AutoCAD

Draft hospital essential supply single-line distribution schematic

Software: AutoCAD
Platform: Windows
Length: 2 h 01 min
Resolution: 1920 × 1080
Output: DWG, DXF

Samples play on a computer

2.0hours

725clicks

828keys

Windows

Task

Draft a single-line distribution schematic for a hospital essential electrical supply on one sheet. Use inch units, not to scale. No dimensions or hatching are needed.

At the top, draw a horizontal 11 kV overhead feeder line that ends in a large arrowhead at the left, labelled "UTILITY 11KV". Draw two vertical transformer branches off this line. Each branch has:

a lightning arrester labelled "LA";
a drop-out fuse drawn as two arcs, labelled "3P 100A";
a transformer drawn as two circles, each containing a triangle;
an outgoing Q0 breaker drawn with circle contacts and a diagonal blade.

The left branch is labelled "TR-1 1250KVA 3 433V" and "Q0 160A". It feeds board "EMDB-01", marked "EXISTING", with "ACB INCOMER 3P 630A". Its horizontal busbar has four feeders:

F1 160A, OT DB 4CX25MM2
F2 160A, ICU DB 4CX70MM2
F3 200A, LIFE SAFETY 4CX50MM2
F4 63A, UPS INPUT 4CX95MM2

The right branch is labelled "TR-2 1250KVA 3 433V" and "Q0500A". It feeds "LDB-02", marked "NEW INSTALLATION", with "ACB INCOMER 3P 400A". Its busbar has seven feeders:

F1 32A, OT DB 4CX25MM2
F2 100A, ICU DB 4CX70MM2
F3 250A, LIFE SAFETY 4CX50MM2
F4 125A, UPS INPUT 4CX95MM2
F5 100A, HVAC DB 4CX25MM2
F6 63A, LIFT DB 4CX70MM2
F7 63A, SPARE 4CX25MM2

Each feeder has a breaker with circle contacts and ends in a triangular arrow. Each feeder carries its rating and its cable label as listed above.

Add a METERING element with a "V5" box and an ammeter "A". Add a rectangular box labelled "APFC/CAP BANK" and "12 STEP 100KVA". Connect it to the LDB-02 busbar and place capacitor symbols inside it. Draw a PE bar line under each board. Insert a title block border.

CAD standards (all objects ByLayer colour, linetype and lineweight; nothing on layer 0):

E-ONEL (ACI 7, Continuous, 0.35 mm): all schematic lines, circles and arcs.
E-ONEL-SYMB (ACI 4, Continuous, 0.25 mm): symbol blocks. Use block LIGHTNING-ARRESTER for both arresters (2 references) and block CAPACITOR-STEP for the capacitor symbols (2 references).
E-ANNO-TEXT (ACI 3, Continuous, 0.25 mm): all labels, as MTEXT.
E-ANNO-TTLB (ACI 7, Continuous, 0.25 mm): title block references NO_NUM_acade_title and WD_M, one each.

