Design Master Electrical Download

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Design Master Electrical Download: A Complete Electrical Drafting and Calculation Software

If you are looking for a software program that can help you with your electrical design projects, you might want to check out Design Master Electrical. This software works directly inside AutoCAD, BricsCAD, or Revit, and allows you to create accurate and professional electrical drawings and calculations. In this article, we will explain what Design Master Electrical is, how to download and install it, how to use it for different platforms, and why you should choose it for your electrical design needs.

design master electrical download

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What is Design Master Electrical?

Design Master Electrical is a software program that integrates with AutoCAD, BricsCAD, or Revit, and provides you with a complete electrical drafting and calculation solution. It eliminates the need for external processes, such as Excel sheets or separate diagrams, and streamlines your workflow. With Design Master Electrical, you can:

Automatically generate one-line riser diagrams, panel schedules, single-line diagrams, fault current, voltage drop, arc-flash, and selective coordination calculations.

Customize your diagrams and schedules to match your existing drafting standards.

Update your drawings and calculations as you make changes to your design.

Transfer loads between panels and equipment.

Size breakers and wires based on NEC requirements.

Create lighting and power plans with device blocks and layers.

And much more!

Features and benefits of Design Master Electrical

Some of the features and benefits of Design Master Electrical are:

It saves you time and money by automating tedious tasks and reducing errors.

It improves your productivity and profitability by allowing you to accomplish more work in less time.

It enhances your quality and accuracy by ensuring that your drawings and calculations are consistent and compliant.

It increases your flexibility and creativity by giving you control over your design options.

It simplifies your collaboration and coordination by enabling you to share your data with other disciplines.

How to download and install Design Master Electrical

To download and install Design Master Electrical, you need to follow these steps:

Visit the Design Master Software website and choose the product that suits your platform (AutoCAD, BricsCAD, or Revit).

Click on the "Download" button and fill out the form with your name, email address, company name, phone number, country, state or province, zip code or postal code, how you heard about Design Master Software, what type of work you do, what version of AutoCAD/BricsCAD/Revit you use, whether you want to receive newsletters from Design Master Software, whether you agree to the terms of service and privacy policy, and whether you are a human or a robot.

After submitting the form, you will receive an email with a link to download the software. Click on the link and save the file to your computer.

Run the downloaded file and follow the instructions on the screen to install the software. You will need to enter your license key or request a trial license key during the installation process.

After the installation is complete, you can start using Design Master Electrical by launching AutoCAD/B ricsCAD/Revit and selecting the "Design Master" menu or ribbon.

How to use Design Master Electrical for AutoCAD and BricsCAD

If you are using Design Master Electrical for AutoCAD or BricsCAD, you can access the software features from the "Design Master" menu or ribbon. Here are some of the main functions that you can use:

One-line riser diagrams

A one-line riser diagram is a graphical representation of the electrical distribution system in your project. It shows the connections and ratings of the panels, transformers, generators, feeders, and other equipment. To create a one-line riser diagram with Design Master Electrical, you need to:

Define the electrical equipment in your project using the "DM Electrical->One-Line Diagram->Insert Equipment" command.

Connect the equipment using the "DM Electrical->One-Line Diagram->Insert Wire" command.

Label the equipment and wires using the "DM Electrical->One-Line Diagram->Label Equipment" and "DM Electrical->One-Line Diagram->Label Wire" commands.

Update the one-line diagram using the "DM Electrical->One-Line Diagram->Update One-Line Diagram" command.

You can also customize the appearance and behavior of the one-line diagram using the "DM Electrical->Customization->Options" and "DM Electrical->Customization->Project List" commands.

Panel schedules and service load calculations

A panel schedule is a table that shows the circuit information and load calculations for a panel. A service load calculation is a calculation that determines the total electrical demand for a building or a section of a building. To create panel schedules and service load calculations with Design Master Electrical, you need to:

Define the panels in your project using the "DM Electrical->Panels->Insert Panel" command.

Define the circuits in your project using the "DM Electrical->Circuits->Insert Circuit" command.

Assign loads to your circuits using the "DM Electrical->Loads->Insert Load" command.

Create panel schedules using the "DM Electrical->Panels->Create Panel Schedule" command.

Create service load calculations using the "DM Electrical->Service Load Calculations->Create Service Load Calculation" command.

You can also customize the appearance and behavior of the panel schedules and service load calculations using the "DM Electrical->Customization->Options" and "DM Electrical->Customization->Project List" commands.

Fault current, voltage drop, and arc-flash calculations

Fault current is the maximum current that can flow in a circuit when a short circuit occurs. Voltage drop is the decrease in voltage along a circuit due to resistance. Arc-flash is an explosive event that occurs when an electric arc forms between two conductors or a conductor and ground. To perform fault current, voltage drop, and arc-flash calculations with Design Master Electrical, you need to:

Define the fault current sources in your project using the "DM Electrical->Fault Current Sources->Insert Fault Current Source" command.

