Sizing of copper piping networks

Calculator for the sizing of copper pipe networks for the transport of carrier fluids for heating and air conditioning based on the distribution of potential - accepts the main units of measurement

We are pleased to present you this innovative program that will revolutionize the way you approach the sizing of distribution networks with copper pipes. In an age where infrastructure design and management are critical to delivering energy through fluids like water reliably and efficiently, understanding how to properly size networks is vital.

This program was created by Itieffe to simplify the complex process of sizing distribution networks, putting advanced and intuitive tools at your disposal. It will guide you through the process, eliminating the complexity of calculations and giving you a quick and accurate solution based on copper piping.

But we won't limit ourselves to numbers. We will also explore the basic principles of proper distribution network design, including hydraulic and mechanical aspects. You will learn how to select pipe diameters, calculate pressure drops and ensure uniform distribution of fluids through the system.

Accurate examples will guide your path in learning to use the program.

This program will provide you with the tools you need to size copper pipe distribution networks efficiently and effectively.

We hope this program becomes your trusted resource for addressing the challenges of sizing distribution networks. Whether you are an engineer, designer, technician or infrastructure engineering enthusiast, we are here to help you successfully size copper pipe distribution networks.

Let's begin this journey together, discovering the world of distribution network sizing and the opportunities to improve the efficiency and safety of the infrastructures that support our daily lives.

Sizing of copper piping networks

Sizing of copper piping networks

Process that allows you to calculate the sizing of copper piping networks for the transport of carrier fluids for heating and air conditioning systems

Instructions

How to proceed

Scheme used for the example

1 – the first thing you need to do is choose the unit of measurement of the system's potential (BTU – kW – kcal/h – MJ).

2 - indicate the Δt (delta t in ° C) referring to the “recommended Δt” table.

3 - insert the calculated value apart from the localized losses (shutters, curves, users, etc.) - see program: "Calculation of pressure drops in hydraulic circuits".

4 - let's name the trunk.

5 - enter the potential that must be distributed in the unit of measurement indicated above.

6 - we are going to identify the external diameter of the pipe needed. Based on the speed of the water (see the following table), you can identify the diameter that best suits your needs by choosing from the colors: red - green - yellow).

Note: in some cases, with values ​​outside the norm, no color appears (evaluate based on the speed of the water).

7 - we enter the length in meters of the pipeline (flow + return).

8 - we indicate if that section of pipe contributes to the calculation of the head.

9 - we check the results.

Let's take an example.

We have a radiator system with a potential (increased by 20%) of 31 kWt - the Δt is 10 ° C.

The localized pressure drops, gate valves, curves, users, etc., are calculated separately (see program: "Calculation of pressure drops in hydraulic circuits“), Are identified in 1.500 mm / m.

We insert the trunk, the transmissible potential, the diameter of the tube (carrying out tests keeping an eye on the colors), we check the congruity of the water speed, we insert the length and we indicate if the section contributes to the calculation of the prevalence.

We repeat the operation for the other trunks.

Let's read the results:

we can observe:

A - the total of the head losses in mm ca;

B - the water content in liters;

C - the conventional mass in kg;

D - the external surface possibly to be insulated in m².

Easier than that

good job

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Sizing of copper piping networks

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