Furnace Service Agreements Provide a Comfortable Heating Season

It’s a perfect idea to observe how well your furnace system is operating as the winter approaches. Carefully inspect and prepare your HVAC system for a hitch-free performance before it gets cold outside.

Similar to how your car gets checked regularly, your heating system also needs to be checked. If you ignore maintenance procedures for a long time, your system will begin to malfunction, particularly on cold winter days. Inspecting the system regularly by the use of furnace service agreement ensures your heating system works perfectly when the temperature drops.

How much does HVAC maintenance cost?

Costs of maintaining a HVAC system varies widely, as it depends on how severe the problem is and the component that needs to be replaced.

Ideally, a maintenance schedule should be in order as a preventive measure ahead of the winter comes. This service call is performed separately by a qualified HVAC system technician. Worn parts, likely safety hazards and inefficient operation that are identified during the inspection should be addressed.

Is a home heating service contract worth it?

Homeowners that are cost-conscious may be drawn to ignore yearly service tasks that are required for the maintenance of their furnace; however, there are various ways to save some money without sacrificing quality service.

A maintenance contract, which is also known as a service plan, or service agreement pinpoints the specific preventative measures that are done on a heating system. Service agreements make provisions for overall cost savings for annual maintenance inspection and reduced costs for additional tasks associated with the service plan.

Service contracts are available via a few resources in your community:

  • A qualified HVAC service company
  • Home warranty companies
  • Gas or utility companies

Each of these resources provides different type of service. You should research the available options, but ensure the work is done by a technician who is familiar with your system.

What is included in a planned service agreement?

Service plans usually include a yearly inspection of the furnace system which may include visually inspecting the thermostat, motor functions, pressure settings, belts, fans and burners, and an evaluation of the whole operational cycle.

Costs of labor for annual inspections are always included in the service agreement; but additional expenses may come up if additional parts are required.

Some service plans may also include priority scheduling. HVAC owners on a regular service plan love to have their systems checked properly before the season comes.

Combination of service plans may also be a viable option; hence, the humidifier is inspected at the same time the gas furnace is checked. This lowers the requirement for extra service call, so some saved money may be passed on to customers.

Benefits of a heating system service plan

Apart from having your mind at peace, there are various benefits that come with having a system service plan. They include:

  • System dependability
  • Safe operation
  • Repair warranty
  • Proper maintenance
  • Discounts on additional services or parts
  • Energy cost savings

CHALLENGES IN THE HVAC INDUSTRY

Every industry despite its product offering and solutions it provides often face a significant challenge it constantly works to surmount. However, the challenge become more significant when it directly affects the customers. One of such challenge common to electrical products is the energy efficiency. No one wants to purchase a machine or appliance that would lead to s higher cost expenditure. This is a challenge quite significant in the HVAC industry. The use of the HVAC system demands certain energy consumption be it for commercial or residential usage. This energy consumption rate by most HVAC system seem uncomfortable by most investing family and business.  Although the industry has extensively worked on reducing  the rate of energy consumption of the HVAC system through new designs that are built specifically for energy efficiency, programmes like the Energy Star has also proved quite helpful but there is still more to do in addressing this the challenge of energy consumption of the HVAC system.

There is a general demand by Homes and businesses on the HVAC industry to deliver energy efficient HVAC systems. In a study done by the U.S. Department of Energy, it is estimated that HVAC systems energy consumption rate takes a total of 48 percent of the entire household energy cost nationwide. A recent DOE report has revealed that the rate of energy consumption for space heating, space cooling, and ventilation on a commercial level presently stands at 5.53 quadrillion Btus per year, this equals more than 30 percent of the total energy sector use.

