There are several steps to creating a directional air flow system that is reliable and delivers the type of control that you need. The goal when putting together air flow management systems for your company is that they can both keep your facility and also improve overall production performance. The best systems are customizable, upgradable and affordable. Thinking of air flow as a key component in production levels is new for many companies, but there are studies that confirm it is an essential element in your operations.
Why direction flow?
There are numerous industries that can benefit from an air flow system. Whether you are looking at manufacturing facilities seeking to increase worker production, or clean facilities needing to control temperature, moisture, humidity and air quality – they all have a need for controllable air flow. Companies like PhoenixControls.com offer a variety of air flow systems and components that can deliver all the benefits that you need. In the next section, we will break down how each component effects performance of your workers, and your air flow system.
How air affects worker performance
Most facilities have HVAC systems that used closed air flow or filtered systems to keep working environments comfortable. The key to increasing worker performance is to allow for directional control. While many of the HVAC system will do venting and delivery, you don’t have much control over what happens when. With directional systems, you can set volume variables that also take into account factors such as temperature, humidity and moisture to determine the needed flow. This creates a safer and more comfortable work environment that increases productivity.
How directional flow works to increase sensor ability
Different systems also allow for the installation of sensors and monitors that can help to monitor temperature, humidity and moisture levels in
clean rooms and other areas of your facility. Monitoring is only half of the process; you need to have a way to restore balance to an area if one of the sensors indicates you are above or below a desired level. The sensors and monitors are designed to work with the system placed in your facility, which makes them more reliable than third party monitors. Systems like those in a Phoenix directional air flow system use a Supervisor software program that can automatically manipulate the air flow to restore balance. The automated software provides you with a way to deal with changes in the environment before they are detected by personnel. That is essential, as even with scheduled live checks personnel may not detect changes until they become problematic. You always want to address change before it has a chance to become an issue.
clean rooms and other areas of your facility. Monitoring is only half of the process; you need to have a way to restore balance to an area if one of the sensors indicates you are above or below a desired level. The sensors and monitors are designed to work with the system placed in your facility, which makes them more reliable than third party monitors. Systems like those in a Phoenix directional air flow system use a Supervisor software program that can automatically manipulate the air flow to restore balance. The automated software provides you with a way to deal with changes in the environment before they are detected by personnel. That is essential, as even with scheduled live checks personnel may not detect changes until they become problematic. You always want to address change before it has a chance to become an issue.
What are the components of an air flow system?
The basic components of an air flow system come down to the valves, fume hood controllers, controllers and the software controller that operates all of the above. Air flow systems that are designed to the highest standards use parts that were manufactured in clean environments before being assembled. This means that they have a low risk potential for failure from mechanical fault or otherwise. The controllers are available as dedicated modules or variable multi-point systems with a sash control. This means less training time and more online time for your facility.
Going above the standards
When companies create air systems, valves or controllers they have to meet standard industry standards, but the best companies also use an in-house quality check system that assures you their components leave the facility in compliance, but will be durable and reliable while in use. The only way you can be assured of that is verification from the business that all the valves and assemblies have made it through a process of checks from a third party agency for the final valve certification accreditation. This means that you know that what you are getting is more than up to doing the job at hand. Any upgrade kits should also be subjected to the same rigorous testing controls and have certification too.
Can it integrate into my network?
When creating an air flow control system you need more than an interface within the system that can control them, you need to make sure that the program can integrate into your network system with ease. Having an integrated system means you can optimize all of your environmental sensors and monitors to create a real time response to change. Air management is critical
in many industries and the more you can combine the benefits of the technology used to monitor its quality and flow, the better your production and quality will be. With integration, you get the ease of use of a contained control interface plus the power of a design that utilizes the power of your third party programs too.
in many industries and the more you can combine the benefits of the technology used to monitor its quality and flow, the better your production and quality will be. With integration, you get the ease of use of a contained control interface plus the power of a design that utilizes the power of your third party programs too.
What about maintenance and upgrades?
Controlling programs, like the Supervisor program mentioned earlier, are key for proper maintenance and upgrades. They should offer trouble shooting and reporting features that let you quickly identify any issues and address them before they create a disruption. You shouldn’t have to replace the whole system either, if you have a compatible earlier directional flow systems you should be able to purchase upgrade kits to redo valves and add additional controllers, sensors and monitors. Every system should provide you with a core system that can grow with you without creating all the hassle of having to provide for a total replacement each time you adjust your manufacturing area. That saves you money and creates a far more reliable and dependable air system in your facility.
Who should I talk to about creating a flow system?
Before you talk to anyone you need to sit down with your own engineers and department managers. They will give you valuable, and current, information about where your directional air flow system can be improved. Once you have created an in-house plan then it is time to contact a directional air flow system provider. They will then be able to sit with you and design a system that meets your requirements using their components. The process of getting your flow system designed and in place requires work, but the results for you will be well worth it.