ReferenceSheet 1

Loading the drawing

Rubrics18

R1
The drawing shall show a horizontal 11 kV feeder line with a left-end arrowhead labelled "UTILITY 11KV".
R2
The drawing shall show two transformer branches, each with a drop-out fuse drawn as arcs, a transformer of two circles with triangles, and a Q0 breaker.
R3
The drawing shall show a lightning arrester labelled "LA" on each transformer branch.
R4
The drawing shall show an EMDB-01 busbar with exactly four outgoing feeders, each with a breaker and a terminating arrow.
R5
The drawing shall show an LDB-02 busbar with exactly seven outgoing feeders, each with a breaker and a terminating arrow.
R6
The drawing shall include an APFC/CAP BANK box connected to the LDB-02 busbar, and a METERING element with a V5 box and an "A" meter.
R7
The drawing shall label the transformers "TR-1" and "TR-2" with 433V, label the breakers "Q0 160A" and "Q0500A", and label the incomers "ACB INCOMER 3P 630A" and "ACB INCOMER 3P 400A".
R8
The drawing shall label the feeders with their ratings: EMDB-01 F1 160A, F2 160A, F3 200A, F4 63A; LDB-02 F1 32A, F2 100A, F3 250A, F4 125A, F5 100A, F6 63A, F7 63A.
R9
The drawing shall label the feeder cables with load names and sizes, including OT DB 4CX25MM2, ICU DB 4CX70MM2, LIFE SAFETY 4CX50MM2, UPS INPUT 4CX95MM2, HVAC DB 4CX25MM2, LIFT DB 4CX70MM2 and SPARE 4CX25MM2.
R10
The drawing shall include the board tags "EMDB-01" and "LDB-02", the notes "EXISTING" and "NEW INSTALLATION", and the text "12 STEP 100KVA".
R11
The drawing shall contain layers E-ONEL (ACI 7, Continuous, 0.35 mm), E-ONEL-SYMB (ACI 4, Continuous, 0.25 mm), E-ANNO-TEXT (ACI 3, Continuous, 0.25 mm) and E-ANNO-TTLB (ACI 7, Continuous, 0.25 mm).
R12
The drawing shall place all schematic lines, circles and arcs on layer E-ONEL.
R13
The drawing shall place all text (MTEXT) on layer E-ANNO-TEXT.
R14
The drawing shall define block LIGHTNING-ARRESTER and insert it 2 times on layer E-ONEL-SYMB, once for each arrester.
R15
The drawing shall define block CAPACITOR-STEP and insert it 2 times on layer E-ONEL-SYMB within the APFC bank.
R16
The drawing shall insert the title block blocks NO_NUM_acade_title and WD_M once each on layer E-ANNO-TTLB.
R17
The drawing shall have every object's colour, linetype and lineweight set to ByLayer.
R18
The drawing shall have no drawing geometry on layer 0.

Gold outputELECTRICAL_SUPPLYDWG, DXF

Drag to move, then scroll to zoom

00:00 / 2:00:53

Events10,896

00:00.000Move129, 268 → 124, 265

00:00.176Move124, 265 → 68, 277

00:01.044Move67, 277 → 63, 280

00:01.497Click63, 280

00:01.840Move64, 280 → 741, 496

00:02.288AppAutoCAD Application

00:02.292Move751, 496 → 825, 496

00:08.681Move826, 496 → 854, 508

00:10.004ScrollDown

00:19.724ScrollDown

00:20.392Move854, 508 → 735, 443

00:21.348Move735, 443 → 750, 453

00:22.196ScrollDown

00:25.544ScrollUp

00:25.988ScrollDown

00:26.549ScrollUp

00:26.991ScrollDown

00:31.932Typed"HOSPI"

00:35.136Typed"TAL "

00:39.077Typed"ESS"

00:41.886Typed"ENTIAL "

00:47.281Typed"ELEC"

00:50.039Typed"TRICAL SUPPLY"

00:55.756Move750, 453 → 1019, 589

00:56.492Move1019, 590 → 939, 678

00:56.980Click939, 678

00:57.412Move938, 679 → 938, 680

00:57.840Move937, 680 → 86, 275

01:00.189Click86, 275

01:00.572Move86, 276 → 777, 230

01:02.985Click777, 230

01:34.035Typed"LECTRICAL SUPPLY"

