Johnson Controls M13PAC1625/2025, M10PAC1625/2025 owner manual Operation, Maintenance

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Operation

Household dust is typically an accumulation of particles in a size range of .01 micron up to 100 microns. Pollens and spores, which can aggravate allergy symptoms, are usually in the 10-100 micron size range.

The visible household dust particles, and nearly all pollen and spore particles, therefore, can be caught and permanently held, very easily, if you can get them to the air cleaner. With central high efficiency air cleaners, the blower of your heating/air conditioning system performs the air movement function.

Continuous air cleaning will be accomplished when your thermostat is set for continuous air circulation (“Fan On”). If continuous air cleaning is not required, or desired, set your thermostat to “Fan Auto”.

For those who choose periodic cleaning, (as opposed to continuous cleaning through continuous furnace blower operation), the most important period is during—and for several hours after—vacuuming your home. The vacuuming process (unless you have a central vacuum system) stirs up a large volume of dust particles which must be drawn into your air cleaner.

Many of the dust particles generated, while vacuuming, are so heavy they “fall” out of the airstream before they can be drawn out of your living area. This is why it is important to do household dusting several hours after vacuuming. Normally once the heavy particles “fall out”, they are only reintroduced to the air by vacuuming, or similarly vigorous activity.

Where allergy symptoms, which are aggravated by pollens and spores, are a concern, continuous cleaning is strongly encouraged.

To recap, when removing household dust is the major benefit you are seeking, you should operate your air cleaner during and following periods when dust is being generated or “stirred up”. For pollens and spores which aggravate an allergy condition, your cleaner must be operated continuously when these pollutants are in the environment. The air cleaner can only be effective when air containing the contaminants is drawn through the filtering media.

Maintenance

The only maintenance required is the periodic replacement of the disposable Source 1 Filtering Media which you can do in a few minutes. The frequency of replacement will vary with operation time, the number of particles generated in the home and is affected by: number of people and their activities, the amount of carpeting, pets, size of home, number of smokers, the pollution level of the area.

We recommend replacing the media each year. However, if you do not run your blower continuously the media may last up to two years. Air conditioning systems larger than 3.5 tons, or heating systems larger than 130,000 BTUs per hour (1400 cfm), will require more frequent attention if operated continuously.

Changing the Filter

Replace the filtering media with genuine Source 1 SelfSealfilters, available from your installing contractor. IMPORTANT: Follow the step by step directions on the filter carton to ensure that it is installed in the proper orientation – the outlet side of the filtering media is the expanded metal.

The series number for your air cleaner can be found on the door label (see Figure 3). Record this information on your replacement record found below.

Filtering Media Replacement Record

Check one:

M10PAC2025 Series Air Cleaner, Replacement Filter Media Model S1-AA211

 

M10PAC1625 Series Air Cleaner, Replacement Filter Media Model S1-AA411

 

M13PAC2025 Series Air Cleaner, Replacement Filter Media Model S1-AA213

 

M13PAC1625 Series Air Cleaner, Replacement Filter Media Model S1-AA413

Figure 3

Air Cleaner series

number found here

90-1373

 

Date

Dealer Name

Date

Dealer Name

3

Image 3
Contents M10PAC1625/2025 & M13PAC1625/2025 Series Performance IntroductionOperation MaintenancePremium Humidifiers and AIR Cleaners Parts Limited Warranty

M13PAC1625/2025, M10PAC1625/2025 specifications

Johnson Controls has long been a leader in the field of building management systems, providing innovative solutions that enhance energy efficiency, comfort, and safety. Among their wide range of offerings, the M10PAC1625/2025 and M13PAC1625/2025 models stand out as cutting-edge controllers designed for HVAC and building automation applications. These products offer substantial improvements in performance, flexibility, and integration capabilities, making them ideal choices for modern buildings seeking optimization.

The M10PAC series boasts a versatile design, accommodating a range of HVAC systems with ease. It is equipped with powerful processing capabilities, which enhance data processing and real-time decision-making. This controller supports multiple communication protocols, including BACnet and Modbus, ensuring seamless integration with existing building management systems. With its capacity to control various HVAC equipment, the M10PAC can significantly improve energy savings while maintaining optimal indoor comfort.

One of the main features of the M10PAC1625/2025 is its intuitive user interface, which simplifies setup and monitoring. Users can manage and visualize system performance through graphical dashboards that provide real-time insights into energy usage and operational status. Additionally, the capability to create custom schedules allows users to program specific operating times, further optimizing energy consumption based on occupancy patterns.

Similarly, the M13PAC series is designed with advanced features focused on efficiency and adaptability. It includes enhanced input/output options that enable it to connect with a wide array of sensors and devices, ensuring comprehensive system oversight. This model also supports advanced control strategies such as automatic demand control ventilation, which adjusts ventilation rates based on occupancy levels.

Both models feature robust data logging capabilities, allowing facility managers to track performance trends over time. This data-driven approach empowers managers to make informed decisions concerning maintenance and operational adjustments, ultimately leading to reduced energy costs.

Moreover, the controllers are designed with cybersecurity in mind, incorporating protocols to safeguard against unauthorized access and potential threats. This focus on security ensures that customer data and building operations remain protected in an increasingly connected world.

In summary, the Johnson Controls M10PAC1625/2025 and M13PAC1625/2025 are exemplary systems that provide modern solutions to industrial and commercial HVAC challenges. Their advanced technologies, user-friendly interfaces, and robust features emphasize efficiency, flexibility, and security, making them invaluable assets for any facility looking to enhance its operational capabilities.