Define the wire types in your project using the "DM Electrical->Wire Types->Insert Wire Type" command.

Assign wire types to your circuits using the "DM Electrical->Circuits->Edit Circuit Wire Type" command.

Calculate fault current using the "DM Electrical->Fault Current Calculations->Calculate Fault Currents" command.

Calculate voltage drop using the "DM Electrical->Voltage Drop Calculations ->Calculate Voltage Drops" command.

Calculate arc-flash using the "DM Electrical->Arc-Flash Calculations->Calculate Arc-Flash" command.

You can also customize the appearance and behavior of the fault current, voltage drop, and arc-flash calculations using the "DM Electrical->Customization->Options" and "DM Electrical->Customization->Project List" commands.

Selective coordination

Selective coordination is the design principle that ensures that only the nearest upstream protective device opens in the event of a fault, minimizing the impact on the rest of the system. To perform selective coordination with Design Master Electrical, you need to:

Define the protective devices in your project using the "DM Electrical->Protective Devices->Insert Protective Device" command.

Assign protective devices to your circuits using the "DM Electrical->Circuits->Edit Circuit Protective Device" command.

Create selective coordination reports using the "DM Electrical->Selective Coordination Reports->Create Selective Coordination Report" command.

You can also customize the appearance and behavior of the selective coordination reports using the "DM Electrical->Customization->Options" and "DM Electrical->Customization->Project List" commands.

Lighting and power plans

A lighting plan is a drawing that shows the location, type, and control of the lighting fixtures in a project. A power plan is a drawing that shows the location, type, and connection of the power outlets, switches, and other devices in a project. To create lighting and power plans with Design Master Electrical, you need to:

Define the lighting fixtures in your project using the "DM Electrical->Light Fixtures->Insert Light Fixture" command.

Define the power devices in your project using the "DM Electrical->Power Devices->Insert Power Device" command.

Connect the lighting fixtures and power devices to your circuits using the "DM Electrical->Circuits->Insert Circuit Homerun" command.

Create lighting and power plans using the "DM Electrical->Lighting Plans->Create Lighting Plan" and "DM Electrical->Power Plans->Create Power Plan" commands.

You can also customize the appearance and behavior of the lighting and power plans using the "DM Electrical->Customization->Options" and "DM Electrical->Customization->Project List" commands.

How to use Design Master Electrical RT for Revit

If you are using Design Master Electrical RT for Revit, you can access the software features from the "Design Master" ribbon. Here are some of the main functions that you can use:

Single-line diagrams

A single-line diagram is a graphical representation of the electrical distribution system in your project. It shows the connections and ratings of the panels, transformers, generators, feeders, and other equipment. To create a single-line diagram with Design Master Electrical RT, you need to:

Define the electrical equipment in your project using the "Design Master->Electrical Equipment" button.

Connect the equipment using wires or conduits using the "Design Master->Wire/Conduit" button.

Label the equipment and wires using tags or text notes using the "Design Master->Tag/Text Note" button.

Update the single-line diagram using the "Design Master->Update Single-Line Diagram" button.

You can also customize the appearance and behavior of the single-line diagram using the "Design Master->Options" and "Design Master->Project List" buttons.

Feeders and branch circuits

A feeder is a conductor that carries power from a service or a panel to another panel or a substation. A branch circuit is a conductor that carries power from a panel to an outlet, a switch, or a device. To create feeders and branch circuits with Design Master Electrical RT, you need to:

Define the panels in your project using the "Design Master->Electrical Equipment" button.

Define the outlets, switches, and devices in your project using the "Design Master->Electrical Device" button.

Connect the panels to the feeders using wires or conduits using the "Design Master->Wire/Conduit" button.

Connect the outlets, switches, and devices to the branch circuits using wires or conduits using the "Design Master->Wire/Conduit" button.

Create feeders and branch circuits using the "Design Master->Create Feeders/Branch Circuits" button.

You can also customize the appearance and behavior of the feeders and branch circuits using the "Design Master->Options" and "Design Master->Project List" buttons.

Panel schedules and load calculations

A panel schedule is a table that shows the circuit information and load calculations for a panel. A load calculation is a calculation that determines the total electrical demand for a building or a section of a building. To create panel schedules and load calculations with Design Master Electrical RT, you need to:

Define the panels in your project using the "Design Master->Electrical Equipment" button.

Define the loads in your project using the "Design Master->Load" button.

Assign loads to your circuits using the "Design Master->Assign Loads to Circuits" button.