01:43.764Move777, 230 → 962, 851

01:45.293Move962, 851 → 957, 836

01:46.028Click957, 836

01:46.296Move957, 834 → 117, 310

01:46.812Move106, 302 → 98, 293

01:46.980Move97, 292 → 97, 299

01:47.016Move100, 304 → 149, 382

01:47.583Move147, 382 → 26, 367

Loading events

Narration618

00:00
Opened AutoCAD's Create New Project dialog and left the Name field empty while the project settings remained visible.
Initiate creation of a new AutoCAD Electrical project.
00:10
Reviewed the Create New Project dialog and briefly scrolled without changing any fields.
Inspect the available project settings before entering a project name.
00:20
Scrolled within the project dialog while keeping the empty Name field and default paths visible.
Continue reviewing the project creation settings.
00:27
Entered the beginning of the project name in the Name field, typing “HOSPITAL” as the dialog updated the generated folder and project file paths.
Name the new AutoCAD Electrical project.
00:36
Continued typing in the Name field, extending the project name to “HOSPITAL ESSENTIAL.”
Complete more of the project name.
00:45
Finished typing “ELECTRICAL SUPPLY,” leaving the full name “HOSPITAL ESSENTIAL ELECTRICAL SUPPLY,” then clicked near the OK button as AutoCAD returned to the drawing window.
Finish naming and proceed with creating the project.
00:57
Switched to AutoCAD Electrical and opened the Create New Drawing dialog over Drawing3.dwg.
Begin creating a new electrical drawing.
01:03
Remained idle with the Create New Drawing dialog open.
Pause before entering new drawing information.
01:23
Entered the initial text “ELE” in the Drawing File Name field.
Specify the new drawing file name.
01:34
Completed the Drawing File Name as “ELECTRICAL SUPPLY” and clicked the dialog’s OK button.
Create the named electrical drawing.
01:46
Switched to ELECTRICAL SUPPLY.dwg and waited while AutoCAD regenerated and displayed an Updating dialog.
Load and initialize the newly created drawing.
01:50
Dragged and scrolled within the Project Manager, clicked project-tree items, and left ELECTRICAL SUPPLY.dwg selected under the project.
Review or navigate the project structure for the new drawing.
01:58
Scrolled the AutoCAD drawing view to zoom in on the electrical supply layout, then clicked near the Project Manager toolbar.
Adjusted the drawing view and interacted with the project panel.
02:08
Scrolled the drawing view and clicked within the layout, leaving the LINE command active at the first-point prompt and then advancing to the next-point prompt.
Started drawing a line in the electrical supply layout.
02:18
Zoomed and repositioned the drawing view, clicked in the layout, and pressed Escape while the LINE command remained active.
Inspected the drawing area and managed the active line command.
02:28
Toggled the application window visibility, scrolled the drawing view, and clicked in the layout while the LINE command awaited a first point.
Repositioned the drawing and continued working with the line command.
02:37
Moved the window, pressed Escape to cancel the pending line operation, toggled the application visibility, and clicked in the drawing area to start LINE again.
Reset the line command and began another line placement attempt.
02:48
Moved the window and clicked to place a line point, leaving a vertical preview segment and polar tracking guide active.
Continued positioning a line segment in the electrical supply layout.
02:54
Continued the active LINE command and clicked twice to place another point, extending the interior linework in the drawing.
Extend the electrical drawing geometry.
03:03
Continued placing line points with clicks, adjusted the view or window, pressed Escape, and scrolled while leaving the LINE command active.
Continue and inspect the line construction.
03:12
Scrolled the drawing view, then clicked the Arc control on the ribbon to open its construction-method menu.
Switch from line construction to an arc tool.
03:22
Selected an arc construction option, zoomed or panned the drawing, and clicked several points near the right side of the sheet while dragging; then pressed Escape.
Begin constructing an arc in the drawing.
03:31
Scrolled and adjusted the view, clicked in the drawing, and canceled the active arc operation, leaving a small curved segment visible near the interior vertical line.
Inspect and finish or cancel the arc construction.
03:42
Clicked the drawing and entered a command sequence that erased one object; then typed C and pressed Enter to start the CIRCLE command.
Remove an unwanted object and begin drawing a circle.
03:51
Completed a circle by specifying its center and radius, then entered C and confirmed.
Create a circular element in the electrical drawing.
04:00
Started another circle, selected its center and radius, then canceled the command after the second circle was created.
