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Enclosures & cases
Vented housing for a temperature and humidity sensor
A louvred shell for a DHT22, BME280 or similar sensor that shields it from direct light and drips while letting air circulate, so readings reflect the room rather than the electronics. The body is a 40 x 30 x 60 mm tube with angled 1.2 mm louvres at 4 mm pitch on all four sides, an internal shelf for the sensor board with 0.5 mm clearance and a 5 mm cable exit at the bottom. A hanging tab with a 4 mm hole lets it mount on a nail or screw. Open the ready-made model free, resize it on your phone or computer, then download a print-ready STL, 3MF or G-code sliced for your printer, free.Opening the ready-made model and downloading it as STL or 3MF are free, no card; AI changes use credits, from Maker at $7.99 a month.No printer? We print this part and ship it to your door. See its priceUpdated
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Adjust
Change its numbers in the viewer for free, or ask the AI in the chat: wall thickness, hole size, the thing it clips onto. AI changes use 2 credits per request (1 for a quick edit, 3 for a redesign), paid with a plan from Maker at $7.99 a month.3Print
Download a watertight STL or 3MF free, with your numbers and hand edits, or G-code sliced for your printer at the same price. After an AI change the download is included in every plan (4 credits without one).
Dimensions of the ready-made model (editable)
| Parameter | Value |
|---|---|
| width (x) | 40 mm |
| depth (y) | 30 mm |
| height (z) | 60 mm |
| shelf top height | 14 mm |
| center height, below shelf | 6 mm |
Example prompt
Design a vented sensor housing 40x30x60 mm with 1.5 mm walls. Angled louvres 1.2 mm thick at 4 mm pitch, sloped 30 degrees downward. Internal shelf 14 mm high for a 25x15 mm sensor board with 0.5 mm clearance. 5 mm cable hole below, top tab with 4 mm hole.
Fit notes
Shelf position, cable exit and louvre density all depend on your sensor and where it lives, and SpeakCAD sets them from your description. Preview the housing in the browser, then ask for a wall bracket, a rain hood or a version sized for an ESP board.
Questions people ask about a vented housing for a temperature and humidity sensor
A louvred shell for a DHT22, BME280 or similar sensor that shields it from direct light and drips while letting air circulate, so readings reflect the room rather than the electronics. The body is a 40 x 30 x 60 mm tube with angled 1.2 mm louvres at 4 mm pitch on all four sides, an internal shelf for the sensor board with 0.5 mm clearance and a 5 mm cable exit at the bottom. A hanging tab with a 4 mm hole lets it mount on a nail or screw.
Click Open it free on this page and create a free account (no card): the ready-made model opens in your browser, on your phone or computer, nothing to install. Change its numbers in the viewer for free and download a watertight STL or 3MF free, or G-code sliced for your printer at the same price. An AI change in the chat uses 2 credits per request (3 for a redesign), and the download after it is included in every plan (4 credits without one). Start with Maker: 50 credits a month for $7.99, cancel anytime.
On this page: open the ready-made model free in a SpeakCAD account (no card), change any dimension in the viewer, then download the STL or 3MF free, or G-code sliced for your printer at the same price.
A shared STL is modelled for someone else's measurements. Here you open the ready-made model free, change it to your measurements in the viewer, then download a file sized for the part you actually own, free as STL or 3MF.
Yes. SpeakCAD slices the part on its servers with OrcaSlicer and your printer's official profile (380+ printers, including Bambu Lab, Prusa, Creality and Elegoo), and you download the G-code (a sliced .gcode.3mf for Bambu Lab printers). G-code sliced for your printer costs the same as the STL: included in every plan, free for a part you shaped by hand, 4 credits without a plan for a part with AI work in it. Pick your printer on the printers page to see its profile.
No. SpeakCAD runs in the browser on your phone or computer: the chat, the 3D engine and the live viewer load in the tab. The only file you download is the finished STL, 3MF or sliced G-code.
Print it your way
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