Air Conditioner Blog – How to Prevent Ammonia Leaks and Evaporator Coil Corrosion
If you live in Trenton, FL, you may be stressed out about your high utility bill. When your utility bill gets out of control, your budget may feel like it’s out of control too. But there are several things you can do to avoid these problems. In this article, we’ll discuss ways to prevent ammonia leaks and evaporator coil corrosion. This article will help you prepare for any problems with your air conditioning unit.
Preparing for air conditioning problems
Before scheduling an AC repair, prepare your home for a disaster by disinfecting frequently touched surfaces. While it’s not necessary to bleach every hidden corner in your home, you should disinfect frequently touched surfaces that are close to the AC unit. Other areas to disinfect include door knobs, breaker boxes, and thermostats. When you have a technician coming to fix your AC system, make sure you communicate with them on any issues that may arise. Make sure to communicate your preference for masks and any specific concerns you may have.
Grinding, popping, or pinging noises may be signs of a problem with the AC’s electrical components. A clicking sound could also indicate a faulty thermostat or control. If you ignore this noise, it will likely lead to bigger problems down the road. Other warning signs include squealing sounds, which could be an alignment issue or a malfunctioning blower wheel or fan motor. If you can’t detect these sounds, you should call an AC repair company to inspect the unit.
Preventing ammonia leaks
One of the best ways to prevent ammonia leaks in air conditioners is by regularly inspecting and maintaining refrigeration systems. The EPA recommends a regular maintenance schedule based on manufacturer recommendations or recognized good engineering practices. As part of the EPA’s ammonia leak prevention program, all facilities with ammonia-related operations must follow proper RAGAGEPS, most commonly ANSI/IIAR Standard 7-2013.
First, identify a leak’s source of ignition. If it is an electrical component, work to lower the level of ammonia. Second, take immediate action to protect life. Third, establish a pre-emergency preparedness plan for your facility. This includes involving team members and documenting the steps you would take in the event of an emergency. Developing a plan is important because it can help prevent an emergency from escalating to a dangerous level.
Preventing evaporator coil corrosion
For several years, air conditioner manufacturers have struggled with this problem, leaving countless people without reliable air conditioning. Despite the problems, the manufacturers have made changes in their production process to avoid the occurrence of evaporator coil corrosion. Read on for tips on preventing this problem and restoring the functionality of your air conditioner. There are several ways to prevent evaporator coil corrosion. First, prevent the occurrence of formicary corrosion. Copper coils are the most common material used for evaporator coils.
Copper is one of the metals most vulnerable to corrosion, and the indoor coil is made from copper tubing. This metal is highly reactive and can be harmed by chemicals such as acetic acid, which reacts with moisture and creates corrosive acids. Exposure to such vapors is a leading cause of coil corrosion, and common indoor pollutants include cleaning solvents, paints, and aerosol sprays. Additionally, outdoor air quality can increase the likelihood of corrosion. If you live in an area that is frequently exposed to salt air, you run a greater risk of accelerated corrosion.