Maytag Air Handling Units (44)

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Energy Efficient Variable Speed ECM Motor Quiet Blower Operation Constant Airflow Reduced Air Stratification Multi-Poised Built in Filter Rack Plug-in Heater Kit Breaker Accessibility Plastic Drain Pan Durable Cabinet Designed to Meet the Requirements 610.2.A.2 Thermal Expansion Valve AnteaterTM Coil Technology

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Maytag B6VMAX48K-C Indoor Air Handler

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MaytagB6VMAX42K-B Indoor Air Handler

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Maytag B6VMAX36K-B Indoor Air Handler

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Maytag B6VMAX30K-B Indoor Air Handler

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Maytag B6VMAX30K-A Indoor Air Handler

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Maytag B6VMAX24K-B Indoor Air Handler

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Maytag B6VMAX24K-A Indoor Air Handler

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Maytag B6BMM060K-C Indoor Air Handler

Durable, Attractive Cabinet: Galvanized steel with a polyester urethane finish. The 950 hour salt spray finish resists corrosion 50% better than comparable units. The plastic drain pan is corrosion-resistant. Multi-poised: Can be used in horizontal, upflow, downflow and vertical applications. Multi-speed: Gives flexibility of installation. Ease-of-Service: Plug-in wire connections and built-in filter rack makes the air handler easy to service.

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Maytag B6BMM048K-C Indoor Air Handler

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Maytag B6BMM048K-B Indoor Air Handler

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Maytag B6VMNX60K-C Indoor Air Handler

Energy Efficient Variable Speed ECM Motor: Advanced technology provides 16 field-selectable cooling airflows and automatically sets heating airflows based on the amount of installed heat. Quiet Blower Operation:Extra quiet and smooth blower on and off cycles. Constant airflow: Motor automatically adjusts to different static loads. Reduced air stratification: This results in improved air quality by optimizing humidity removal and filtration capabilities. Multi-poised: Can be used in horizontal, upflow, downflow and vertical applications. Built in Filter Rack:makes theairhandlereasy toservice. Plug-in Heater Kit: Available in 5 kw through 30 kw (Not for use in 115 Volt units) Circuit Board: Incorporating blower time delay relay, low voltage terminal strip, and heat-strip sequencing. Breaker Accessibility:Breakeraccessiblefromthefront of the unit when heater is applied. Plastic Drain Pan: Provides corrosion resistance. Durable Cabinet: Galvanized steel with a polyurethane finish. The finish will endure 950 hours of salt spray and resist corrosion 50% better than comparable units. Designed to meet the requirements 610.2.A.2: Meets Florida building code requirements for air leakage. Thermal Expansion Valve: Factory installed externally equalized thermal expansion valve provides precise refrigerant control under varying load conditions. Cabinet Insulation: 1" insulation with an R-value of 4.2 contributes to quiet operation and prevents cabinet sweating in difficult applications. Anteater MCTM Micro-Channel Coil Technology: All aluminum coil provides high corrosion resistance.

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Maytag B6VMMX48K-C Indoor Air Handler

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Maytag B6VMMX42K-B Indoor Air Handler

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Maytag B6BMM042K-B Indoor Air Handler

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Maytag B6BMM036K-B Indoor Air Handler

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Maytag B6VMMX36K-B Indoor Air Handler

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Maytag B6VMMX30K-B Indoor Air Handler

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Maytag B6VMMX30K-A Indoor Air Handler

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Maytag B6BMM030K-B Indoor Air Handler

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Maytag B6BMM024K-B Indoor Air Handler

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Maytag B6VMMX24K-B Indoor Air Handler

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Maytag B6VMMX24K-A Indoor Air Handler

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Maytag B6BMMX60K-C Indoor Air Handler

Durable, Attractive Cabinet: Designed using galvanized steel. The door is also galvanized steel, with a polyester urethane finish. The 950 hour salt spray finish resists corrosion 50% better than comparable units. The plastic drain pan is corrosion-resistant. Multi-poised: Can be used in horizontal, upflow, downflow and vertical applications. Multi-speed: Gives flexibility of installation. Ease-of-Service: Plug-in wire connections and built-in filter rack makes the air handler easy to service.