Add another circular element to the drawing.
04:09
Reviewed the drawing while the circle command remained active, then zoomed the view and canceled the pending operation.
Inspect the placed circles and adjust the drawing view.
04:25
Entered C and confirmed, then clicked a point on the vertical line to begin another circle.
Start placing another circular element in the drawing.
04:35
Specified the radius to complete the circle, then entered C and confirmed and selected another point on the vertical line.
Create an additional circle aligned with the existing symbols.
04:44
Canceled the active circle command, navigated the drawing view with scrolling, and started the LINE command.
Stop circle placement and begin drawing a line.
04:55
Adjusted the AutoCAD view with clicks and scrolls, then continued the active TRIM command by selecting geometry near the electrical symbol.
Trim or modify selected drawing geometry.
05:04
Selected additional points or objects while TRIM was active, then scrolled to zoom or reposition the drawing view.
Continue trimming the electrical drawing and inspect the result.
05:13
Canceled the active TRIM operation, started the LINE command, and scrolled to reposition the view around the electrical symbol.
Switch from trimming to drawing a line.
05:22
Attempted to place a line point with clicks and dragging, canceled the unfinished line, then restarted LINE and moved the cursor vertically with polar tracking.
Create a line segment aligned with the electrical symbol.
05:32
Continued the LINE command with clicks and cursor movement, then canceled the unfinished operation while zooming or panning around the symbol.
Adjust or abandon the attempted line placement.
05:42
Entered C and pressed Enter to start the CIRCLE command, then clicked and positioned the cursor to define a circle center and radius.
Add a circular element to the electrical drawing.
05:51
Clicked in the drawing, erased one found object, and zoomed or navigated the view while leaving AutoCAD at the command prompt.
Modify and inspect the electrical drawing geometry.
06:01
Started the CIRCLE command and positioned the crosshair at the upper electrical symbol, leaving AutoCAD prompting for the circle radius.
Add a circular element to the electrical drawing.
06:11
Canceled the pending circle operation, restarted CIRCLE, and clicked near the upper symbol to define a new circle center, leaving the radius prompt active.
Create another circular drawing element near the existing symbol.
06:19
Canceled and restarted CIRCLE, clicked near the upper component, and left the command active at the radius prompt after creating another overlapping circle.
Continue constructing circular geometry in the electrical symbol.
06:29
Scrolled to zoom the drawing, enlarging and then slightly reframing the pair of overlapping circles and connected symbol; canceled the active circle command.
Inspect the newly drawn geometry at different zoom levels.
06:41
Returned to a broader view, started the LINE command, clicked to specify a first point, and clicked again to specify the next point, leaving the line command active.
Add a connecting line to the electrical drawing.
06:52
Clicked in the drawing area, dismissed the active command, and started the LINE command again so the command line requested a first point.
Prepare to draw another line in the electrical supply schematic.
07:02
Selected points around the upper electrical symbol, then canceled the operation and started TRIM; briefly adjusted the view with a scroll.
Modify or trim geometry around the electrical symbols.
07:12
Selected around the electrical symbols and zoomed in with repeated scroll actions while TRIM remained active; canceled the pending selection.
Inspect and potentially trim the enlarged schematic geometry.
07:20
Scrolled to zoom back out, canceled the TRIM operation, and clicked in the drawing to begin another LINE command.
Reframe the schematic and start drawing a new line.
07:30
Placed a line point, canceled the pending line, adjusted the view, and clicked again to restart LINE; moved the window and placed another point, leaving LINE active.
Continue constructing linework in the electrical drawing.
07:41
Canceled LINE, clicked and scrolled through the drawing, selected near the horizontal line, then zoomed or panned away while TRIM remained active; canceled the pending selection.
Inspect and modify linework around the electrical schematic.
07:52
Continued the active LINE command, positioned the cursor, and selected points to extend the electrical drawing with a vertical segment.
Extend the electrical schematic geometry.
08:02
Repositioned the view and selected another point, leaving the LINE command active while the schematic showed the added segment within the circuit outline.
Continue constructing the schematic linework.