Many manufacturers however developed what is known as wall-mounted split model HVAC systems which serves as a solution to this oft-cited HVAC problem. The innovation behind this new design has closed the wide gap that exists between large commercial HVAC installations that requires ductwork and smaller residential products such as window units or freestanding systems. By this, users can afford to compartmentalize their HVAC energy consumption room by room and optimize use without having to worry about the availability of a window or floor space. There is a projected growth of this design over the next few years which is capable of making contractors and property owners to consider split models of HVAC units over the traditional ductwork HVAC. This would help keep costs at a minimal level. Smart manufacturers should consider adding a split model design as part of their product offering or get involved in developing new technology that can offer the same middle ground between large and small units. Through rapid increase in production of units such as the wall-mounted split model HVAC systems, and consistent improvement on the system, energy consumption of the HVAC systems would be at a minimal rate affordable and convenient by both commercial and residential users. This would significantly reduce the risk of losing more than what has been lost through this major challenge faced by the HVAC industry. Production of improved energy efficient HVAC units at an affordable purchase cost by the HVAC industry would lead to the exploration of new markets and expand the customer base of the HVAC industry.…

Refrigerants for HVAC System: Here is what you must know

A HVAC system is nothing without a refrigerant, and having a clear idea about choosing the right one for your system is essential. The right type of refrigerant will ensure that your HVAC system runs efficiently and optimally all year long. Here is what you must know about refrigerants for HVAC systems.

What is a Refrigerant?

In simple terms, a refrigerant is a medium that is utilised for the conveyance of heat.

What are the types of refrigerants available?

At the moment, the types of refrigerant for HVAC systems are namely Freon (R-22), R-407C, Puron (R- 410A) and R-134a, R-32.

  • Freon (R-22)

Freon used to be the most utilised refrigerant in AC units until it was found to be depleting the ozone layer. Its production and use have since been phased out by the Environmental Protection Agency (EPA).

  • R-134a 

This refrigerant is widely utilised and accepted globally. It has no destructive effect on the ozone layer and it also a no-glide HVAC refrigerant. R-134a is world’s most commercialised eco-friendly refrigerant.

  • Puron (R-410A)

This is the most commonly utilised refrigerant and Like R-134a, Puron does not contribute to the depletion of the ozone layer and it has been allowed for use in newer HVAC models. However, Puron operates at a pressure higher than that of Freon, so your HVAC system must be adequately equipped to handle this increase in operating pressure.

  • R-407C

This is also an eco-friendly refrigerant and it is similar to Freon in terms of operation. However, its efficiency is much lower because of its reduced pressure. R-407C feature a far apart difference between condensing and evaporating temperatures. This difference is technically referred to as high-glide.

How to choose the Appropriate Refrigerant for your System

Having gotten a clear idea of types of refrigerants available, which should you then choose?

The choice of refrigerant is dependent on the type of system you are using. Generally, R-410A is mostly recommended by HVAC professionals because of its performance efficiency and environmentally friendly nature.

 

For instance, if by any chance you are still using an older HVAC system and you do not intend to upgrade just yet, then it is advisable that you choose R-407C or another refrigerant similar to Freon in operation. This is because the pressure at which R-407C operates can still be handled by your ageing system.

If you are using more recent HVAC system, R-410A is best for you because it is designed for newer AC units. Older models will probably be unable to handle the pressure of R-410A.

  • R-32

This is referred to as the next generation refrigerant and it is currently receiving all the attention. In comparison with popular refrigerants, R-32 has a GWP that is 1/3 lower. It moves heat efficiently and can help you cut your electric power consumption by 10%.

 

 

 

You must know that choosing the wrong refrigerant for your system can result in damage to parts, or leakage of refrigerant. If you are in doubt, do not hesitate to contact an HVAC technician for clarity and advise.…

