What You Need To Know About Essure And Electrostatic Spraying Systems
Electrostatic Discharge, also known as ESD, is the opposite of an electric shock. This occurs when a static charge is created in a metal object and it attracts a passing electric charge. When these two properties come together they create a very dangerous condition known as electrostatic attraction. This can be a serious hazard to people who handle electrical equipment and even those who are not quite aware of the problem. If you are interested in these types of systems for your industry, here are some important tips to help you make the right choice.
There are three different kinds of electrostatic discharge systems: active, passive and protective. The passive variety are usually installed by the consumer themselves. The passive systems are usually less expensive and easier to install. They use copper strips, lead-based paint, and other similar materials to create the electrostatic field. In the active variety of electrostatic spraying systems, you will need a professional installation to create a permanent field. These systems are much more expensive but can be worth it if you can afford to pay for the added protection.
Active systems, such as Essure, are widely used and are far more effective than passive systems. The active versions utilize pulsed electromagnetic energy, and they can actually repel other particles. The use of these devices for electrostatic spray applications can eliminate all manner of potential problems. Such things as refrigeration coils, air conditioners and even computers can be negatively affected by this type of technology. As a result, it is important to ensure that you use only the most effective and appropriate Essure devices in order to prevent the development of problems for your machinery and equipment.
Another important factor to consider when choosing an application is the distance between the electrostatic discharge coil and the application area. The farther away from the coil, the less likely the electrostatic charge will develop. Many manufactures provide data sheets that can help you work out the distances between your appliances and the surface on which the device is to be installed.
The length of time that the electrostatic spray will last will depend largely on the manufacturer and the design of the sprayer itself. An efficient design will allow the electrostatic charge to remain in one place after the device has been applied. This will ensure that the device will not need to be refreshed repeatedly. It is important to consider how often you plan to use the system. The application process may need to be completed a number of times before the electrostatic charge is completely cleared. Some manufacturers recommend that spraying be completed every thirty minutes.
Some companies may offer guarantees that their sprays adhere to stringent guidelines and that they meet all of the requirements outlined in the US Pharmacopoeia. Others may choose to recommend their own formulations and may request samples from their customers. A lot will depend on the specific sprayer being used. If you want to find out more information, it may be worthwhile consulting a professional.
Electrostatic spraying systems are often combined with other types of protection. For example, some companies may be able to offer you a combination security system including an alarm system. These two products will often complement each other, and you will gain protection for both types of protection at the same time. Choosing the right company to install your electrostatic systems is important. Once you have found a supplier of Essure and electrostatic systems who meets your exact specifications then you can begin the application process. Many suppliers will provide an online calculator so you can determine exactly the costs that you will incur as well as the number of ‘hops’ or points throughout the installation process.
Once you have installed your Essure and electrostatic system, you will still need to maintain it. There may be certain parts that will need to be replaced on a regular basis. In order to determine the frequency of these replacement visits, it would be wise to consult a specialist in electrostatic systems. The specialist may be able to advise you on the frequency of the inspections, the number of points that need to be replaced and the best way to prevent any damage from occurring in the first place.