June 2023
2J Supply Newsletter
2J Supply HVAC Distributors Makes it to the Top 30 HVAC Distributors List
Exciting news! 2J Supply HVAC Distributors has achieved a remarkable milestone by securing a spot on the prestigious Top 30 Distributors list in the HVACR industry from ACHR News!
Welcome to the June edition of the 2J Newsletter! We are thrilled to share exciting updates and important industry news with you. In this issue, we celebrate 2J Supply HVAC Distributors' inclusion in the esteemed ACHR News Top 30 Distributors list, recognizing our exceptional performance and growth in the HVACR distribution industry.
We also bring you the latest insights from The Old Farmer's Almanac's summer forecast, providing valuable weather information for HVAC contractors. Additionally, we have delved into L.G.'s versatile cooling solutions that offer efficiency, flexibility, and connectivity for various needs. Don't miss our informative sections on HVAC training and education, as well updates to our website for a better customer experience! What are you waiting for? Dive in and explore what is happening at 2J Supply and in the HVAC industry!
News
2J Supply HVAC Distributors Makes it to the Top 30 HVAC Distributors List.
2J Supply HVAC Distributors is proud to announce its inclusion in the prestigious ACHR NEWS Top 30 Distributors list for 2023. The annual rankings, sponsored by The ACHR NEWS, recognize the leading HVACR distribution companies based on reported gross sales for the previous calendar year. 2J Supply's outstanding performance and commitment to excellence have earned the company a spot among the industry's top distributors. This achievement is a testament to the hard work and dedication of our team, who consistently go above and beyond to meet the needs of our customers.
The ACHR NEWS Top 30 Distributors list features renowned names in the HVACR world, and it is an honor for 2J Supply to be listed alongside industry giants. This year's rankings saw the dominance of companies with household names in the HVACR sector, with 2J Supply securing the 27th position. "We are thrilled to be recognized as one of the top distributors in the HVACR industry," said Jason Trimbach, CEO of 2J Supply HVAC Distributors. "This achievement reflects our ongoing commitment to providing exceptional products and service to our customers. We owe this success to our dedicated team and loyal customers who trust us." 2J Supply's inclusion in the ACHR NEWS Top 30 Distributors list is a testament to the company's exceptional performance, customer-centric approach, and unwavering commitment to excellence. The company looks forward to continuing its growth and serving as a trusted partner in the HVACR industry
The Old Farmer's Almanac Summer Forecast 2023: Insights for HVAC Contractors
The Old Farmer's Almanac has released its summer predictions for 2023, offering insights for HVAC contractors. The forecast indicates near to above-normal summer temperatures in most of North America, except for cooler temperatures in the western states. Rainfall patterns show average to above-normal levels in the eastern half of the U.S. and below-normal in the western states. Contractors should anticipate potential challenges related to reduced cooling requirements and increased demand for water conservation solutions. They should also address excess moisture concerns in regions with above-normal rainfall. By adapting their services and being prepared, HVAC contractors can effectively meet customer needs and optimize their businesses this summer.
L.G.'s Versatile Cooling Solutions: Efficiency, Flexibility, and Connectivity
L.G. offers various air conditioning systems to meet multiple needs, including duct-free and ducted options. With the ability to mix indoor unit types, contractors can efficiently condition spaces using a single outdoor unit that best suits occupants' requirements. The efficiency with Inverter Technology: L.G.'s inverter variable-speed outdoor units are quieter and use less energy than conventional air conditioners.
Inverter compressors match capacity and maintain comfort levels, maximizing system efficiency. L.G.'s ducted mini-splits operate at high SEER ratings of up to 19.6, providing energy efficiency even with existing duct infrastructure. Unmatched Heat Performance with LGRED°: LGRED° heat technology delivers heat with remarkable energy efficiency. It provides 100 percent rated heating capacity down to 5 degrees Fahrenheit, ensuring comfort even in freezing climates. Whether ducted, duct-free, or hybrid, L.G. offers superior heat performance. Flexibility for Customized Solutions: L.G. systems offer the flexibility to go completely duct-free, completely ducted, or a combination of both. This allows homeowners to condition specific areas as needed, optimizing efficiency and comfort.
Stylish Options and Energy Efficiency: L.G. offers a variety of energy-efficient indoor units, from the Art Cool™ Premier to the Art Cool Gallery design. These units qualify for rebates and help lower energy bills. L.G.'s systems blend functionality with style. Smart Features for Connected Living: L.G. provides Wi-Fi-enabled indoor units, allowing users to control their comfort from their smartphones. Integration with ThinQ-enabled LG devices and popular voice assistants like Amazon Alexa and Google Assistant creates a connected home experience.
HVAC Training and Education
Essential Tips for Installing Heat Pump Systems
As a contractor, installing heat pump systems requires careful consideration to ensure optimal performance and customer satisfaction. Here are five essential factors to keep in mind during the installation process:
- Home Size and Layout: Properly sizing the heat pump is crucial for effective heating and cooling. Consider factors like square footage, number of occupants, window size, insulation, and home layout. A system that is too small will not meet demand, while an extensive system may cycle frequently and reduce efficiency.