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Maytag B6BMMX48K-C Indoor Air Handler

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Maytag B6BMM030K-A Indoor Air Handler

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Maytag B6BMM024K-A Indoor Air Handler

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Maytag B6BMMX42K-B Indoor Air Handler

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Maytag B6BMMX36K-B Indoor Air Handler

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MaytagB6BMMX30K-B Indoor Air Handler

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Maytag B6BMMX24K-B Indoor Air Handler

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Maytag B6BMMX30K-A Indoor Air Handler

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Air Handling Units - Expert Commentary

How To Heat Our Homes Without Hurting The Climate

Even though the COVID-19 pandemic is seemingly drawing to a close, living, working and learning at home is set to continue. Under this new normal, home electricity use is expected to double by 2050. Simultaneously, as climate change devastates communities around the world, we are faced with a moral and economic obligation to cut CO2 emissions from houses. Our goal is to build Net Zero houses and we can't get there fast enough. Fossil fuels use in heating systems Many countries continue to rely on coal, oil, or gas to power their heating systems. Continuing to rely on these fossil fuels, to keep us warm through harshening winters and cool throughout intensifying summers, simply adds to CO2 emissions. In fact, households account for 72% of global greenhouse gas emissions and energy-intensive HVAC systems are a core contributor to this. Whether you live in a hot or cold country, the result is the same - unsustainable carbon emissions. Heating, ventilation, and air conditioning is the inception point for homes to become sustainable. Sustainable standards in the home Regulation is already driving change in countries like the United Kingdom and the Netherlands It’s crucial that efforts to cut emissions don’t also cut living standards. Turning the heating off and suffering through the cold just isn’t an acceptable solution. The priority should be to cut emissions, not necessarily power consumption. Therefore, the use of clean energy for heating and cooling, as well as heating with ambient heat and heat pumps, could be an effective solution. Regulation is already driving change in countries like the United Kingdom and the Netherlands. In these countries, fossil fuels are being banned where more sustainable, renewable alternatives are available, chiefly for powering homes. Some countries use other mitigation strategies: in California, for example, all new homes must be fitted with solar panels by law. Heat pumps popular in Europe As another way to sustainably power homes, heat pumps have already proven extremely popular in Europe, especially in Scandinavian nations. Electricity in these countries is already generated mainly by climate-friendly wind and hydropower. According to calculations by Fraunhofer ISE, heat pump systems in Sweden generate 90% fewer carbon emissions, in comparison to heating systems that rely on natural gas. Electrical vehicle (EV) charging However, renewable generation alone won’t be enough. When the wind isn’t blowing or the sun shining, renewable energy sources can suffer intermittency issues. Sadly, we’re not yet at the point, when all our domestic power needs can depend on renewable energy Electrical vehicle (EV) charging, which is becoming more popular, is a heavy load and expensive to charge at peak times. This can force us to switch back to traditional carbon-based sources when our power needs outstrip supply. Sadly, we’re not yet at the point, when all our domestic power needs can depend on renewable energy. At least, not without assistance from digital technology. Sustainable smart home technology To decisively cut emissions in the home, clean energy must be paired with the use of sustainable smart home technology. IoT-connected sensors and intelligent systems can provide the deep insight that we need to make impactful and responsible energy decisions. Effective energy management is central to efforts to decarbonize our dwellings. A lot of the energy consumed by HVAC is inevitably wasted, either through forgetting to turn it off, when it’s no longer needed, or heating rooms that aren’t occupied for most of the day. Preventing this becomes much easier, once you have visibility and control through smart energy management systems. Smart systems enable efficient renewable energy use Any home can be digitally retrofitted to become more efficient. Once energy is made visible through digital and IoT (Internet of Things), only then it can be measured and analyzed. Consumers are then empowered to make small changes to their consumption habits, to reduce wasted energy and its resulting emissions. Smart systems can also facilitate more efficient use of renewable energy sources. When all smart systems are interconnected under one platform, AI algorithms can automatically adjust what source the house draws energy from. Combining digital retrofits, energy storage, and management When a home has access to energy storage technology, it can store up excess power generated by renewable sources When a home has access to energy storage technology, it can store up excess power generated by renewable sources, which can be used later, when the power demand is high. This ensures that non-renewable energy sources are only tapped, when absolutely necessary. By combining digital retrofits, energy storage, and robust AI-powered energy management solutions, we can decarbonize our HVAC systems and our homes. A smart, connected approach to consumption can keep us warm in winter and cool in summer, without impacting the biodiversity around us. Smart homes: Powering change As our homes become fitted with more advanced IoT-connected devices, the ability to effectively manage our homes’ energy needs is indisputable. To keep costs and emissions down, a secure interoperable power management system is crucial, to becoming more sustainable and enhancing our quality of life. Businesses and governments need to ensure that people have the freedom to make sustainable living choices within the home, which don’t undermine living standards.