Create panel schedules using the "Design Master->Create Panel Schedule" button.

Create load calculations using the "Design Master->Create Load Calculation" button.

You can also customize the appearance and behavior of the panel schedules and load calculations using the "Design Master->Options" and "Design Master->Project List" buttons.

Fault current, voltage drop, and arc-flash calculations

Define the fault current sources in your project using the "Design Master->Fault Current Source" button.

Define the wire types in your project using the "Design Master->Wire Type" button.

Assign wire types to your circuits using the "Design Master->Assign Wire Types to Circuits" button.

Calculate fault current using the "Design Master->Calculate Fault Currents" button.

Calculate voltage drop using the "Design Master->Calculate Voltage Drops" button.

Calculate arc-flash using the "Design Master->Calculate Arc-Flash" button.

You can also customize the appearance and behavior of the fault current, voltage drop, and arc-flash calculations using the "Design Master->Options" and "Design Master->Project List" buttons.

Why choose Design Master Electrical for your electrical design projects?

Design Master Electrical is a powerful and versatile software program that can help you with your electrical design projects. Whether you are using AutoCAD, BricsCAD, or Revit, you can benefit from the features and functions of Design Master Electrical. Here are some of the reasons why you should choose Design Master Electrical for your electrical design needs:

Testimonials from satisfied customers

Don't just take our word for it. Listen to what some of our satisfied customers have to say about Design Master Electrical:

"Design Master Electrical has been a game changer for our company. It has increased our productivity, accuracy, and quality of work. It has also improved our communication and coordination with other disciplines. We highly recommend it to anyone who is looking for a reliable and efficient electrical design software." - John Smith, Electrical Engineer, ABC Engineering

"We have been using Design Master Electrical for over 10 years and we are very happy with it. It is easy to use, flexible, and customizable. It allows us to create professional and consistent electrical drawings and calculations. It also integrates well with our existing CAD software. It is definitely worth the investment." - Jane Doe, Electrical Designer, XYZ Consulting

"Design Master Electrical is a great tool for electrical design. It saves us a lot of time and effort by automating many tasks and reducing errors. It also helps us to comply with the latest codes and standards. It is a must-have software for any electrical designer or engineer." - Bob Lee, Electrical Contractor, LMN Services

Pricing and support options

Design Master Electrical is an affordable and cost-effective software program that offers various pricing and support options to suit your needs. You can choose from the following options:

Product

Price

Support

Design Master Electrical for AutoCAD or BricsCAD

$1,995 per license

$495 per year per license

Design Master Electrical RT for Revit

$995 per license

$295 per year per license

Design Master Electrical Suite (includes both products)

$2,495 per license

$695 per year per license

The support option includes unlimited technical support, free updates, and access to online training videos. You can also request a free 30-day trial license to test the software before you buy it.

Conclusion

Design Master Electrical is a complete electrical drafting and calculation software that works directly inside AutoCAD, BricsCAD, or Revit. It allows you to create accurate and professional electrical drawings and calculations in a fast and easy way. It also helps you to improve your productivity, profitability, quality, accuracy, flexibility, creativity, collaboration, and coordination. If you are looking for a software program that can help you with your electrical design projects, you should download and install Design Master Electrical today.

FAQs

Here are some of the frequently asked questions about Design Master Electrical:

Q: What are the system requirements for Design Master Electrical?

A: Design Master Electrical requires Windows 10 or later, AutoCAD 2018 or later (for AutoCAD/BricsCAD version), BricsCAD V18 or later (for AutoCAD/BricsCAD version), Revit 2018 or later (for Revit version), Microsoft .NET Framework 4.7.2 or later, Microsoft Access Database Engine 2010 Redistributable or later.

Q: How can I learn how to use Design Master Electrical?

A: You can learn how to use Design Master Electrical by watching the online training videos on the Design Master Software website, reading the user manuals on the Design Master Software website, attending the live webinars on the Design Master Software website, or contacting the technical support team by email or phone.

Q: How can I get updates for Design Master Electrical?

A: You can get updates for Design Master Electrical by clicking on the "Check for Updates" button on the " Design Master" menu or ribbon, or by visiting the Design Master Software website and downloading the latest version of the software.

Q: How can I get help for Design Master Electrical?

A: You can get help for Design Master Electrical by contacting the technical support team by email at sup...@designmaster.biz or by phone at 866-516-9497, or by visiting the Design Master Software website and accessing the online resources, such as the knowledge base, the forum, and the blog.

Q: How can I give feedback or suggestions for Design Master Electrical?

A: You can give feedback or suggestions for Design Master Electrical by contacting the development team by email at feed...@designmaster.biz, or by visiting the Design Master Software website and filling out the feedback form.