A family-owned company dedicated to offering exceptional HVAC company services throughout New Jersey, First Choice heating & cooling is proud to offer top-notch heating & cooling solutions to all of its customers. With Parsippany, Glassboro, Cherry Hill, West Orange, and parts of Atlantic City, New Jersey, this company is more than just a home service provider. It’s an all-encompassing business offering a comprehensive collection of services designed to make homeowners comfortable, even in the most remote of corners.
With many representatives available for walk-in service calls and scheduled service visits, no homeowner can be without help when it comes to making daily upkeep, such as:
Find a company that offers reliable services
If your service provider doesn’t offer a pre-arranged emergency service, consider calling your friends, family, or neighbors a commonly used number – the local yellow pages or Internet hotlines. Many companies are happy to offer their clients free estimates and provide a list of preferred emergency technicians. You will not only be able to find a company that offers reliable services but one with which you can establish a good rapport. If you are in an accident, you want the best possible assistance and can’t do that without first speaking with the person who can help you.
It is highly recommended that you check your furnace and ducts for any damage because this will cause your furnace to work harder and longer and cost you money. The most common cause of damage in these systems is a blockage somewhere in the duct system. You should be aware of where the hoses or pipes are located in your home and if any of them are leaking. If you do find leaks, you need to replace them as soon as possible.
Furnace or heat pump
Your furnace or heat pump may have developed a fault and be undergoing maintenance. It is highly recommended that you call a reputable heating and cooling contractor to check the problems’ furnace. If you live in an area with extreme weather conditions, you should regularly disconnect your furnace from the circuit breaker. Hot air rises and will often damage ceiling tiles, insulation and rugs if it is left connected. If you are unable to disconnect it, call a professional immediately to ensure proper safety.
If you live in an area with a lot of snow and ice, you must remove your air conditioning unit during the cold winter months to prevent damage and possible failure. If you leave your air conditioning system unattended for a long period of time, it can overheat and cause a fire. Not only could this result in death, but also serious property damage. You must have your air conditioner professionally inspected once a year to make sure it is running properly, as well as to prevent any potential problems.
Other options include space heaters or space heat pumps, becoming more popular as energy bills continue to rise, and central air conditioning units. Air conditioners are the most common type of heating equipment used in homes today. Many people still opt for central air conditioning because it offers the greatest combination of cooling and heating. Central air conditioners can also provide a consistent heating source in areas where home heat pumps are not an option. Another reason to invest in a central air conditioner is that many central air conditioners come with built-in flues that allow additional gas use. These extra gasses are normally very affordable but can sometimes cost more than the cost of the actual unit themselves.
If you don’t have a Scott furnace or it have been a while since you’ve had it serviced, it’s highly recommended that you install a new furnace. If your current unit doesn’t meet current energy efficiency regulations or has been over 5 years since it was last serviced, it may be time to consider purchasing a new high-efficiency furnace. An energy star is more efficient, but it also reduces air noise and creates less heat loss. Both of these are great benefits to homeowners trying to increase their heating efficiency and live in high-pressure areas with high humidity and temperatures.
