[SEE Electrical V7R2 Build 11 95
Angie Troia
SEE Electrical V7R2 is an advanced electrical design software developed by IGE+XAO. It is designed to help electrical engineers and professionals in designing, editing, and managing electrical diagrams, schematics, and other related documents.
The software comes with a user-friendly interface that makes designing processes easy and efficient. SEE Electrical V7R2 features a wide range of tools and functions that facilitate the creation of complex electrical configurations and offer automation for repetitive tasks.
SEE Electrical V7R2 allows users to create and manage an extensive range of electrical symbols, components, and libraries that can be easily customized according to specific needs. The software also provides detailed documentation features, ensuring that each step in the design process is thoroughly documented for future references.
SEE Electrical V7R2 supports various drawing formats, enabling users to import and export drawings in most commonly used file types such as DWG, DXF, and PDF. The software also integrates with other popular engineering tools such as SAP, CADISON, and SolidWorks, among others.
SEE Electrical V7R2 is a highly reliable software that assures rapid task completion with a high degree of precision. Its features cater to every aspect of electrical design, management and documentation requirements.
SEE Electrical for easily creating wiring diagrams
All features and commands in SEE Electrical are designed specifically for electrical engineering. Its intuitive interface means that you can be productive very quickly with minimal training. Creating wiring diagrams has never been so simple!
Complete project documentation
With SEE Electrical you can open as many screens as you want and you are able to work across several projects at once. Thanks to the integrated Microsoft ActiveX interface you can also combine documents from other Windows applications directly into your project structure.
CA Select a category CO Select a command + Select an element with the cursor # Keyboard entry > Select a field in a window Type text or select element etc. T Click onto tab in window I Select icon within toolbars
In the first field you can see the name of the workspace (*.SEP). In these fields you can type in text information applicable to the whole project. If text placeholders are defined in the page templates of the circuit diagrams, the information is transferred on all the pages of the workspace. Consequently, here you must enter or change all the data that must appear on all pages. Customer Information You can type information concerning the customer in the fields Customer, Address 1 etc...
The data entered in the Page information dialogue box applies only to the current page of the circuit diagram. It will be displayed in the page, if the corresponding text placeholders are available in the page template.
Diagrams in ISO A3 format are used for circuit diagrams by default. The page dimensions and the standard sheet are defined by the workspace template or page template that you choose. For example, in this workspace example, you have chosen the workspace template Standard. You can create your own templates and standard sheets.
Selecting a Symbol Database SEE Electrical symbols are distributed into symbol databases. There exists a database of graphical symbols for diagrams according to IEC 60617, IEC 61082 and IEC 81346 (similar to EN 60617, EN 61082 and EN 61346-2). Other symbol databases include symbols for the layout of switch-boards from Danfoss, Siemens, etc.
of the symbol database name to expand it. If the symbol database is not visible, browse through the symbol tree. Each symbol database is divided into different folders such as relay coils, converters and motors. The different symbol folders are displayed. The symbol folders are arranged in alphabetical order:
Once you have selected the symbol, it appears attached to the cursor. 3.+ Move the cursor into the drawing area where you want to insert the symbol. 4.+ Click with the mouse to insert the symbol 5. The symbol name is automatically assigned. 6. Right-click to exit the insertion mode.
Change also the types for the motor and the main circuit breaker. The main circuit breaker must receive the type "S3", and the motor - the type "M10". You must also type in the Connections names for the motor in its Component Properties window: U1, V1, W1 and PE, respectively.
Quick guide: 1. Double-click the Relay-contacts, MAIN symbol folder to open it. 2. Select the 3-pole NO contactor symbol. 3.+ Move the cursor into the drawing area where you want to insert the symbol. The
Using the terminal sorting, you can manage the sorting of the terminals in the list of terminals. In particular, it is important to use the terminal index, if terminals PE or N must be inserted in the right place in the list of terminals. For example, the terminals 1, 2, 3 and PE and 4, 5, 6 and PE are available, the terminal with the number 4 would receive the terminal sorting 5, as it must be inserted behind the first PE terminal in the position 5 in the terminals list.
