Adafruit
DIN Rail Generic PCB Holder - 50x80mm
This generic DIN rail holder lets you mount PCBs and small modules up to 50 × 80 mm onto standard 35 mm DIN rail. The snap-on design assembles in under a min...
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This generic DIN rail holder lets you mount PCBs and small modules up to 50 × 80 mm onto standard 35 mm DIN rail. The snap-on design assembles in under a minute and locks securely in place with the included yellow plastic clip.
The plastic casing is easy to machine, drill, or cut for custom modifications, making it a versatile mounting solution for control panels, enclosures, and industrial builds.
Key Features
- 50 × 80 mm Capacity – Fits PCBs and modules up to this size
- Snap-On DIN Rail Mount – Quick installation onto standard 35 mm DIN rail
- Locking Clip – Yellow plastic lock secures the holder in position
- Easy to Modify – Plastic casing can be drilled, cut, or machined
- Tool-Free Assembly – Snaps together in under a minute
Ideal For
- Mounting custom PCBs in control panels and enclosures
- Industrial automation and DIN rail builds
- Organising Raspberry Pi, Arduino, or other SBCs on DIN rail
Package Contents
- 1× DIN Rail PCB Holder (50 × 80 mm)
- 1× Yellow plastic locking clip
Jargon buster
Plain-language definitions for the technical terms used above.
- DIN
- As a pin label, DIN stands for 'data in', the input through which a device receives serial data from a controller, as found on SPI displays, LED drivers and other serial modules. DIN can also refer to the German standards body of that name, as in a round multi-pin DIN connector or DIN-rail mounting.
- DIN rail
- DIN rail is a standard metal mounting rail used inside industrial electrical cabinets. When a product is DIN rail mountable, it can be clipped neatly alongside power supplies, relays and other automation hardware in a panel.
- PCB
- A printed circuit board (PCB) is a board, usually rigid, with etched copper tracks that connect electronic components together without loose wiring. Components are mounted on the board and signals route between them through the copper layout.
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