Why Energy Efficient Air Control Systems Matter


The simple answer is that energy efficient air control systems create an obvious cost savings, but they can deliver far more benefits than just saving money. That in its self is valuable, but if your operations have to meet any type of standard of control, then managing your air flow is essential. The standard HVAC systems won’t be capable of delivering the control and integrity of flow that regulated industries required. You need to do the groundwork to find a company that makes a system that not only is adaptable and flexible, but that allows for cost effective upgrades and operation too to get the benefits promised.

Why Energy Efficient Air Control Systems Matter

The Bigger Picture About Air Control

Air control can affect everything from the ability of your employees to work productively to the integrity of your product and manufacturing processes. A top of the line air control system will allow you to optimize humidity and moisture content controllers while also making sure that clean rooms stay within verification standards. From controlling the air quality in a room, to handling the more complicated air transfer patterns between points of access and egress, your air control systems can be the key to solving almost any solve problem.

 Start with Critical Airflow Valves

The core of any air flow system lies in its critical airflow valves. These don’t just have to be good, they have to be constructed under clean room standards too or the valve itself can introduce contamination or fail at inopportune moments. Companies like offer verification that all of their air control valves are manufactured to the highest standards possible, but they also have an in-house checks system that is more stringent than the industry regulations. Once the critical valves meet and exceed standards offered by the company itself, you also want to know that they went a step further engaged third party inspectors to supply the valve certification accreditation you want to see attached to the system.

Why is a Third Party Needed?

Seeing that a company has taken an extra step and contracted with a third party vendor to provide valve certification accreditation should be what swings you over to do business with them. That third party fulfills the role of a quality check, and an outside agency should always be the first choice for the last step of manufacturing. If a business does this as a standard habit, it means they are highly confident about the products they create – and that’s the product you want.

A Powerful Supervisor to Manage the System

One issue that can come up with air flow systems is how the system itself is managed. A good solution is found in the Supervisor program used by Phoenix Controls. This is a proprietary software interface that was designed to manage their valve and controller systems. That’s important and why they are the example, some businesses use a third party software manager for their systems, but that leaves a lot of room for things to go wrong. With a proprietary system you know that the manufacturers team of IT specialists that help you to manage the program, as well as provide maintenance and upgrades to the software too. With a third party software you have to contact yet another company. This should be a priority requirement on your list for providers as it can reduce down time and lost production time significantly.

Network Integration Boosts Adoption and Reduces Cost

Another thing that you should look for in the design of critical air flow systems that will reduce your implementation costs and to boost adoption rates is if it allows for full network integration. This is where whether or not the system has proprietary management software becomes very important. For almost all types of network configurations proprietary software can be easily adapted. This means more automation and more real time information about your air flow. The integration also means one less special program to learn and special hardware to acquire – that also equates lower implementation cost and higher adoption rates too. The other bonus to network integration potentials is that it allows for control from more areas of your facility than ever before. This will increase productivity and boost response time in the event of variation in the control quality measures.

Varied Configuration Fume Hood Controls

Making sure you have variable fume hood controls is another key component of a viable critical air flow system. Ones like the Phoenix energy efficient air control systems offer a full line of hood controls that can be configured exactly to the needs you specify. There is an infinite range of set and variable volume specifications available in individual units and combined sash styles. This lets you get the controls where you need them, but also allows you to save money by combining controllers into one unit where you have fume hoods that share volume capacities.

The Controllers

Along the same lines you want a system that offers more controllers with more variable and combined options than the older air systems available. Valve mounted controllers are best when you have a need for precision control over the input and output on directional airflow. These controls can be automated or manual, which can provide you with perfect backup control in the event of an emergency too. Controllers can also be integrated into master emergency and evacuation plans. Make sure you invest the time to incorporate all of that into your air control design to provide you with the most control and security.

Space Sensors and Monitors

The final components of your air directional control systems are the space sensors and monitors that are needed to make the flow control complete. You want to avoid systems that use third party sensors and monitors and choose systems where they are made specific to the system. This will radically reduce the risk of failure. You can control temperature, moisture and humidity within tight tolerance for your applications all from within the system interface program without fear of any part of the system failing due to non-compatibility. This is also another cost saving application within a total system design that makes it more affordable then the shelf system that may cost less up front, but cost you more in the long run with risk of failure.

Designing the System you need

Energy efficient air control systems can deliver exactly what you need and where you need it. The key to the success of our systems is that they provide all of the components needed under multiple control options. Your critical air flow can’t rely on just software, but has to have the backup certainty of sensors, monitors, valves and manual controllers that you know are just as good as the main system. Air flow is critical, choosing an air flow system that meets or exceeds standards while keeping costs low for implementation and upgrade is the best way to meet your critical needs.