Question 1

What Should I Know About SEER and HSPF?

Accepted Answer

The Department of Energy requires all air-conditioning and heating equipment manufacturers to evaluate and rate the efficiency of their equipment on a seasonal basis. These ratings are known as the SEER or, Seasonal Energy Efficiency Rating, for air conditioners, and the HSPF or, Heating Seasonal Performance Factor, for heating equipment.
Heat pumps use both numbers. The higher the SEER or HSPF rating, the more efficient the heat pump. High-efficiency units cost more. But since operating costs are lower, the payback period may be shorter than you realize. A high SEER/HSPF heat pump also can add value to your home which is important to today’s energy-conscious home buyers.

Question 2

Are Exterior Features Important?

Accepted Answer

Absolutely. Look for features such as a louvered, galvanized steel cabinet to protect the condensing unit from outdoor hazards. And make sure the cabinet is powder-painted with a high-quality enamel for improved durability and appearance.

Question 3

How Does UV-C Lighting Work in HVAC Equipment?

Accepted Answer

UV-C lighting may be installed about a foot above the evaporator coil in a furnace/AC combination system. It may also be installed in the ductwork of an HVAC system, between the blower motor and the air ducts. The particular wavelength emitted by the UV-C lighting targets the DNA of microorganisms, causing cell death and make reproduction impossible… essentially shutting down the spread of dangerous viruses and bacteria. Once the microorganisms are inert, they no longer affect health live tissue.

Question 4

Can UV-C Help Me Save on Energy Bills?

Accepted Answer

A properly installed UV-C lighting system can prevent organic buildup in coils, keeping them clean and free of fungus, mold and bacteria. This can lower HVAC operational cost by improving airflow and heat transfer of the coils.

Question 5

How Often Do UV-C Lamps Need to Be Replaced?

Accepted Answer

Actual life of a UV-C bulb is 10,000 to 12,000 hours, with a useful life of 8,000-9,000 hours. We recommend the light get changed annually, ideally in spring or early summer so the system will work at peak efficiency during the air conditioning season. We can check the effectiveness of a UV-C system when we perform your annual AC-tune-up in the spring.

Question 6

Is UV-C Harmful?

Accepted Answer

Ultraviolet-C radiation, just like A or B wavelengths, can be harmful to people under prolonged direct exposure. In fact, overexposure to UV-A or UV-B, whether through natural sunlight or a tanning bed, is the cause of sunburn. That’s not the case with UV-C, since the devices are installed inside a closed heating and cooling system. So there’s never any direct exposure to your family. In addition, UV-C light cannot pass through glass, so there is no harm to look through and air handling unit access window at UV-C lighting. UV-C, however, is VERY harmful to airborne pathogens like viruses, bacteria and fungus.

Question 7

Does UV-C Lighting Kill Influenza, Rhinovirus, or CoronaVirus?"

Accepted Answer

UV-C is scientifically proven to render common respiratory viruses inert, including influenza viruses, rhinovirus (the common cold) and common coronaviruses. Since UV-C lighting is commonly installed in medical facilities around the world to prevent the spread of airborne viruses and bacteria throughout HVAC systems, we highly recommend it as a measure to protect your family during flu and cold season.
Please note: neither the Centers for Disease Control(CDC) or the World Health Organization (WHO) have officially announced whether UV-C kills the current strain of Corona Virus (COVID-19)., we urge you to err on the side of caution until we have a definitive answer, and take other measures to prevent the acquisition or spread of this virus.

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