08:13
Scrolled and dragged within the drawing, then selected points to continue the active line as the view shifted to a different portion of the schematic.
Navigate the drawing and extend the active line.
08:23
Selected points with polar tracking, canceled the active line with Escape, then entered C and confirmed it to start the CIRCLE command.
Switch from line construction to adding a circle symbol.
08:33
Selected a circle center location, entered C, and confirmed it; AutoCAD created a circle and immediately prompted for the next circle center.
Add circular electrical symbols to the schematic.
08:43
Selected another circle center and radius location, then canceled the CIRCLE command and adjusted the Project Manager pane by dragging and scrolling.
Place another circle and then exit the drawing command.
08:53
Scrolled within the AutoCAD drawing while the LINE command remained active, with the view staying on the electrical schematic symbols.
Review or reposition the drawing view before continuing line creation.
09:04
Clicked in the drawing to place or continue a line, then pressed Escape; the view showed an added diagonal segment and the LINE prompt returned to Specify first point.
Attempt to create a line segment in the electrical schematic.
09:13
Pressed Escape to cancel the active line operation, then clicked the Trim tool; AutoCAD opened the TRIM command awaiting selection.
Switch from line creation to trimming geometry.
09:24
Clicked several points on the schematic while TRIM was active, then pressed Escape; the visible geometry remained largely unchanged and the TRIM prompt persisted.
Attempt to trim selected portions of the electrical drawing.
09:33
Clicked the drawing to start another LINE operation and briefly scrolled; AutoCAD displayed LINE Specify first point.
Begin another line placement in the schematic.
09:44
Typed EX and pressed Enter, producing an invalid-point response during the line prompt; then canceled and entered EX again, leaving the EXTEND command active after clicking the drawing.
Attempt to switch from line creation to extending existing geometry.
09:54
Canceled the active line command, selected a drawing point, and began specifying a line segment between the circular symbols.
Create or adjust a line connection in the electrical schematic.
10:05
Canceled the prior operation, navigated the drawing view, and selected another point to start a new line segment.
Continue placing a line connection in the schematic.
10:15
Placed a line from the upper circular symbol toward the right, then clicked near the endpoint while continuing the line command.
Extend the schematic connection from the upper symbol.
10:20
Navigated through the drawing with repeated scroll actions, moving from the local symbols to a broader section of the schematic.
Inspect or reposition the drawing view for further editing.
10:31
Activated TRIM, zoomed and navigated around the schematic, and clicked near drawing geometry to prepare trimming operations.
Trim or edit overlapping schematic linework.
10:41
Remained on the schematic with TRIM active and no recorded interaction.
Wait or review the drawing before continuing the trim operation.
11:01
Scrolled through the electrical supply drawing while the TRIM command remained active, changing the visible portion of the schematic.
Review or navigate the drawing area.
11:11
Canceled the active TRIM command with Escape, then clicked the Project Manager area; the LINE command was subsequently started.
Exit trimming and prepare to draw a line.
11:18
Scrolled the drawing while the LINE command remained active, repositioning the visible schematic without completing the line.
Navigate to the area where a line may be drawn.
11:27
Clicked and dragged in the schematic to place line geometry, leaving the LINE command active and prompting for the next point.
Create or extend a line in the electrical schematic.
11:38
Zoomed or navigated to a wider view, then clicked several points along the lower portion of the schematic to continue the line.
Extend the electrical drawing geometry across the lower circuit area.
11:48
Navigated the drawing, canceled the active line operation with Escape, typed C and pressed Enter, then clicked to begin a circle and selected a circle center and radius point.
Add a circular electrical symbol or geometry to the schematic.
11:58
Typed C and pressed Enter, then clicked and dragged around the right side of the electrical schematic while the Line command remained active.
Continue drawing line geometry in the electrical supply schematic.
12:08
Canceled the active line, navigated the drawing view, and activated Trim; clicked around the enlarged circular and diagonal geometry without completing a visible trim.
Prepare to trim overlapping or unwanted geometry in the schematic.
12:18
Clicked within the drawing while Trim was active, then pressed Escape to cancel the operation and returned to the overall schematic view.
Review the schematic and exit the unsuccessful trim operation.
12:31