Seasonal HVAC Preventative Maintenance Tips

Seasonal transitions are the perfect time to take inventory and inspect a building’s various systems. We’ve been reminded for years that when we set our clocks back, we should also replace the batteries in our smoke detectors. The same thought process can be applied in support of seasonal preventative maintenance for a building’s HVAC system. Now that the cooling season has passed for a large part of the country, it is time to ensure that HVAC systems have been shut down properly for the winter months. A few simple checks and changes help ensure that the HVAC system is able to transition without failure, from the cooling season to the heating season. Enhancing energy efficiency of HVAC systems Home and building owner inspections can go a long way in increasing the energy efficiency of a system or in mitigating a more complex system failure. Taking a few minutes to inspect an HVAC system for irregularities can help keep repair costs and energy waste to a minimum. Here is a short and easy to complete HVAC inspection check list to execute to help maintain the system and ensure it runs in an energy efficient manner as the outdoor temperature begins to fall. Air filters The change of seasons is the perfect time to change out an HVAC system’s air filter The change of seasons is the perfect time to change out an HVAC system’s air filter. Filters are a key point in a building’s HVAC system, helping keep dust, pollen and larger particulate matter out, and potentially saving it from damage. HVAC equipment accounts for 40 percent of energy usage in a building, so any actions that positively affect energy efficiency are impactful. Not only is changing filters easy to do, but it also provides several benefits, such as improved energy efficiency, cost savings and it helps limit unnecessary stress on the HVAC system, by keeping the air entering it as clean as possible. Dirty, unchanged filters are a leading cause of issues with an HVAC system. The bottom line is that an air filter that has not been changed since the summer needs to be replaced. Inspect the HVAC system Now is a good time to walk around and view the entirety of a building’s HVAC system. How does it look? Make sure the system is clean and in good repair. Examine the ducts to ensure they are clean, undamaged and venting properly. If they are dirty or if there is suspicion that they are clogged, a duct cleaning by a professional may be needed. Remove any leaves or sticks that have gathered around the compressors. Clean the coils of any debris with a garden hose. Trim back any trees or bushes, which are in close contact with the unit. Make sure the condenser unit is still level. If it is not, it can impede the flow of refrigerant and oil, thereby leading to costly repairs. Take a look at the HVAC system to make sure there are no leaks, cracks or structural damage. A quick scan around and cleanup of an HVAC system can help it run longer and more efficiently. Inspect the boiler system Inspect the boiler system by looking for signs of old leaks, which can include stains around the boiler Corrosion is often associated with boiler systems. Inspect the boiler system by looking for signs of old leaks, which can include stains around the boiler or warped floorboards under radiators. Also, be on the lookout for water spots on the ceiling that is below the floor with radiant heat pipes. Make note of any corrosion you find throughout the system, including on the radiators, valves and other components. It’s a smart idea to have a professional inspect a boiler system each year, in order to maintain its functionality and ensure it is running safely, and optimally for a long time. Air Leaks An inspection may also reveal air leaks around doors and windows. These small leaks can add up to significant heat loss and energy costs. If sunlight is peeking through the areas around the perimeter of a window, door or skylight, there’s an air gap to be filled. A quick fix with caulking or weather stripping can ensure optimal energy efficiency. Also, inspect window panes for any cracks, as they will need to be replaced. Furthermore, double check that the windows and doors all close and lock properly. If they don’t, there’s an air leak that needs repair, as well. An inspection of doors and windows can keep a house warmer longer, and help keep the furnace from running over time to maintain a building’s ideal temperature. Shut down AC system for the season At the end of the cooling season, it is recommended that the air conditioning side of the HVAC system be shut off. When doing this, take a few minutes to clean the compressor with a brush and vacuum. Cover the unit with an insulated, waterproof cover that completely covers the whole unit. Secure the cover tightly, so it stays in place over the winter. This simple maintenance can help set up the system for success next year, while also maintaining its energy efficiency. Need for proactive system inspections and maintenance It’s important to evaluate a building’s HVAC system every season, as well as maintain its filters It’s important to evaluate a building’s HVAC system every season, as well as maintain its filters and the environment around the system. Being proactive about systems inspections and maintenance is the best way to keep a system running at peak efficiency, saving money and the environment, as well as providing peace of mind. With a few simple actions, home and building owners can keep their HVAC systems in good shape for longer, and be ready to go for the next season ahead. Motili’s predictive analytics improves budgeting accuracy Motili brings contractors, operations teams and the industry’s most advanced property management technology platform together, to assess and complete HVAC work requests, from start to finish. Motili automatically schedules, dispatches, manages and invoices job requests, and its predictive analytics improves budgeting accuracy, by predicting product life cycle. Motili leverages its nationwide network of over 2,000 contractors and 1,000 distribution centers, in order to provide HVAC and hot water services, across the United States of America, to customers both large and small in size.

