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Due to the current Coronavirus epidemic and lockdowns, we want to help keep your home’s Indoor Air Quality at its best.

We also want to keep our staff working.

So, from now through December, 2020, we are offering our FILTERSCAN WiFi Home Air Filter Monitor at an amazing 23% off our retail price. That’s $99.95 for the peace of mind that you are keeping the air circulating in your house as clean as possible. At this exceptionally low price there is a limit of ONE filterscan per household.



The FILTERSCAN WiFi® Home affordable airflow sensor and differential pressure monitor sends you a text or email when it's time to change your home's air furnace filter.

    How The IoT Will Improve Maintenance Operations

    Posted by CleanAlert Blog Team on Apr 22, 2016 9:17:00 AM

    IoT is becoming a well-known trend in the manufacturing industry and for facility managers. The buzzword describes the machine to machine communications or the interconnectivity of machines using sensors and Wi-Fi. The trend is increasing due to the major benefits it creates in all parts of manufacturing operations, especially in maintenance of equipment.

    The IoT is already becoming common practice in a lot of European countries, especially Germany where they refer to a similar IoT vision as the ‘Industrie 4.0’. This may be the opportunity for U.S. companies to not only stay competitive with their European counterparts, but also continue the trend of on-shoring, bringing their facilities back to the U.S. from lower cost regions. The process is not as difficult as it sounds and the benefits are astounding. Any equipment with a PLC, HMI, or a 1-2 sensors can easily be connected and provide vital feedback for actionable analysis.

    What are some capabilities that the IoT provides for improved maintenance operations?

    IoT provides the capability to use cycle times and runtime

    How do you know when to schedule your preventive maintenance? Many times, calendar based strategies are in place although they are often not the most efficient because they do not relate directly to the machining equipment’s use. Imagine that you used your machines for three shifts all month but the next month you only used it for one. This example clearly demonstrates completely different wear and usage that is unrelated to time. Therefore, we suggest using cycle time instead so that you can maintain the equipment at the same condition each time. Cloud-based solutions allow for monitoring of cycles automatically, cutting out preventive maintenance that is unnecessary. With the use of cycle times, you can determine an efficient preventive maintenance strategy and avoid using a corrective approach in most cases.bigstock-Business-Man-Working-At-Office-106691141.jpg

    IoT provides the capability to identify Trends

    It’s important to track overall equipment health by its individual components such as coolant flow, vibration, pressure, temperature, and the many other possibilities on different equipment, to be able to identify trends within them. Automating the tracking of important operating factors allows effective preventive maintenance to turn into predictive maintenance, which results in even more successful operations. If the same factors are causing problems on the same equipment over time, then the maintenance professional knows where to focus their efforts, determining trends that are leading to unplanned downtime. When this whole process is automated, work orders are placed as soon as the early warning signs happen, rather than after a malfunction.

    IoT provides the capability to establish and transmit codes for specific failures

    Using codes for specific failures as part of the communication stream of the interconnected machines allows for more accurate work orders to be created which address the specific problem being identified. The error code communicated allows the technician to prepare before they arrive on site with the right spare parts already in hand. Therefore, simple codes can eliminate the need to check the equipment before creating work orders and save a lot of time in the long run. Even though the IoT cannot prevent all unplanned downtime or breakdowns, this integration does take preventable issues out of the equation.


    IoT provides the capability to of better Data and Analysis

    With optimized and automated data capture, you can see warnings and prevent equipment failures, vastly decreasing unplanned downtime. Additionally, the data offers trends where improvement opportunities can be made. With IoT, it is possible to minimize the need to remove equipment from service for restoration unless there is a clear trend that calls for it. The analysis of the data also drives technicians to focus on the most common identified failure. Another key benefit for maintenance managers is justifying equipment replacements due to the all-encompassing data directly from your current equipment. Capturing data and analyzing it will allow for a better maintenance strategy and much more efficient operations.

    When added together, it becomes clear that even a concept as forward-thinking as IoT is rooted in solid, time-tested manufacturing strategies that companies have relied on for decades. The ability to make data-based decisions, monitor equipment trends over time and apply maintenance proactively instead of reactively are basic to the operations of a production shop.  Yet with the power of IoT combined with a cloud-based asset management system, these practices become much easier to implement – and the positive results for the business are apparent.

    Originally posted in facilitydude.com

    Topics: IoT, data analysis, trends, maintenance operations