Softbitonline - Try Free Electrical Industrial Power Control Panel And Distribution Board, Busbar Design Software

Electrical Panel Design Software - Industrial Power Control
(3 phase, 50/60 Hz electrical system, LT industrial power & control panel design

3 phase industrial power control panel and distribution board designing is no more a tedious and time consuming job now. Get your industrial power panel and distribution board designed within minutes. Just drag the required component viz., switchgears, instruments, meters, indicating lamps, fuses & accessories into your work area and let your computer simulator design and

calculate the various dimensions of your panel for you. Make changes in size if required, change placement of items to best suit you and again get a new design and dimension. No limit how many times you change the layout and you get the final designs. Simulator takes care of various clearances while you place an item in the template and calculates the final size by taking into consideration these clearances and other factors.

Electrical control panel design software

Object Browser Window:

Object browser window contains information of components which are used to design & make an electrical control panel. The user can select component type whether - switchgear or accessory. Then the switchgear is further classified into various types such as ACB, MCB, MCCB, SFU, COS etc., etc., Further the accessory is classified into meters, indicatores, fuses, selector switchws etc., etc., . Finally, you can select the make (library) of the component you want to use to manufacture your panel. You can view proper ties of components from the object browser. Before using the components it shows you the specifications of the component when you selec a particular component so that before adding to the panel templet you can know the component specifications to save your time from deletion & again adding.

Panel accessories
Panel accessories like - Voltmeter, Ampere meter, Frequency meter, Red Indicator, Yelow Indicator, Blue Indicator, Hinge, Lock, Knob, Contactor, Relay, Timer, Insulator, Busbar - Support, Selector Switch, Control Fuse, Push Button, Earth Fault Relay, Over Current Relay, CT, Electric Motor Starter, Power Factor Meter can be dragged from the object browser and placed upon the panel template as per the design requirement. The library contains various ready components to be used as switchgears & accessories. The designer can easily identify a component as switchgear or accessory.

Start - Panel Information :

Before starting a panel design you need some basic information to be entered so that the software can use it to do the various calculations. Apart from entering the project & client details you need to give approximate dimensions of the panel you are going to design. No matter if your values are not correct. You just need to enter your assumed values. Then it requires the bus bar position, base frame details, sheet gauge (SWG), mounting plate gauge etc;,. Then it requires the main frame structure sheet gauge, position of cable alleys. All this basic information is required to make detailed output data sheets.

Types Of Panels You Can Design
With the help of this software now you can design any type of 3 phase industrial power and electrical control panels - be it a power control centre (PCC), a motor control centre (MCC), an electrical power distribution centre, electrical distribution board or an instrumentation panel. Design cubical power panels, desk type control and instrumentation panels, floor type control and instrumentation panels. A key tool to design 'Contorl & Relay Panels' using PLCs and SCADA system.

Powe Control Centre - Template :

Depending upon the application, a panel can be a power control centre (PCC), motor control centre (MCC), distribution board (DB) or metering boards (MDB), desk type and instrumentation panel, feeder pillars, bus bar trunking and schematic circuit diagrame. This software has ready made templates to design any type of panel. Just select a template as per your requirement & client specification and you find an outline of the panel you want to design. You can change the predefined dimensions before starting to design a panel. But the final dimensions would be calculated by the software itself once you have placed all the switchgears into it. The image on the left hand side shows template to design a power control centre (PCC).

Draw Electrical Circuit
The software lets you draw any type of complecated electrical power and control circuits. You draw horizontal and vertical lines and put electrical symbols upon the lines to complete your electrical (power or control) circuit. Cross over points are automatically converted into shorting-links or may be changed to jumpers or vise-a-versa. The software contains almost all the symboles in its library required to generate electrical power and control circuits. Label all the electrical symboles through a pop up text box - just enter the name/specification of the item and put it near the the symbol. Put ferrul numbering on each wire as per your convenience and requirement. Give color to all the lines as red (R), yellow (Y) and blue (B). Default line color is black i.e., neutral (N). Select line thickness to differenciate between power and control wiring. Rotate electrical symboles by 90 deg or back to best suit the placement upon the power lines. Delete any electrical symbol or power line with right mouse operation. So this software can generate elctrical power and control circuits in semi automatic mode.

Desk Type - Template :

In case you are going to design a desk type panel, the software has a ready made template as shown on the left hand side. You have the option to change any of the dimensions before beginning. the tapered part can be set at any angle and its width be increased depending upon the accessories you are going to put on it. The panel can be floor mount type or a wall mount type depending upon your site and application requirements. The back can carry switchgears like MCB or MCCB with fuse and the connections are to be made on the plate itself. Otherwise you can design a plate in circuit software and import that plate into it.