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Picture Hanger Height Calculator Introducing Adicot's Picture Hanger Height Calculator, the revolutionary tool that will transform your artwork hanging experience. Say goodbye to the guesswork and endless adjustments when it comes to displaying your cherished pieces. As featured on a Martha Stewart Living show in the early 2000s, this innovative method has stood the test of time and remains the go-to solution for achieving perfect picture placement. You can determine the ideal height for your artwork, ensuring impeccable alignment and optimal visual impact. Whether you're an art enthusiast, a professional decorator, or simply someone who appreciates a beautifully curated space, this tool is your secret weapon for transforming your walls into stunning galleries. Experience the precision and elegance that only Adicot's Picture Hanger Height Calculator can deliver, and make every artwork installation a masterpiece. ​ Methodology: Artwork hung too high or too low can disrupt the space's design aesthetic. Martha Stewart , the homemaking goddess, suggests a foolproof method that the center of the art piece should be at eye level and that the most common eye level is 60 inches. This easy-to-use calculator has you enter the height of the artwork, the distance between the top of the artwork and the hook, and the height you want the center of your artwork to be located (remember Martha Stewart suggests the center of the artwork should be at around 60 inches ). The calculator returns the height of where the hook should be located. ​ Instructions: Note that all measurements are in inches Enter the height of the art piece as inches and fraction of inches. Enter the distance between the hook's top and the artwork's top as inches and fraction of inches. Enter the height you want the center point of the art to be located as inches and fraction of inches. As described in Martha Stewart Living, the optimal height for the center point of the artwork is 60 inches. You can use this recommended center of artwork height or choose your own height. The hook height will appear in the Hook height results box. ​ There is a secondary calculator where you can enter the artwork's width, and the calculator will provide the centerline dimension and the artwork in thirds. ​ Pictrue Height Hanger

International Energy Conservation Code Window U-Factors & SHGC Default Values Instructions: Review the methodology to make sure it aligns with your project's requirements. Windows: Select Frame type Select the number of panes Select Clear or Tinted The U-Value, SHGC, and VT code default values will populate the results table. ​ Note : you can access NFRC's Certified Product Directory to search for your specific window's actual U-factors and SHGC values. ​ Doors: Enter the door type The code default U-factor value will populate the result box. U-Facotrs & SHGC Values RELATED CALCULATORS: Energy Form - Commercial Energy Form - Residential SH-# Window Size Converter Duct Size Calculator Jump to Examples Methodology: ​ NFRC U-Factor and SHGC values are critical when performing Cooling Load Calculations and Energy Code Compliance Calculations. Clients can often provide these values if the windows are new with their sticker still attached. As a side note, any window, door, or Skylight with an NFRC rating can be found using the NFRC's searchable database. In the event that the windows are existing or no longer have an NFRC label affixed, the International Energy Conservation Code (IECC) and Florida Energy Conservation Code (FECC) provide default values U-Factor, SHGC values, and VT values. The v alues below are taken directly from the 2020 Florida Energy Conservation Code, Table C303.1.3(1) & (2) , and the 2021 International Energy Conservation Code C303.1.3 (1) & (2) and show SHGC, U-Factor, and VT values for windows and doors: TABLE C303.1.3(1) DEFAULT GLAZED FENESTRATION U-FACTORS TABLE C303.1.3(2) DEFAULT OPAQUE DOOR U-FACTORS TABLE C303.1.3(3) DEFAULT WINDOW, GLASS DOOR AND SKYLIGHT SHGC AND VT Example 1: You are performing a load calculation for an existing building. You do a site visit and see that the existing windows have metal frames and the single-pane glass has no tinting. What values should you use for the U-Factor, SHGC value, and VT value of the windows? ​ Find the U-Factor From Table C303.1.3(1) by looking up Metal Frame / Single Pane windows: U-Factor = 1.2 Find the SHGC and VT From Table C303.1.3(3) by looking up SINGLE GLAZED-Clear windows: SHGC = 0.8, VT = 0.6 ​ Example 2: You are performing a load calculation for an existing building. You do a site visit and see that the existing doors are uninsulated and metal. What value should you use for the U-Factor? ​ Find the U-Factor From Table C303.1.3(2) by looking up Uninsulated Metal: U-Factor = 1.2 ​ Example 3 : Use Adicot's International Energy Conservation CodeWindow U-Factors & SHGC Default Values Calculator to solve the examples above: IECC FECC U-Factor and SHGC Default Examples