What’s Next For HVAC Engineers In The Digital Age?

The development of digital technologies in the Heating, Ventilation and Air Conditioning (HVAC) sector has been transformational for the industry, as well as for those who run HVAC systems. While the electrification and digitalization of machines, and assets has made a lot of operations simpler, it has also meant that the collection of machine data has never been more critical. Given that engineers can now view lots of different metrics on a single screen, including things like heating controls, humidity levels, and more, what exactly are the skillsets required of a modern HVAC engineer in the digital age? And, what will the role look like as digitalization and data-driven processes continue to evolve? Remote Working This real-time data can be used to ensure that assets are doing what is expected of them The most obvious change to the way HVAC engineers are operating in the digital era is the ability to perform diagnostic tasks remotely. Thanks to mission-critical assets being monitored and managed by the Internet of Things (IoT) solutions, engineers can see when burners are activated, or when defrost cycles kick into action. This real-time data can be used to ensure that assets are doing what is expected of them and if concerning behavioral patterns are flagged in the data, engineers can diagnose faults, without having to attend the site. Efficient fault diagnosis and repair Even with a machine right in front of them, engineers can often still learn more about what is going on inside, from their laptops. The ability to gain deep insight into how a machine is functioning, without having to physically ‘open it up and look inside’, is a benefit to both the engineer and the site. Engineers can diagnose faults more efficiently, without having to undertake invasive investigative work on a shop floor or workplace. New skillset for HVAC engineers The HVAC engineers of the digital age may be more likely to be sat with a laptop, rather than up a ladder, so what new skills does this role require? The reality is that HVAC engineering now requires maintenance professionals to understand the data, as much as the mechanics of the assets that they are trying to fix. There are lots of different sensors, control panels, and monitoring solutions, all presenting different forms of data, so engineers need to be able to interpret information, from all these different layers. As many manufacturers have their own digital controls systems, engineers will also be dealing with different naming conventions and unstandardized data, even within a single site. Controls agnostic IoT solutions The need for digital skills and comprehension of data analytics is still fundamental to the modern role Thankfully, recent innovations in controls systems means that engineers will have the digital tools that they need to translate this complex and disparate data. Controls agnostic IoT solutions sit across existing digital infrastructure, to connect directly to the asset and present the data in a simple standardized language, for engineers to analyze. The need for digital skills and comprehension of data analytics is still fundamental to the modern role, but it’s made a lot easier and more efficient, thanks to these progressive innovations. Real-time data analysis The ability to see data in real-time means that the way maintenance is carried out is starting to look very different. Thanks to machine behavior monitoring and trend analysis, engineers will be alerted to a machine starting to go wrong, much earlier than the point at which it breaks, enabling them to proactively visit sites, in order to fix minor faults, before they reach critical failure. The ability to proactively fix faults also saves end-users a lot of money, as maintenance calls will be less frequent and when they are needed, much less severe than they otherwise would have been, if the fault was only detected at the point of the asset breaking down. Digital Skills and the Future What does digitalization mean for HVAC engineers? A lot of the requirements for diagnosing and fixing faults in modern HVAC systems have developed over time, so skills have grown slowly and steadily. There hasn’t been a big bang of digitalization in HVAC, but rather a steady move towards integrating newer technology. This means that most engineers already have the skills, to carry out maintenance roles in the digital age and will continue to be able to learn new skills, at the rate of digitalization. Commissioning engineers, new HVAC specialist role There are a small number of new, specialist positions, which are important in the HVAC engineering profession There are a small number of new, specialist positions, which are important in the HVAC engineering profession, due to digitalization, with the most obvious being commissioning engineers. This role specializes in controls engineering to implement new digital systems, for either new or existing sites, at the beginning of an organization’s digital transformation journey. Much the same as the HVAC engineer of the pre-digitalization age, the commissioning engineer will work with site managers, so as to ensure systems are implemented correctly and to the right specifications, for a particular venue. Data-enabled future of automated HVAC The bottom line is that we’ll always need HVAC engineers, as there will always be assets that need fixing or replacing onsite. Even as we move towards the data-enabled future of automated HVAC machines, they are just that, machines that will break down on occasion and will need to be fixed by a professional. Furthermore, the HVAC engineer of the future will certainly see a shift in skillsets, as they are increasingly required to understand data analytics and software engineering. If you had to ask me to make a bold prediction, I’d say the HVAC engineer of the future will be at a desk, more than up a ladder, but their hands on skills and expertise will be required, for as long as there are physical machines with moving parts.

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