Why Duct Leakage Testing Matters in Springtown, PA
Efficient heating and cooling is linked to the proper functioning of the network of duct pipes, which distributes conditioned air throughout your home. But, with leaky ducts, valuable conditioned air is able to escape, impacting the comfort and efficiency of your home. The repercussions of this leakage are considerable:
- Discomfort: Ducts with leaks cause uneven temperatures, variations, and drafts, giving your home a sensation of being either uncomfortably warm or cool, even with an operational HVAC system.
- Higher energy bills: The existence of leaks in your ductwork compels your HVAC system to intensify efforts in maintaining desired temperatures, leading to escalated energy consumption and higher utility expenses.
- Poor indoor air quality: The presence of ducts with leaks may result in the intake of contaminants from outdoors, compromising the indoor air quality and potentially provoking allergies and respiratory issues.
Duct Leakage Testing: A Proactive Approach
Testing for duct leakage offers a clear-cut yet effective means of identifying and quantifying air leaks in your ductwork. An experienced professional employs a blower door and specialized equipment to build pressure in the duct system, measuring the quantity of escaping air. CFM25 is used to express the results of the test, signifying the amount of cubic feet of air per minute leaking at a pressure of 25 Pascals.
Cost of Ignoring Duct Leakage in Springtown, PA
Excessive duct leakage may result in considerable costs. In compliance with the NJ Residential Building Code, newly developed homes are obligated to maintain a duct leakage rate that does not exceed 8 CFM25 per 100 square feet of conditioned space. Exceeding this set limit may result in:
- Failed inspections: Residences with notable duct leakage may face challenges in passing final inspections, causing delays in occupancy and potentially requiring costly duct repairs.
- Financial penalties: Specific municipalities in New Jersey have begun imposing fines on homes that go beyond the established duct leakage limit.
- Wasted energy: Homeowners in Springtown, PA may encounter an average yearly energy waste cost ranging from $180 to $550 due to leaky ducts.
Investing in Peace of Mind and Savings
Duct leakage testing presents a relatively economical solution when considering the potential costs of neglecting the problem. The average cost for a comprehensive duct leakage test in Springtown, PA is relatively inexpensive. Nevertheless, the long-term savings in energy costs and improved comfort far surpass the initial investment.
Quickly dealing with duct leaks enables you to:
- Improve home comfort: Maintain consistent temperatures in every room of your home, saying goodbye to drafts and heat irregularities.
- Bring Down energy bills: Lower your energy usage and enjoy savings on your utility costs.
- Enhance indoor air quality: Make breathing more comfortable by ensuring cleaner air circulates through your living space.
- Raise home value: The attractiveness of a residence increases when it passes the scrutiny of a duct leakage test.
Local Energy Audits: Your Partner in Ductwork Efficiency
At Local Energy Audits, the significance of ductwork efficiency in homes within Springtown, PA is well understood. We specialize in offering thorough duct leakage testing services to ensure your home meets the necessary standards and functions at its peak. We also offer expert advice on duct sealing and repair solutions, intending to minimize leaks while maximizing both your comfort and savings.
Ensure your comfort and energy efficiency are not compromised by addressing leaky ducts.
Reach out to Local Energy Audits today and arrange your duct leakage test. Breathe comfortably, cut costs, and relish a genuinely energy-efficient home.
Duct leakage testing starts by sealing all the ducts and registers with duct mask tape on both the supply and return side.
Once the registers are sealed, link the duct tester to either the unit or a primary return.
The ducts are then depressurized to a Pascal of 25. With the while depressurized we can utilize the nanometer to get a reading of the duct leakage.