase equipment uptime and Overall Equipment Effectiveness (OEE), reduce costs, and more.

Equipment Inspections

Routine machine inspections are one of the most common preventive maintenance examples. Maintenance teams frequently conduct calendar-based inspections of critical machines. These regular inspections help ensure a facility stays up and running.

Preventive maintenance (PM) is a reliable approach for managing equipment on a consistent schedule to lower the frequency of failures. There are many advantages of preventive maintenance, including helping lengthen asset lifespan, reducing unplanned downtime, and increasing operational efficiencies across the board.

While there are many advantages of preventive maintenance, it’s not 100% foolproof and won’t eliminate all risk of unexpected breakdowns. It’s also a labor-intensive method, and it requires time and resources to execute effectively.

The potential for over-maintenance is there, too: When you have to change the filter on an HVAC unit, you already know when to clean it without using PM. Letting it run to failure would cost relatively the same for a replacement. Arguably, you could save your resources for the breakdowns that are a greater threat to operations. The best policy is to weigh your options and get familiarized with various failure modes before you execute a usage-based PM plan.

What Does Preventive Maintenance Achieve in Practice?

Preventive maintenance solutions promote the health and safety of workers while improving productivity and saving costs. Some types of preventive maintenance are performed at regular intervals to measure criticality whereas other types are usage-based instead, taking corrective actions only when machines fall below accepted parameters. Unlike reactive maintenance, PM predicts equipment failure long before it holds up the rest of the production pipeline. In junction with a CMMS, this system can automate scheduled inspections, cleaning, and part lubrication.

What are the Advantages of Preventive Maintenance?

When manufacturers implement a preventive maintenance program, they typically see continuous improvements in machine longevity, which are visible in their KPIs. Over time, this lessens the effects of asset depreciation, as the team makes better procurement decisions in response to adjustments or replacements. In short, it makes the jobs of engineers, operators, and technicians much easier.

Five Advantages of Preventive Maintenance

1. Increase Asset Lifespan

A longer asset lifespan is a major advantage of preventive maintenance because it detects minor defects that throw a wrench into machine capacity. Maintaining good asset health assures that you have a shorter mean time between failures (MTBF). This KPI lends a hand in you making informed decisions for the next steps, instead of panicking about emergency work orders. It saves you the trouble of replacing expensive pieces and sets the precedent for ongoing regulatory compliance.

2. Save Money

Maintenance costs can put financial stress on the infrastructure, especially if there are complex mechanical systems in multiple buildings. To bring down asset spending, preventive maintenance lets technicians organize a larger number of tasks and complete them with more accuracy. For cleaning, it could show signs of leaks or rust accumulation on metal surfaces. And for the spare parts inventory, you won’t need to purchase stock as often to handle a complete replacement.

3. Reduce Disruptions

Another advantage is lessening interruptions on integral workflows. Rather than halting production when fulfilling requests, you should schedule maintenance around expe