Krueger-HVAC

✏️ When drafting your Air Terminal Unit (ATU) specifications, consider these essential steps. 1. Max Inlet Pressure: Specify the maximum inlet static pressure for all ATUs to ensure you receive the manufacturer's accurate sound level data. 2. Pressure Drop Limits: Define the maximum allowable pressure drop for the ATUs. 3. Noise Criteria: Provide a range or the maximum desired Noise Criteria in accordance with AHRI 885 for the units being scheduled. 4. Flow Range Validation: Ensure the specified flow range for ATUs is achievable. Different manufacturers have varying performance due to a variety of factors. Therefore, when designing a schedule, include maximum and minimum flow rates (including fan and heating airflow). 5. Manufacturer Data: Use published performance data or software from manufacturers to gather accurate parameters, as performance can differ due to coil designs. All performance metrics have a give-and-take relationship with each other; therefore, avoid over-defining the schedule. By following these guidelines, you can ensure your VAV schedules are effective and that you select the right units for your specific applications. #mechanicalengineering #hvac #airdistribution

👉MRI COMPLIANT PRODUCTS! If you’ve ever designed for an MRI application, you know how important it is that non-ferrous materials be used. Download our flyer of compliant products today! https://ow.ly/5w9450TkFVG #mechanicalengineering #hvac #airdistribution

👀 SEE THE INVISIBLE! Hop on over to our YouTube channel to watch our displacement ventilation video. In it, we show how the cold supply air enters the occupied zone, finds a heat source, and begins to lift and exhaust out of the space. https://on.jci.com/46UTvEw #mechanicalengineering #hvac #airdistribution

With the official football season starting up today, several of us came to work in our favorite jersey to support our beloved teams. So on behalf of our DFW home and our fearless leader, we have to say, "Go Cowboys!". That surely won't spark any comments below! 😬 #mechanicalengineering #hvac #airdistribution

From our families to yours, have a wonderful Labor Day holiday! #mechanicalengineering #hvac #airdistribution

High air change rates are critical when minimizing spread of infections in a hospital. Krueger's RFCRFF-E-ARSM is great way to increase air changes within a space. It works by drawing room air into the unit, where it passes through a HEPA filter and is returned back into the room. It can also be used for Airborne Infectious Isolation rooms, given its ability to clean room air before exhausting it from the room. Visit our website for more information on this product. https://conta.cc/47cUKjN #mechanicalengineering #airdistribution #hvac

Ever wonder what it means to anodize a product? In simple terms, it’s the process of taking aluminum (or other nonferrous metal) and immersing it in an acid electrolyte bath while passing an electric current through it. The chemical reaction, which is effectively a form of highly controlled oxidation, results in a surface that is not only decorative, but more durable and more corrosion resistant. What’s most interesting is that during the process, the surface becomes very porous. This is what allows additional processes, like coloring and sealing. (For those that are curious, we offer clear; black; as well as light, medium, and dark bronze colors.) Check out our Color Guide! https://conta.cc/3Z4zSJw #mechanicalengineering #hvac #airdistribution

If you haven’t already, it’s time to get familiar with Krueger’s KFSS Select, ultra-quiet series fan powered terminal unit. From its ease of design, installation and maintenance to its energy efficiency, quiet operation, and many customizable options, you’re sure to find the solution that’s right for your next building application. Watch the video to learn more. https://lnkd.in/g-rdcsqh #mechanicalengineering #hvac #airdistribution

👉APPLICATION TIP! Single duct air terminal units require a minimum static pressure from the air handler to overcome the pressure loss of the airflow sensor, damper, and reheat coils. Generally, this is as a low as 0.25" or 0.5". Keeping inlet static pressure as low as possible reduces load and energy usage at the air handler and minimizes generated noise at the terminal unit. However, it is common to see designs for terminal unit inlet static much higher than necessary, anywhere from 1" - 2.5". This could force the air handler to operate at a higher speed, use more energy, and result in higher generated noise from the terminal unit. A well defined, proper control sequence can reduce unnecessary static pressure and maintain peak efficiency of the system. Learn about Krueger's terminal unit offering! https://lnkd.in/g6-b5D-Q #mechanicalengineering #hvac #airdistribution

Do you specify Krueger’s DesignFlo (DFL) linear slot diffuser? You’ll want to take note of our newly revised DFL Installation Guide. Covering methods for before and after a hard ceiling installation, this guide provides step-by-step instructions with helpful illustrations. Download your copy today! https://conta.cc/4cHLaq5 #mechanicalengineering #hvac #airdistribution