Block landing · built in double oven cad block
Free built-in double oven CAD block for AutoCAD
By Saumyajit Maity · Published 18 Oct 2024 · Updated 18 Oct 2024
A built-in double oven stacks two cavities — usually a large main oven and a smaller second oven or grill — into a single tall appliance that lives at eye level. This page gives you a free built-in double oven CAD block drawn in elevation, so you can set it into a tall housing tower, line up the two doors and the shared control panel, and draw the cooking wall accurately. It downloads in DWG for AutoCAD 2004 and later, free for personal and commercial use, no signup, no watermark.
The double oven is a taller appliance than a single, and that height drives the joinery: it needs a deep tall-housing aperture rather than a slot under the worktop, so the elevation is where the design decision lives. Getting the block into the right housing confirms the appliance fits, the upper oven sits at a sensible height, and the tower below and above stays coordinated with the run.
Use it on kitchen joinery and appliance elevations, presentation drawings, and any layout where the cook wants two cavities in one eye-level tower.
What the double oven elevation block shows
Drawn face-on, the block shows the stacked pair: a larger main oven cavity below, a smaller second oven or grill above, both with glass doors and handles, and a control fascia — often a shared panel across the top or between the cavities. That stacked face is what reads on the kitchen elevation and what tells the joiner the housing has to be a tall one.
It is a single block reference you move and copy as one object. On its own appliance layer, separate from the joinery, it lets you produce a clean cabinetry elevation or a fully-fitted one from the same drawing. The aperture lines align with a standard tall-housing opening so the double oven and its tower read as a coordinated unit.
Double oven height and tall-housing module
Like the single oven, a built-in double oven is built to a near-standard width — close to 600 mm — so it fits a 600 mm tall housing. The difference is the cavity height: two stacked ovens are appreciably taller than one, so the appliance needs a tall-housing aperture rather than a built-under slot.
What you set on the drawing is where that tall housing sits in the run and how the space above and below it is used — often a base unit or appliance below and a cupboard above. Rather than fix an exact aperture height, set the double oven so the upper cavity is at a comfortable working height and the lower cavity is still reachable without crouching, then confirm against the appliance and housing you are detailing. The scaled block lets you test that balance against the rest of the tower.
Setting the double oven into a tall housing
Insert the block full size in millimetres — scale 1 in a millimetre drawing, or set INSUNITS to millimetres so AutoCAD rescales on insertion. Snap the appliance face flush with the cabinet door line so the double oven sits within the tower rather than proud of it, and centre it in the 600 mm tall housing.
Then coordinate the rest of the tower: decide what fills the space beneath the lower oven (a drawer or base unit) and above the upper oven (a cupboard, or a microwave aperture for an oven-plus-microbo tower). Because the oven is a block reference, you can copy it to test the double oven against a single-oven-plus-microwave arrangement in the same tower and see which suits the cook.
When to choose a double oven
A double oven earns its tall housing when the cook genuinely uses two cavities — roasting in the main oven while baking or grilling in the second — or wants a separate grill always available. It trades floor-level storage for cooking capacity, since the tall tower it occupies could otherwise have been a built-under single oven plus cupboards.
If the kitchen is tight on tall-housing height, a single oven with a separate compact oven or microwave above can give similar flexibility in less height. Draw both options into the elevation from their blocks and let the scaled tower show which fits — the decision is as much about available run and tower height as it is about cooking style.
Who uses the double oven block
Kitchen designers use it to lay out the appliance tower and confirm the double oven sits at a usable height. Interior designers and architects use it to populate residential kitchen elevations with a scaled, believable appliance. Joiners and kitchen fitters read the elevation to build the tall housing to the right aperture. Students use it for studio kitchen drawings where licence-clear appliances matter.
It sits alongside the single oven, hob, cooker and hood blocks in the kitchen category, and pairs naturally with the cabinet and tall-housing blocks that complete the tower around it.
Layering and scheduling the tower
Keep the double oven on a dedicated appliances layer so you can freeze it for a cabinetry-only elevation or thaw it for the fitted view, all from one drawing. A distinct colour lets the appliance read clearly against the tall-housing joinery around it.
Tag the oven with an attribute — a model reference or a single-versus-double note — and an appliance schedule extracts straight from the drawing, which is what a kitchen or FF&E specification wants. When a layout repeats across units, WBLOCK the whole tall tower — double oven, the unit below and the cupboard above — as a single reusable assembly so the cooking tower drops in coordinated every time.
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Questions
Frequently asked
What is the difference between a single and double oven block?+
A single oven is one cavity at roughly oven height; a double oven stacks two cavities — a main oven plus a second oven or grill — into a taller appliance. The double oven needs a tall eye-level housing rather than a built-under slot.
How wide is a built-in double oven block?+
Like single ovens, built-in double ovens are built to a near-standard width close to 600 mm to fit a 600 mm tall housing — they are taller, not wider. Confirm the exact appliance dimensions against the oven you are specifying.
Why is the double oven drawn in elevation?+
Because it lives in a tall housing on the cooking wall, the double oven reads on the elevation — the stacked doors, handles and controls — rather than on the floor plan. Use the elevation block for joinery drawings and appliance elevations.
Is the double oven CAD block free for commercial work?+
Yes. It downloads free in DWG with no signup, no watermark and no attribution requirement, and it is cleared for commercial project use.
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