Download the instruction manual and whitepaper Expansion Tank Calculator for Hydronic Hot Water Systems - Whitepaper. Learn about the design experience and equations behind the calculator. The calculator has an instruction manual specifically on the calculator and how to use the calculator, but this PDF also includes design instructions.

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The HVAC Expansion Tank Calculator for Hydronic Hot Water Systems is designed to be comprehensive to apply to nearly all condenser water designs, but also simple and easy to use. The interface is in excel format which makes it easy for anyone to quickly learn. You are able to add in extra rows to your volume calculation similar to how you would with excel. Inputting data is simple and intuitive, just follow the examples within the calculator. Change pipe material, pipe sizes, temperatures, pressures, etc. and have the calculator automatically determine the total volume in the system. The references that create the basis of this calculator are also editable such that you can customize fluid values or add-in pipe sizes. However, if you do not feel comfortable making changes, then simply email me and I will customize the spreadsheet to suit your needs. The calculator also beautifully prints to a standard 8.5 x 11 format for your basis of design or other design report appendix. The calculator will determine the total volume of the expansion tank and will also give you a schedule template to be used on your drawings. Hawaii general excise tax is not included in the cost below and will be added to the final cost.

This figure shows the available pipe types within each pipe material. This is just a snippet of the calculator, there are many more pipe types and materials.

As an experienced engineer you should be able to quickly and accurately size and select your expansion tank. Each hydornic hot water system is different, but this calculator takes the most common piping and fluid properties to make the most comprehensive expansion tank calculator on the market. This calculator also comes with a detailed instruction manual that does not only explain how to use the calculator but also explains how to design an expansion tank with easy to use verbiage and figures. For example, the guide walks you through, how to locate the expansion tank within the system.

The first distinguishing factor of Engineering Pro Guides is our design guidance that comes along with each calculator. This calculator comes with a detailed and easy to understand guide on how to the calculator. It also explains the background of the creation of the calculator. Since, we are also engineers who use these calculators regularly, we also are able to explain the engineering design behind expansion tanks, which makes it easier to understand the calculator and use the calculator.

In certain instances where there is a rapid reduction in flow, a pressure reducing valve (or PRV) can sometimes run slightly high in downstream pressure until ...

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Justin Kauwale PE, LEED AP is a professional engineer that is registered in both Mechanical and Fire Protection Engineering. He has over 11 years of experience in practicing and teaching engineering to practicing engineers. He is the owner of this website and the creator of this content. If you have any questions, please contact him at contact@engproguides.com or see the about page for more.

Another distinguishing factor of Engineering Pro Guides products is that EPG answers questions promptly and also shares the questions and answers with all customers and potential customers. This open communication makes it very easy to overcome any problems you may have in using the calculator.

The velocity of water is the pace of progress of its situation as for an edge of reference, and is an element of time. Water velocity is identical to a particular of an article's speed and heading of movement. Velocity is a basic idea in kinematics, the part of traditional mechanics that depicts the movement of bodies.

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This figure shows the available pipe sizes within each pipe material & type combination. This is just a snippet of the calculator, there are many more pipe types and materials.

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The outputs of the calculator is a summary of the various piping volumes, the specific volume at the high and low temperatures and ultimately the expansion tank size. From design to construction, there will be variations to the system and you can account for those variations with a safety factor, which is also shown in this figure.

