Different Types of Maintenance Schedules
Different types of maintenance schedules are available to suit different needs. The most common type is the time-based schedule, where maintenance is carried out at regular intervals regardless of equipment condition. This is suitable for most purposes, but may not be ideal for critical equipment that needs to be kept in top condition.
Condition-based schedules are designed specifically for this purpose, and involve carrying out maintenance only when it is needed, based on the condition of the equipment. This can save considerable time and money, but requires close monitoring of equipment condition. For more details about maintenance schedules, you can visit this source – https://www.archi-qs.com.au/initial-maintenance-schedules/.
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Another type of schedule is called a mixed-mode schedule, which combines elements of both time- and condition-based approaches. This can be tailored to specific circumstances and may offer the best overall solution in many cases.
Finally, it should be noted that some companies adopt a “run to failure” approach, where no proactive maintenance is carried out at all – repairs are only made when equipment breaks down. This can work in some cases, but is generally not recommended as it can lead to unexpected downtime and high repair costs.
Different types of maintenance schedules are available to best suit the needs of your company. The three most commonly used maintenance schedules are:
Preventative Maintenance Schedule: Under this type of schedule, maintenance is performed at regular intervals in order to prevent equipment failure. The frequency of preventative maintenance depends on the type of equipment and its operating environment.
Corrective Maintenance Schedule: This type of schedule is used when equipment has already failed or is not functioning properly. Corrective maintenance is performed in order to repair the equipment and return it to normal operating condition.
Predictive Maintenance Schedule: Predictive maintenance is a newer type of schedule that uses data analysis to predict when equipment will fail. This information is then used to perform preventative maintenance before the equipment fails.