Why Duct Leakage Testing Matters in Springfield, PA
The crucial network of duct pipes that distributes conditioned air throughout your home is important for ensuring optimal HVAC performance. But, with leaky ducts, valuable conditioned air is allowed to escape, influencing the comfort and efficiency of your home. Remarkable consequences are connected to this leakage:
- Discomfort: Ducts with leaks result in uneven temperatures, creating temperature variations and drafts, causing your home to feel either uncomfortably warm or cool, even with a properly working HVAC system.
- Higher energy bills: Leaky ducts make it necessary for your HVAC system to work more rigorously in sustaining desired temperatures, resulting in increased energy consumption and elevated utility bills.
- Poor indoor air quality: Ducts with leaks can also pull in particles from the outside environment, compromising the indoor air quality and potentially triggering allergies and respiratory challenges.
Duct Leakage Testing: A Proactive Approach
Testing for duct leakage is a clear-cut yet powerful technique for identifying and quantifying air leaks in your duct system. A skilled professional employs a blower door and specialized tools to create pressure within the duct system and quantify the volume of escaping air. The test results are presented in CFM25, indicating the volume of air in cubic feet per minute leaking at a pressure of 25 Pascals.
Cost of Ignoring Duct Leakage in Springfield, PA
The expense associated with excessive duct leakage can be considerable. As per the NJ Residential Building Code, newly constructed homes are required to maintain a duct leakage rate not exceeding 8 CFM25 per 100 square feet of conditioned space. Exceeding this set limit may result in:
- Failed inspections: Residences exhibiting notable duct leakage could struggle passing final inspections, causing delays in occupancy and potentially requiring expensive duct repairs.
- Financial penalties: Some municipalities in New Jersey have started enforcing fines on homes that go beyond the established duct leakage limit.
- Wasted energy: Ducts with leaks can result in an average annual energy waste cost of $180-$550 for homeowners in Springfield, PA.
Investing in Peace of Mind and Savings
Opting for duct leakage testing is a relatively cost-effective choice in comparison to the potential costs associated with overlooking the issue. The thorough cost for a duct leakage test in Springfield, PA is relatively affordable. Despite this, the long-term savings in energy costs and improved comfort far exceed the initial investment.
Addressing duct leaks promptly affords you the opportunity to:
- Improve home comfort: Enjoy even temperatures throughout your living space and eliminate drafts and hot spots.
- Bring Down energy bills: Reduce your energy usage and cut down on the costs of your monthly utilities.
- Improve indoor air quality: Enjoy a cleaner and fresher atmosphere that promotes easier breathing at home.
- Increase home value: A successful duct leakage test enhances the desirability of a home for potential buyers.
Local Energy Audits: Your Companion in Ductwork Efficiency
At Local Energy Audits, we comprehend the importance of ductwork efficiency in Springfield, PA homes. Our services encompass comprehensive duct leakage testing, ensuring that your home adheres to required standards and functions optimally. Additionally, we provide expert recommendations for duct sealing and repair solutions, aiming to minimize leaks and optimize your comfort and savings.
Don’t let the issue of leaky ducts compromise the comfort and energy efficiency of your living space.
Reach out to Local Energy Audits now and coordinate your duct leakage examination. Breathe with ease, financial savings, and a truly comfortable and energy-effective home await.
Duct leakage testing begins by closing off all the ducts and registers with duct mask tape on both the distribution and return side.
After sealing the registers, attach the duct tester to either the unit or a main return.
The ducts are then depressurized to a Pascal of 25. With the ducts depressurized we can use the nanometer to get a reading of the duct leakage.