RELATED CALCULATORS: Air Change Rate Calculator Coil Selection Calculator Condensate Generated Duct Size Calculator Psychrometric Calculations Jump to an Example Air Mixing Calculator Instructions: Review the methodology to m ake sure it aligns with your project's requirements. Select English Units or Metric Units. Enter Volume of Outside Air [CFM (l/s)]. Enter Outside Air Dry Bulb and Wet Bulb temperatures [oF (oC)]. Note: Click on the ASHRAE Climate Data button to get the design conditions for your exact location. Enter the Volume of Return Air [CFM (l/s)]. Enter the Return Air Dry Bulb and Wet Bulb temperatures [oF (oC) ]. (Optional) Enter the Air Volume of a Third Air Stream [CFM (l /s)] . (Optional) Enter the Third Air Stream's Dry Bulb and Wet Bulb temperatures [oF (oC)]. Click the Calculate button. See the Mixed Air Results in the Results window. Mixed Air Air Mixing Example and Methodology Methodology, Equations and Examples: ​ In HVAC, air mixing involves blending different air streams to achieve desired temperature, humidity, and air quality. It combines supply, return, and outdoor air to create a uniform mixture. Air mixing methods include mixing boxes, diffusers, grilles, and utilizing the Venturi effect. Benefits include improved comfort, enhanced indoor air quality, and energy efficiency. It ensures uniform conditions, dilutes pollutants, and reduces energy consumption. ​ This calculator allows for calculating the mixed air temperature of a third air source. An example of a third air stream is a Bypass air duct that goes from the supply air plenum back to the return air plenum. Trane has an excellent Engineers Newsletter describing Dehumidify with Constant-Volume Systems . The article discusses the Mixed-Air Bypass Method of dehumidification: ​ "Simple and inexpensive, this option blends cold, dry air leaving the cooling coil with warm, moist, mixed air (return air and outdoor air) to achieve the proper supply-air temperature." ​ The equation to calculate the Mixed air of 3 air streams is: ​ TMA = T 1 x Q 1 + T 2 x Q 2 + T 3 x Q 3 Q 1 + Q 2 + Q 3 ​ where: T MA = The dry bulb or wet bulb Mixed Air Temperature, oF [oC] T # = The dry bulb or wet bulb temperature of each airstream, oF [oC] Q # = The flow rate of each airstream, CFM [l/s] ​ ​ Example : Suppose you want to calculate the mixed air temperature of three air streams: Outdoor Air: 150 CFM @ 91oF Dry Bulb / 77oF Wet Bulb Return Air: 1550 CFM @ 75oF Dry Bulb / 62.3oF Wet Bulb Bypass Air: 300 CFM @ 55oF Dry Bulb / 54.5oF Wet Bulb ​ Calculate the Dry Bulb Mixed Air Temperature: ​ TMA, DB = 91oF x 150 CFM + 75oF x 1550 CMF + 55oF x 300 CFM = 73.20oF Dry Bulb 150 CFM + 1550 CMF + 300 CFM ​ Calculate the Wet Bulb Mixed Air Temperature: ​ TMA, WB = 77oF x 150 CFM + 62.3oF x 1550 CMF + 54.5oF x 300 CFM = 62.23oF Wet Bulb 150 CFM + 1550 CMF + 300 CFM

Work Order - Residential Click here for the Commercial Work Order R efresh your webpage if the Dropdown menus options are "[Dynamic Dropdown]"

Duct Size Calculator Note: Duct Dimensions are always Inner Dimensions RELATED CALCULATORS: DIFFUSER SIZE CALCULATOR Size supply and return air diffusers Ductulator Adicot, Inc.'s Duct Size Calculator is a versatile and powerful tool designed to assist professionals in the HVAC (Heating, Ventilation, and Air Conditioning) industry. Whether you work with metric or English units, this calculator can handle both, providing convenience and flexibility for users worldwide. Modeled after the renowned original Ductualtor by Trane, this calculator carries on the legacy of precision and accuracy in duct sizing. The user can size ducts based on different parameters. Users can input air velocity, friction factor, or duct dimensions to obtain the required duct size. This functionality enables HVAC professionals to tackle various projects, from designing new systems to evaluating existing ones. The Duct Size Calculator is an indispensable tool for various professions within the HVAC industry. Mechanical engineers, HVAC designers, contractors, and technicians can all benefit from this tool. It simplifies the complex process of duct sizing, allowing professionals to optimize airflow, ensure efficient performance, and comply with industry standards and regulations. Whether it's designing duct systems for commercial buildings, residential projects, or industrial facilities, the Duct Size Calculator offers reliable and accurate calculations, streamlining the workflow and saving valuable time and resources. With its user-friendly interface and comprehensive features, Adicot, Inc.'s Duct Size Calculator is essential for anyone involved in HVAC system design and installation. Whether working in metric or English units, professionals in the field can rely on this calculator to deliver accurate and efficient duct sizing results, enhancing their productivity and enabling them to provide top-notch HVAC solutions. Instructions: Select English or Metric Units Select Material Type from the dropdown menu. (Note, the button next to the selection field will bring you to a specification sheet for the material type you selected). Enter the air volume in CFM [l/s]. Select an input criteria and enter its value. Optional: Enter a constraining rectangular duct dimension in inches [cm] Click the Calculate button The results are displayed in the results table.