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Series: Design Tools Title: HVAC Expansion Tank Design Calculator for Hydronic Hot Water Systems Author: Justin Kauwale, P.E. Units: English (SI Coming Soon) Language: English Format: Excel Publisher: Engineering Pro Guides Last Updated April 11, 2018

WATER VELOCITY CALCULATOR WATER VELOCITY CONVERSION TABLE Fromm/skm/hm/hft/minft/s m/s 1 3.6 2.24 196.9 3.28 km/h 0.278 1 0.62 54.68 0.91 m/h 0.45 1.609 1 88 1.47 ft/min 5.08 10-3 1.83 10-2 1.14 10-2 1 1.67 10-2 ft/s 0.305 1.097 0.682 60 1 HOW TO CALCULATE WATER VELOCITY To calculate the velocity of water supply, you will need to know the flow rate and diameter of the tube or pipe. Water velocity is a calculation of the speed of water flowing through a series of tubing or piping networks. The velocity of water is the pace of progress of its situation as for an edge of reference, and is an element of time. Water velocity is identical to a particular of an article's speed and heading of movement. Velocity is a basic idea in kinematics, the part of traditional mechanics that depicts the movement of bodies. Velocity is a physical vector amount; both greatness and bearing are expected to characterize it. The scalar outright worth (greatness) of speed is called velocity, being a cognizant inferred unit. OTHER UNITS OF WATER VELOCITY 1 metre per second = 6000 centimetre per minute 1 metre per second = 100 centimetre per second 1 metre per second = 11811 feet per hour 1 metre per second = 2362.2 inches per minute 1 metre per second = 39.37 inches per second 1 metre per second = 1.942615 knots 1 metre per second = 3600 metre per hour 1 metre per second = 60 metre per minute 1 metre per second = 0.0373 miles per minute 1 metre per second = 0.00062 miles per second 1 metre per second = 3937 yards per hour

This product is yours to use risk-free to you. If you are not completely satisfied with your improved efficiency after two weeks of use, then simply email me a note about experience within two months of the original purchase date for a complete refund of your purchase price , no questions asked.

Designed for hydronic heating systems or potable hot water systems, the tank uses compressed air to maintain system pressures by accepting and expelling the ...

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The calculator comes with all the standard pipe types used in hydronic hot water systems, like steel (schedule 40 and 80), copper (type K, L, M), polypropylene, PVC, etc. The calculator automatically determines the inner diameter and inner area of your selected pipe.

Engineering Pro Guides provides mechanical and electrical PE and FE exam technical study guides, practice exams and much more. Contact Justin for more information. Email: contact@engproguides.com

Velocity is a physical vector amount; both greatness and bearing are expected to characterize it. The scalar outright worth (greatness) of speed is called velocity, being a cognizant inferred unit.

A pressure reducing valve (PRV) is a type of valve that reduces a higher upstream pressure to a stable lower downstream pressure.

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This figure shows hot the pipe type and pipe size within the type will determine the diameter, which will determine the inner area. The inner area then determines the volume of hydronic hot water within the system at the low temperature.

The calculator also includes the fluid properties of water and gylcol-water mixtures at all temperatures within the hydronic hot water typical range. This figure shows how the density (specific volume) is automatically found, when you input the fluid type and fluid temperature. The specific volume and temperature is very important, because it determines how much the fluid will expand from its lowest temperature to its highest temperature.

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This calculator covers the design and selection of a hydronic hot water expansion tank. The expansion tank is a part of an overall hot water system that often includes a hot water generator (fuel fired boiler), piping, valves/fittings, water treatment, hot water coils (air handling units and fan coil units) and hot water pump(s). A hydronic system is a water system that is used to transport heat from one location to another. Typical hydronic systems include chilled water and hot water systems. This guide is on hot water systems, these systems have additional sub-systems based on the temperature of the system. Low temperature systems are defined as hot water systems less than 240 °F. Medium/High temperature systems are defined as hot water systems above 240 °F.

1 metre per second = 6000 centimetre per minute 1 metre per second = 100 centimetre per second 1 metre per second = 11811 feet per hour 1 metre per second = 2362.2 inches per minute 1 metre per second = 39.37 inches per second 1 metre per second = 1.942615 knots 1 metre per second = 3600 metre per hour 1 metre per second = 60 metre per minute 1 metre per second = 0.0373 miles per minute 1 metre per second = 0.00062 miles per second 1 metre per second = 3937 yards per hour

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