At Pezz Electrical Services LLC, safety is our number one priority. Our services include safety inspections for heating and electrical equipment alike, which becomes more and more important as winter approaches. Follow these steps to keep your home safe for the winter, and call our friendly team to learn more.

Winterize your home to prevent chilly temperatures and burst pipes. Keep heat from moving out of the home by sealing air leaks, applying weather stripping or caulking to areas around doors and windows.

Make sure heat can reach all of the pipes in your home. Keep doors open throughout the house, along with cupboards where exposed piping may be. Do not block off vents, and insulate all exposed pipes in and out of the home. Clean out roof gutters and repair any leaks in the roof long before winter picks up.

Your gas heater should vent any combustion byproducts—like carbon monoxide (CO)—safely to the outdoors. While today’s heaters have safety switches to shut down the heater in case this doesn’t happen, a safety switch could fail.

Be sure you schedule an appointment with a heating maintenance technician every year, as early in the winter or fall as possible. Keep the air filter clean and replace it monthly.

Test carbon monoxide detectors and smoke detectors monthly as well. If you do not have these devices throughout the home, now is the time to take this step to enhance safety and give you peace of mind. Replace CO detectors every 5-7 years and smoke detectors every 10 years. Change the batteries every 6 months.

If your power went out in the middle of a cold winter day or night, would you have a backup plan? Elderly family members and children often cannot get by without heat, and it could be dangerous. We recommend a whole-house generator, or a portable model at the very least, or that you have a backup plan and a place to stay, just in case.

Programmable logic controllers provide automatic control of processes so that very little human intervention is required. Yet, this results in a well-coordinated, repetitive process.

These systems automatically start and shut down critical equipment in large and complex manufacturing processes. When in operation, programmable logic controllers ensure that all conditions are met before starting up a certain machine or process. In addition, the PLC continues monitoring the entire system using a variety of sensors.

Consequently, this ensures that everything runs as programmed. The PLC will trip if it detects a malfunction or abnormality in any of the monitored parameters.

The operating environment, size of the processes, ease of access by operators and maintenance personnel influence the choice of PLC.

A harsh environment with dust or small particles will require a PLC system with an appropriately IP rated enclosure. This prevents ingress of foreign particles into the system. The available space and layout also influence the choice. Therefore, most users require easy access for reprogramming, maintenance, or troubleshooting.

The simplest form of a PLC, all the basic components of a PLC include the I/O points, CPU, and software program. It is typically housed in a single enclosure. These PLCs are attached directly to the equipment being controlled.

Modular PLCs consists of several components on a common bus within a base unit to allow extending of the input and output. These units work on an expandable base unit. Therefore, it provides all the basic components of a PLC, i.e., a power supply, I/O points, memory and the CPU, and slots for additional cards.  These modules, which may be from the same or different manufacturers, are plugged together into a base unit.

This follows the same modular concept, but each of the modules plugs into a rack. The add-on modules are contained in racks which are then linked together through a network of connections. Since the rack mounting PLC is highly scalable, it allows very large systems to be assembled.

In energy management, the PLC monitors and controls equipment such as boiler systems. It helps the organization increase energy efficiency and safety. PLCs are also used in numerous everyday activities. They are found in factories, homes, commercial buildings, airports, unmanned car parks, and more.

Finally, some practical applications include:

Anyone who has ever tried to plug in an appliance only to find that it wouldn’t turn on is familiar with how frustrating electrical outlet wiring problems can be. The whole purpose of having outlets is the convenience, but that goes right out the window when they stop working without warning. Although a dead outlet might automatically seem like a big problem, sometimes it can be due to a simple issue. This isn’t always the case, of course — sometimes there will be electrical outlet wiring problems that can only be addressed by a professional, particularly when the issue is with your outlet’s wiring.

You might be able to save yourself a call to an electrician if your outlet problem is something easily fixed. You can even resolve some minor issues without the use of tools! If you know what steps to take, you may be able to figure out if the dead outlet is something you can remedy yourself. If you discover the problem is something that should be handled by a professional, don’t take any chances. Messing around with wiring can put you in danger and damage your electrical system instead of making the problem go away.

A simple issue can quickly turn into a very expensive one if you aren’t careful. Here are some easy things to try that won’t put you in any danger:

It’s hard to imagine life without electricity. Those rare times when the power goes out entirely serve as reminders of how much we depend on our electrical systems to get us through the day (and night). You need to take special care of the electricity in your home with prompt repairs whenever they are needed.