All you need to know about the common types of HVAC systems

HVAC systems are of different types, parts, and sizes and they can be somewhat intimidating. This guide provides you with all the necessary information you need to know about the common types of HVAC systems.
There are four common types of Heating, Ventilation and Air Conditioning (HVAC) systems:
1. Geothermal HVAC Systems
Geothermal HVAC systems are classified as central cooling and/or heating system which harnesses the moderate temperatures of the earth to facilitate cooling and heating. This system uses the earth as a heat sink in the summer and a heat source in the winter. The collection and shedding of heat is carried out by water containing refrigerant, circulating through pipes installed in the ground or water.
2. Ductless Split System
A ductless split system is a combination of an outdoor condensing unit and an indoor air handling unit. The outdoor unit handles cooling only and a heat pump an be used instead for heating and cooling. The indoor air handling unit can be fixed on ceilings, floors and walls and it disperses treated air using its fan. In ductless spilt systems, furnaces are of no use at all.
3. Standard Split Systems
This type of HVAC system remains the most utilized residential HVAC system. It consists of one indoor and outdoor component. Depending on your climatic demand, standard split systems can be configured in various ways:
• Furnace and Heat Pump: A HVAC split system that utilizes a furnace and heat pump as its sources of heat is referred to as a Hybrid Heat System or Dual Fuel System. This type of system is best suited for extremely cold climates. The heat pump is saddled with the responsibility of supplying heat in moderate cold. When temperatures levels drop past freezing threshold, heat pumps are no longer effective; an automatic switch then occurs to a gas furnace.
• Air Handler and Heat Pump: this type of system is relatively common in regions where freezing temperature levels are seldom experienced. Instead of the conventional furnace and air conditioner for heating and cooling respectively, a heat pump is employed for both functions. In place of a furnace, an air handler comprising of a blower motor is used.
• Furnace and Air Conditioner: about 95% of HVAC systems utilizes a gas furnace compared to those using an oil furnace. Gas furnaces are a better option for warm climates and a more economical choice during cold climate with an efficiency ranging from 80% – 95%. In this system, the condensing unit of the air conditioner is installed outside and the evaporator coil which is an important component of the system is installed inside the furnaces’ cabinet. The evaporator coil traps heat and forces it outside through the refrigerant flowing through copper lines.

4. Packaged HVAC systems
A packaged HVAC system is such that all of its major components are made available in one big cabinet. They are widely utilized in residential apartments without basements. These units are always setup outdoors and they consist of a blower used to move treated air into the residential space and likewise, collect untreated air from the environment into the system.…

How Often Should you have Your Air Conditioner Serviced?

No matter the type of HVAC equipment you have, it’s important that your equipment is inspected, serviced, and cleaned at least every year. Well, there are times when your air conditioner is not in use. Or, let’s just say there are times when you may not use your air conditioner due to the weather. However, you shouldn’t forget that you’ll be needing it before you know it. As mentioned, ensuring that your air conditioner is inspected and serviced makes sure that it’s working properly throughout summer and spring.

The last thing you want to experience when you need your air conditioner is trouble. Scheduling air conditioner inspection and service is something that should be done before the unit is in full swing. The biggest question homeowners often ask is, how often should this be done? And, when should it be done?

Consider scheduling an A/C Tune-up in Spring

Maintaining your air conditioner with regular service not only gives you a peace of mind but goes a long way to lower your utility bills and increase the lifespan of your equipment. Other benefits include reduced repair bills and greater indoor comfort.

The best time of the year to schedule an A/C tune-up is early spring. Why? Well, we both know that this is the time of the year when you really don’t need your A/C to run full time just yet. Scheduling an inspection at this time and keeping your air conditioner off for a few hours until the technician is done with the service will work.

It’s recommended to schedule for A/C service at least once a year. Note that your equipment has numerous components which run continuously without stop during the hot summer days. It’s, therefore, crucial that you turn your A/C off at the end of summer and don’t use it until spring.

It’s important to note that the frequency of servicing your equipment will depend on the frequency of use as well as its specifics. When hiring an ac repair contractor, make sure they are not only licensed but also have a workers’ compensation and liability insurance for your protection in case of any injuries or property damage during the service.

Servicing your air conditioner either after or before the summer months allows you to save money since it’s off-season and many HVAC repair contractors are offering deals. Contacting a technician for repairs in the middle of the summer season will not only be inconveniencing but also cost you a lot of money. http://www.acrepairnewportrichey.com/