Commercial Kitchen Exhaust-Hood Calculator Instructions: Review the methodology to ensure it aligns with your project's requirements. Perform a separate analysis for each hood. Refresh your web browser if the options are listed as: [Dynamic Dropdown] ​ Select English or Metric Units Select the Hood Description. Hovering over the Hood Description dropdown menu will reveal ASHRAE hood descriptions. Enter the project name (optional). Enter the hood designation (optional). Select the hood type. Hovering over the Hood Type dropdown menu will reveal Hood Type descriptions from the IMC and FMC. Select the first cooking appliance that will be served by the hood from the Cooking Equipment dropdown menu. Enter the length of the cooling appliance. Click the "Click to add additional equipment" checkbox to add another piece of equipment that the hood will serve. Repeat numbers 6 & 7. Repeat number 8 until all equipment under the hood has been entered. The results appear in the Summary Table. Enter the % Make-up Air in the Summary Table (optional). Jump to Methodology RELATED CALCULATORS: Cooling Load Check Condensate Generated Duct Size Calculator Psychrometric Calculations CKV Wall-mounted canopy hoods are used for all types of cooking equipment located against a wall. Single-island canopy hoods are used for all types of cooking equipment in a single-line island configuration.​ Double-island canopy hoods are used for all types of cooking equipment mounted back-to-back in an island configuration. ​ Back shelf/proximity hoods are used for counter-height equipment typically located against a wall, but possibly freestanding. Pass-over hoods are used over counter-height equipment when pass-over configuration (from cooking side to serving side) is required. Eyebrow hoods are used for direct mounting to ovens and some dishwashers. Methodology: Exhaust flow rates are determined by the hood style and the food service equipment served by the hood. Not all hoods are rated or designed for all cooking appliance types or duty ratings; therefore, cooking appliance type and duty rating must be included in the specification process. The following hood-type options are included in this calculator. Descriptions are adapted from the 2019 ASHRAE Handbook, Chapter 34: In addition to Hood Style, Hood Type must be classified when designing a Commercial Kitchen Exhaust Hood. Below are excerpts from the 2020 FMC & 2018 IMC describing Hood Type I and Hood Type II ​ ​ 2020 FMC, Section 507.2, https://codes.iccsafe.org/content/FLMC2020P1/chapter-5-exhaust-systems#FLMC2020P1_Ch05_Sec507.2 ​ Type I Hood: "Type I hoods shall be installed where cooking appliances produce grease or smoke as a result of the cooking process. Type I hoods shall be installed over medium-duty, heavy-duty, and extra-heavy-duty cooking appliances." ​ 2020 FMC, Section 507.3, https://codes.iccsafe.org/content/FLMC2020P1/chapter-5-exhaust-systems#FLMC2020P1_Ch05_Sec507.3 ​ Type II Hood: "Type II hoods shall be installed above dishwashers and appliances that produce heat or moisture and do not produce grease or smoke as a result of the cooking process, except where the heat and moisture loads from such appliances are incorporated into the HVAC system design or into the design of a separate removal system. Type II hoods shall be installed above all appliances that produce products of combustion and do not produce grease or smoke as a result of the cooking process. Spaces containing cooking appliances that do not require Type II hoods shall be provided with exhaust at a rate of 0.70 cfm per square foot (0.00033 m3/s). For the purpose of determining the floor area required to be exhausted, each individual appliance that is not required to be installed under a Type II hood shall be considered as occupying not less than 100 square feet (9.3 m2). Such additional square footage shall be provided with exhaust at a rate of 0.70 cfm per square foot [0.00356 m3/(s × m2)]." The calculator uses CFM/linear foot of equipment values to calculate the total minimum volume of exhaust air. CFM/linear foot values are found in the International Mechanical Code (IMC) , the Florida Mechanical Code (FMC) , and the ASHRAE Handbook . ​ Per the International Mechanical Code & Florida Mechanical Code: Per the ASHRAE Handbook : The equipment with the heaviest duty under the hood will determine the exhaust volume for all the equipment. For example, if a light-duty piece of equipment and a medium-duty piece of equipment are under one hood, the exhaust rate will be based on the requirements of medium-duty equipment. The length of the hood is the length of the equipment plus 12 inches. The make-up air is a percentage of the exhaust air. Hovering over this dropdown menu reveals notes from the International Mechanical Code and the Florida Mechanical Code . This input is optional and only necessary if you want to calculate the volume of makeup air. The notes that appear are related to your project and are taken from the International Mechanical Code, the Florida Mechanical Code, and the ASHRAE Handbook.

