Why Duct Leakage Testing Matters in Jackson, NJ
Efficient heating and cooling is linked to the effective operation of ductwork, which distributes conditioned air throughout your home. But, with leaky ducts, valuable conditioned air is allowed to escape, impacting the comfort and efficiency of your home. Significant outcomes arise from this leakage:
- Discomfort: Inconsistent temperatures, along with temperature variations and drafts, are the outcome of ducts with leaks, resulting in your home feeling either stuffy or chilly, even with a well-functioning HVAC system.
- Higher energy bills: The presence of leaks in the ducts demands that your HVAC system works harder to maintain desired temperatures, leading to heightened energy usage and higher utility costs.
- Poor indoor air quality: Ducts with leaks have the potential to draw in dust, pollen, and other contaminants from outdoors, putting the indoor air quality at risk and potentially leading to allergies and respiratory problems.
Duct Leakage Testing: A Proactive Approach
An simple yet potent approach to uncover and measure air leaks in your ductwork is through testing for duct leakage. An experienced technician employs a blower door and specialized equipment to pressurize the duct system, quantifying the volume of air leakage. CFM25 is employed to convey the test results, indicating the cubic feet of air per minute escaping at a pressure of 25 Pascals.
Cost of Ignoring Duct Leakage in Jackson, NJ
The financial impact of significant leaks in the ducts can be significant. In compliance with the NJ Residential Building Code, new dwellings are obligated to maintain a duct leakage rate that does not surpass 8 CFM25 per 100 square feet of conditioned space. Going beyond this limit may result in:
- Failed inspections: Houses with significant duct leakage may encounter challenges to pass final inspections, leading to delays in occupancy and potentially demanding expensive duct repairs.
- Financial penalties: In certain New Jersey municipalities, fines are being imposed on residences that exceed the designated duct leakage limit.
- Wasted energy: The presence of leaky ducts may incur an average annual energy waste cost of $180-$550 for homeowners in Jackson, NJ.
Investing in Peace of Mind and Savings
Opting for duct leakage testing is a relatively affordable investment in comparison to the potential costs associated with overlooking the issue. The complete cost for a duct leakage test in Jackson, NJ is relatively affordable. Despite this, the long-term savings in energy costs and improved comfort far exceed the initial investment.
Taking immediate action on duct leaks allows you to:
- Improve home comfort: Attain consistent temperatures throughout your home and say goodbye to both drafts and heat inconsistencies.
- Lower energy bills: Conserve energy and see a reduction in your utility expenses.
- Refine indoor air quality: Breathe more freely with the presence of cleaner air circulating through your home.
- Boost home value: Homes that achieve a positive result in a duct leakage test are more alluring to potential buyers.
Local Energy Audits: Your Companion in Ductwork Efficiency
At Local Energy Audits, the significance of ductwork efficiency in homes within Jackson, NJ is well understood. Comprehensive duct leakage testing services are offered to ensure your home meets required standards and operates at its peak performance. Additionally, our expert guidance on duct sealing and repair solutions is designed to minimize leaks, ensuring maximum comfort and savings for you.
Secure your comfort and energy efficiency by dealing with the challenge of leaky ducts.
Contact Local Energy Audits today to set up your duct leakage assessment. Enjoy easy breathing, reduce costs, and experience a truly comfortable and energy-efficient home.
Duct leakage testing begins by shutting all the ducts and registers with duct mask tape on both the distribution and return side.
Once the registers are sealed, fasten the duct tester to either the unit or a primary return.
The ducts are depressurized to 25 Pascals. While depressurized, a nanometer can be utilized to measure the duct leakage.