- Climate and Weather Conditions: Different heat pump types perform better in varying climates. Air-source heat pumps are suitable for mild temperatures, while ground-source heat pumps excel in colder regions. Also, consider humidity levels and select a system with appropriate humidity control features for optimal comfort.
- Types of Heat Pumps: Familiarize yourself with different heat pump types, such as air-source, ground-source (geothermal), ductless mini-split, and hybrid systems. To make informed recommendations, understand their unique features, benefits, and suitability for different homes.
- Installation and Maintenance Costs: Consider the installation and ongoing maintenance expenses when advising customers. Costs can vary based on system type, size, and complexity. Discuss the importance of regular maintenance to ensure long-term performance and consider offering maintenance plans to offset expenses.
- Energy Efficiency and Savings Potential: Highlight the energy efficiency benefits of heat pumps to homeowners. Emphasize how heat pumps transfer heat instead of generating it, resulting in lower energy bills. Explain SEER and HSPF (Heating Seasonal Performance Factor) ratings and how higher ratings indicate more significant efficiency. Also, inform customers about potential tax credits or rebates for high-efficiency heat pump installations.
By focusing on these critical considerations—home size, climate, heat pump types, costs, and energy efficiency—you can ensure successful heat pump installations that provide optimal comfort, energy savings, and customer satisfaction.
Optimizing Air Conditioning: Essential Steps for Effective Ductwork Design
Proper ductwork design is essential for improving air conditioning systems during space renovations. Neglecting this crucial aspect can lead to issues such as hot and cold spots, increased equipment wear, poor air quality, and unbalanced air pressure.
Consequences of Poor Ductwork
Design According to the U.S. Department of Energy, the average HVAC duct system operates at only 60 percent efficiency. This means that air does not flow through your space and HVAC system as intended, leading to several undesirable consequences:
- Hot and cold spots, drafts, and stuffy air: Impeded airflow results in uneven temperature distribution and discomfort within your space.
- Increased wear and tear on the air conditioner: Flaws in ductwork design cause the system to work harder and longer, leading to more breakdowns and a shorter equipment lifespan.
- Poor air quality: Inadequate air flow can result in elevated levels of dust, pollutants, fumes, and even mold growth, negatively impacting the health of occupants.
- Unbalanced air pressure: Improper ductwork design can cause odors to linger, doors to slam by themselves, and excessive noise within the space.
Common Ductwork Design Mistakes
To ensure optimal air conditioning performance, it is essential to avoid the following ductwork design mistakes:
- Under sizing: Failing to consider factors such as the type of air conditioning system, load requirements of different rooms, and duct and equipment locations can lead to undersized ducts. Proper sizing is crucial for efficient airflow.
- Runs that are too long: Poor planning may result in HVAC equipment being located far away from the space it needs to cool. Long runs of ductwork make it challenging for conditioned air to reach certain areas within the distance.
- Sharp bends: Excessive or sharp bends in the ductwork impede air flow, reducing the amount of conditioned air that reaches the space to be cooled.
- Air leaks: Incorrectly sealed or unsupported ductwork can lead to air leakage into the walls, rendering the cooled air ineffective for occupants.
- Lack of returns: Inadequate return vents disrupt balanced air pressure and air movement, causing comfort issues within the space.
Tips for Good Ductwork Design
To ensure proper ductwork design, involve a knowledgeable HVAC design professional early in the renovation process. Here are some tips to achieve optimal ductwork design:
- Choosing the best equipment and duct location: Plan the location of HVAC equipment and ducts to allow for the shortest possible duct runs. Internal walls and ceilings are preferable to minimize conditioned air loss. Avoid installing ducts in attics and unconditioned crawl spaces for maximum efficiency.
- Detailed load calculation: Perform load calculations individually for each room or area with varying heating and cooling requirements, rather than calculating for the entire space as a whole.
- Consider equipment type and supporting systems: Different types of air conditioning systems and additional components, such as air purifiers, may require larger ducts or additional air returns. Take these factors into account during the design process.
- Choose the right materials, fittings, and supports: Select ductwork materials that align with your requirements and budget. Flexible ducts made from reinforced plastic are easier and cheaper to install but not as durable as sheet metal. If quiet operation and energy efficiency are priorities, consider using duct board made from pressed fiberglass.
- Determine the appropriate duct size and layout: With the help of an HVAC design professional, determine the most efficient ductwork design layout and calculate the correct duct size. Factors such as air flow requirements, equipment capacity, and room layout are considered to achieve optimal performance. HVAC design professionals often use tools like ACCA Manual D to ensure accurate calculations.
- Ensure proper ductwork sealing: Up to 20 percent of conditioned air can be lost due to improperly sealed duct joints. This issue becomes more significant with high-efficiency systems that operate at lower capacities for longer durations. To prevent air leakage, ensure that duct joints are sealed using mastic gum or metal-backed tape.
By following these tips and involving an experienced HVAC design professional, you can avoid common ductwork design mistakes and improve the performance of your air conditioning system. Remember, proper ductwork design is essential for achieving comfortable temperatures, energy efficiency, and good air quality in your residential or commercial space.