About Adicot, Inc. Welcome to Adicot Engineering! We are a consulting firm that provides high-quality mechanical engineering services to Architects, Contractors, and Builders. We are dedicated to helping clients optimize their mechanical systems, reduce energy costs, and achieve sustainability goals. ​ At Adicot, we believe in building long-term relationships with our clients based on trust, transparency, and professionalism. We are committed to delivering customized solutions that meet our clients' unique needs and exceed their expectations. We bring a wealth of expertise to every project we undertake. We have the skills and knowledge to help clients overcome their toughest challenges. We are proud to have worked with a wide range of clients in industries such as manufacturing, healthcare, and education. Our clients appreciate our collaborative approach, attention to detail, and commitment to delivering results. ​ To learn more about how Adicot Engineering can help you, please don't hesitate to contact us . We look forward to hearing from you! ​ NCEES Model Law Engineer for Multi-State Licensure ​ Registered in the following States: Arkansas | Florida | Louisiana | Oklahoma | Texas | Wyoming Recent Clients LENNAR

Choose your pricing plan Find one that works for you Monthly $ 1,000 1,000$ Every month Perfect for Businesses who are not ready for a long term commitment. Select 40 hours of Engineering Design Time. Additional Design Time billed at USD$225 per hour. Your calculator is hosted on Adicot's website. If practical, your calculator will be smart phone compatible We will promote your calculator on our Social Media Sites. Your calculator can include links to your webpage. Adicot will provide customer support to calculator users. No long term commitment. Cancel with 30 days notice. Terms may change. Best Value Annual $ 10,000 10,000$ Every year Perfect for those ready to commit and receive a 16.7% Discount Select 80 hours of Engineering Design Time. Additional Design Time billed at USD$225 per hour. Your calculator is hosted on Adicot's website. If practical, your calculator will be smart phone compatible We will promote your calculator on our Social Medial Sites. You calculator can include links to your webpage. Adicot will provide customer support to calculator users. One year commitment. Cancel before renewal date. Terms may change. Plans are renewed automatically. To cancel the Annual Plan, you must cancel prior to your renewal date. To cancel the Monthly Plan, you must provide 30 days notice to cancel.

Ohm's Law with Power Calculator RELATED CALCULATORS: kW, HP, BTU, Ton... Unit Converter Temperature Converter EER SEER2 COP HSPF2 kw/Ton Converter Adicot, Inc.'s Ohm's Law with Power Calculator is a versatile tool for calculating electrical parameters. This calculator efficiently determines Power, Voltage, Current, and Resistance using Ohm's Law, a fundamental principle in electrical engineering. Professions that benefit from this calculator include electrical engineers, technicians, electricians, and hobbyists working with electrical systems. It proves invaluable during circuit design, troubleshooting, and equipment maintenance. Electronics professionals find it helpful in designing and analyzing electronic devices and systems. Adicot, Inc.'s Ohm's Law with Power Calculator is a comprehensive and user-friendly tool. Calculating Power, Voltage, Current, and Resistance, aids in various applications, from circuit design to optimizing energy systems. Instructions: Enter two input values: Voltage, Current, Resistance, and Power. Entering more than two input values will cause the results to be unreliable. Click the Calculate Button, and the results will appear in the Results table. ​ Methodology: I = V/R V = sqrt (PxR) I = P/V V = P/I I = SQRT (P/R) V = IxR ​ P = VxI R = V/I P = I^2R R = V^2/P P = V^2/R R = P/I^2 Ohms Law