left mouse button. Now you will connect the terminal X1:4 with the potential N, and the terminal X1:5 as well as the motor connection 1M3/PE with the potential PE. Quick guide: 1CA Electrical 2CO 1 wire (Wire Connections panel) 3.+ Select the starting point for the wire on the potential N strictly vertically above the
You will now draw connections from the vertical wires in column 3, through the three-pole circuit breaker in column 4, and back to the vertical wires in column 3. Quick guide: You can draw the wires with the 1 Wire command. If you are using Advanced level of SEE Electrical, the Orthogonal Wiring is available and can be used in the following way: 1CA Electrical 2CO Orthogonal Wiring (Wire Connections panel) 3.+ Select the starting point for the wire on the top of the vertical wire above K1/6. 4.+ Place the first corner point of the wire horizontally on the right of the just now placed
6.+ Place the ending point of the wire at the vertical connection below 1K5/2. The node at the intersection point with the existing vertical connection is created automatically. Right-click to exit the wire drawing mode.
A contact cross appears automatically beneath the symbol. Data about existing contacts appear directly. The main relay-contact reference appears here. If you assign additional contacts to the relay coil later, the corresponding references appear automatically in the contact cross. Right-click to exit the insertion mode.
The relay coils and the assigned contacts are displayed in the list of contacts. Using the list of contacts, you can easily recognize contacts not assigned to coils and vice versa. For example, you have drawn a contact NO named 1K5 in the circuit diagram, but you have not inserted a relay coil with the same name. You will see the contact NO in the list of contacts but a coil is not shown above.
You will now connect the relay coil K1 with the potentials L3 and N. Quick guide: 1CA Electrical 2CO 1 wire (Wire Connections panel) 3.+ Select the starting point for the wire on the potential L3 strictly vertically above the
D.1.13. INSERTING A CIRCUIT BREAKER IN A CONNECTION ON PAGE 1 So far, you have inserted symbols and connected them with wires. You will now try to insert symbols on existing wires. Every time you insert a symbol on a wire, the wire will be automatically cut and the symbol will be connected correctly.
D.1.15. COPYING A COLUMN ON PAGE 1 You have now drawn all the elements in column 5. Column 6 will be exactly like column 5, but the component names of the symbols will be changed. Therefore, it is easier to copy everything from column 5 to column 6. There are several ways of copying but the easiest one is described below.
column 5 are included in the frame. 3.+ Release the left mouse button when you reach the bottom right corner of the frame. 4. The selected symbols are highlighted red. 5. Move the cursor near to the top node. Click the left mouse button and hold it pressed
6.+ Move the group to the position where you want to insert it (column 6). Press and hold the CTRL key (Windows standard procedure: Copy while moving) before releasing the left mouse button to place it. The group is copied to column 6.
Quick guide: 1. Double-click the Relay contacts, NO symbol folder. 2. Select the 1-pole, NO symbol by clicking the left mouse button. 3.+ Select the place where you want to insert the symbol (the symbol is attached to the
Right-click to exit the insertion mode. Drawing a wire in column 7 Now you will connect the potentials L3 and N together in column 7. Quick guide: 1CA Electrical 2CO 1 wire (Wire Connections panel) 3.+ Select the starting point for the wire on the potential L3 strictly vertically above the
button and hold it down while moving the mouse. The highlighted symbols (and wires) are attached to the cursor. The point attached to the cursor is the point where the cursor has been placed at the beginning of this step.
6.+ Drag the symbols to the desired position (column 6), and drop them by clicking the left mouse button. 7.> OK The name of the first terminal is asked in the dialogue box. Fill in the terminal number 3 (terminal strip X2) and terminal index 3. The values of the second copied terminal are changed automatically, but in the basic level, you have to change them manually.
D.2.2. SHOWING TWO PAGES SIMULTANEOUSLY When you copy the symbols from one page to another, it is an advantage to have both pages on the screen together. Quick guide: 1. Right-click the tab at the top of the drawing area, displaying the name of the first page
point of the potential L1. Press and hold down the left mouse button. 6.+ Press and hold down the CTRL key (Windows standard procedure: Create a copy). 7.+ "Drag" the copy of the potentials to page 2. 8.+ "Drop" the copy in page 2 in the desired place (keep the CTRL key pressed at the
moment you are placing the copy). 9.> OK SEE Electrical asks for the names of the five potentials in succession. You can change the names but do not do it now. Accept the suggested names by clicking OK. The potentials on page 1 receive on their right side automatically an additional cross-reference to the potentials on page 2. The potentials on page 2 receive on their left side an additional cross-reference to the potentials on page 1.
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