Started the Line command and clicked and dragged downward on the right side of the schematic, creating a vertical line segment with an angled endpoint near the lower boundary.
Add a right-side connection or conductor to the electrical schematic.
12:42
Continued positioning the active line near the lower-right endpoint, then pressed Escape and made additional clicks and drags that began another line operation without completing it.
Adjust the newly added conductor and begin another schematic line.
12:52
Canceled the line operation, zoomed or panned to the lower schematic area, and clicked repeatedly around the rightmost downward arrow while Trim was active.
Inspect and attempt to trim the lower-right schematic geometry.
13:02
Reviewed the electrical supply schematic in AutoCAD and zoomed out to view more of the drawing.
Inspect the schematic layout.
13:17
Exited the active command, selected the project tree area, and started the LINE command before positioning the cursor for the next point.
Begin drawing a line in the schematic.
13:25
Placed several points to extend a vertical line along the lower portion of the schematic, then canceled the active line operation.
Add a conductor or boundary line to the schematic.
13:35
Entered EXTEND and selected drawing geometry, then canceled and navigated the view while the schematic remained visible.
Adjust connected line geometry in the schematic.
13:43
Reviewed the schematic with the TRIM command active, then canceled the selection operation and left the drawing unchanged.
Inspect or refine schematic linework.
13:52
Reviewed the electrical supply schematic and zoomed out slightly to show the circuit elements and surrounding boundary.
Inspect the overall schematic layout.
14:01
Scrolled the AutoCAD drawing view, progressively zooming out while keeping the electrical supply schematic and title block visible.
Adjust the drawing view to inspect more of the schematic.
14:12
Scrolled the drawing view through several zoom adjustments, ending on a closer view of the lower portion of the electrical schematic.
Inspect the schematic at different zoom levels.
14:24
Scrolled repeatedly to zoom the drawing out, reducing the electrical supply schematic and title block within the canvas.
Reframe the full drawing for review.
14:36
Scrolled twice to further reduce the drawing view, leaving the schematic small and centered toward the right side of the canvas.
Continue adjusting the drawing view.
14:41
Scrolled to zoom farther out until the electrical supply drawing appeared very small; the command line returned to a general model-generation prompt.
View the drawing at a wider scale.
14:56
Scrolled and made minor view adjustments while keeping the small electrical supply schematic and title block visible.
Maintain a zoomed-out overview of the drawing.
15:04
Scrolled repeatedly through the AutoCAD Electrical drawing while the view remained zoomed far out on the electrical supply schematic.
Inspect or reposition the drawing view.
15:12
Scrolled the drawing view in several small bursts, changing the schematic’s scale and position while keeping the electrical supply sheet visible.
Adjust the drawing view for inspection.
15:26
Scrolled repeatedly to zoom into the electrical supply schematic, bringing the circuit symbols, conductors, and title block into clearer view before slightly zooming back out.
Inspect the schematic details.
15:38
Scrolled to a closer view of the lower portion of the schematic, showing the connected symbols and title block along the right edge.
Examine the lower circuit connections.
15:49
Scrolled back to a more moderately zoomed view of the complete schematic and title block.
Reposition the drawing for continued work.
15:59
Entered and confirmed the CIRCLE command, clicked points in the circuit area, and created a new circle on a vertical conductor while the command remained active for another circle.
Add circular electrical symbols to the schematic.
16:08
Canceled the active circle operation, then started the Line command and positioned the crosshair near the right side of the electrical schematic.
Continue editing the electrical schematic with line geometry.
16:18
Canceled the pending line, activated Trim, and zoomed in on the schematic before selecting near the right-side conductors.
Prepare to trim overlapping or unwanted schematic geometry.
16:28
Selected within the zoomed schematic, zoomed back out, canceled the trim selection, and entered C followed by Enter to invoke the Circle command.
Switch from trimming to adding circular schematic geometry.
16:37
Placed circle centers and adjusted the view while creating additional circular symbols along the right side of the schematic.
Add circular electrical symbols to the drawing.

Draft a single-line distribution schematic for a hospital essential electrical supply on one sheet.

Create and annotate an AutoCAD Electrical project named “HOSPITAL ESSENTIAL ELECTRICAL SUPPLY” with an “ELECTRICAL SUPPLY” drawing, adding schematic geometry, symbols, component ratings, feeder labels, cable specifications, and installation notes.