HVAC Load & Energy Calculations Energy Code Compliance Calculations At Adicot, Inc., we specialize in performing Energy Conservation Code calculations for Large Scale Projects to ensure compliance with the following codes*: ​ Florida Building Code , Energy Conservation Total Building Performance Compliance Option Florida Building Code, Energy Conservation, Prescriptive Compliance Option Florida Building Code, Component Performance Alternative Option ASHRAE, Energy Cost Budget Option ASHRAE, Prescriptive Compliance Option ASHRAE, Appendix G Performance Rating Option International Energy Conservation Code, Total Building Performance Compiance Option International Energy Conservation Code, Prescriptive Compliance Option International Energy Conservation Code, Component Performance Alternative Option ​ *If the code you need is not listed, please contact us - we still may be able to help. ​ Adicot, Inc. takes a holistic approach to Energy Code Compliance Calculations, offering solutions that align with your project's needs. We believe that achieving energy code compliance shouldn't be a one-size-fits-all approach. By offering customizable options, we empower you to make informed decisions that optimize your project's energy performance. When you choose Adicot, Inc. for your Energy Code Compliance Calculations, you gain access to a Licensed Professional Engineer committed to your success. Let Adicot, Inc. be your guide to you passing the energy conservation code requirements. Click here if you are looking for our fillable energy forms: Commercial Energy Compliance Form Residential Energy Compliance Form Cooling Load Calculations Note: Adicot, Inc. is not accepting new HVAC Engineering Design or Cooling Load Calculations clients at this time, but we are accepting Energy Code Compliance Calculation projects for Large Scale Projects. Click here to learn more. ​ Welcome to Adicot, Inc., your premier destination for cooling load calculation services. At Adicot, we have honed our expertise through years of experience by employing sound engineering principles. Our commitment to excellence and dedication to delivering optimal outcomes make us the go-to for HVAC design solutions. ​ HVAC design is complex, and accurate load calculations are pivotal to the system's success. We provide precise heating and cooling load calculations based on our industry knowledge and thorough approach. At Adicot, we are passionate about exceeding expectations. We believe in going above and beyond to ensure you receive the best possible service. Whether you are planning a multi-family, commercial, or industrial project, we are equipped to handle projects of any scale, providing comprehensive and reliable cooling load calculations. ​ One of the cornerstones of our success lies in the advanced tools and technologies we utilize, including our Cooling Load Ballpark Estimator , designed in-house, is a testament to our dedication to innovation. This calculator is a critical pre-design tool and provides a ballpark of the actual load calculation. We understand that no two projects are alike, so we take a personalized approach to each task. We collaborate closely with our clients to gather essential data about the building's specifications, occupancy patterns, and unique requirements. By tailoring our cooling load calculations to your project's intricacies, we can deliver solutions that optimize energy efficiency, enhance comfort, and reduce operating costs. Choosing Adicot, Inc. as your cooling load calculation partner comes with the added benefit of exceptional customer service. We are on hand to address your queries and concerns promptly. We value communication and transparency, ensuring that you stay informed at every stage of the process. At Adicot, we believe in forging lasting partnerships with our clients. If you seek excellence in cooling load calculations, look no further than Adicot, Inc. With our vast experience, innovative approach, commitment to accuracy, and dedication to unparalleled customer service, we are confident in our ability to exceed your expectations and deliver HVAC design solutions that set the benchmark in the industry. Experience the Adicot difference today and take the first step towards a more efficient and sustainable future.

Choose your pricing plan Find one that works for you Monthly $ 1,000 1,000$ Every month Perfect for Businesses who are not ready for a long term commitment. Select 40 hours of Engineering Design Time. Additional Design Time billed at USD$225 per hour. Your calculator is hosted on Adicot's website. If practical, your calculator will be smart phone compatible We will promote your calculator on our Social Media Sites. Your calculator can include links to your webpage. Adicot will provide customer support to calculator users. No long term commitment. Cancel with 30 days notice. Terms may change. Best Value Annual $ 10,000 10,000$ Every year Perfect for those ready to commit and receive a 16.7% Discount Select 80 hours of Engineering Design Time. Additional Design Time billed at USD$225 per hour. Your calculator is hosted on Adicot's website. If practical, your calculator will be smart phone compatible We will promote your calculator on our Social Medial Sites. You calculator can include links to your webpage. Adicot will provide customer support to calculator users. One year commitment. Cancel before renewal date. Terms may change. Plans are renewed automatically. To cancel the Annual Plan, you must cancel prior to your renewal date. To cancel the Monthly Plan, you must provide 30 days notice to cancel.