RS PRO Industrial Raspberry Pi 4 Enclosure
RS PRO is proud to introduce this excellent solution for the Raspberry Pi 4. This well-thought-out enclosure offers the very best in design and functionality and comes with a heatsink kit included. Upon inspection, the enclosure is supplied in kit form which is a pleasure to assemble with each part integrating seamlessly. The enclosure is made from aluminium and has 108 mm x 30 mm external dimensions.
What are the benefits?
The RS PRO Industrial Raspberry Pi 4 enclosure is a rugged enclosure kit. By utilising a micro HDMI Pi 4 extender board it can turn the power and micro HDMI connectors through 90°. The ethernet and USB connectors are on the same path, the rear panel is made from 3mm acrylic and allows for communication via Bluetooth and Wi-Fi signals from the Pi4.
Why would you choose this Pi enclosure?
The Raspberry Pi 4 is a delicate piece of hardware that needs to be safeguarded from external elements. This Pi enclosure once assembled is purpose-built to house the device inside and offers protection from contaminants, damage, or breakage. Heatsink kit is included.
Features and Benefits
Raspberry Pi Case
Exclusive to Raspberry Pi 4
Heatsink kit included
Aluminium material
Rugged
Passive extender board
Dovetail slots down the side which accept a mounting bracket for surface mounting
Supplied In kit form - Raspberry Pi not included
Dimensions
Rear endplate thickness: 3 mm
Front-end plate: 1.5 mm
External dimensions: 108 mm x 30 mm
RS PRO Industrial Raspberry Pi 4 Enclosure Variants
Black case, anodised finish – RS stock no: 230-9821
Silver case, anodised finish – RS stock no: 230-9822
Kit Contains
(a) 8 M3 x 10 Taptite Screws
(b) 14 M2.5 x 5 Screws
(c) 4 12 mm Standoffs
(d) 3 10 mm Standoffs
(e) 1 Aluminium End Plate
(f) 1 HDMI Extender PCB
(g) 1 Aluminium Carrier Plate
(h) 1 Aluminium Extrusion
(I) 1 Acrylic End Plate
(j) 1 Small Heat Block
(k) 1 Small Heat Pad
(l) 1 Large Heat Block
(m) 1 Large Heat Pad
(n) 2 M3 x 5 Screws
Assembly Instructions
1. Take carrier plate (g) & attach standoffs (c) & (d) with screws (b). Attach small heat block (j) and large heat block (l) to carrier plate (g) with screws (n).
Peel the backing paper from the small heat pad (k) & stick the small heat block (j). Do the same for large heat pad (m) & large heat block (l). Now remove the remaining backing paper.
2. Plug extender board (f) into the HDMI & USB connectors on the Raspberry Pi board.
3. Place Raspberry Pi & extender on carrier plate assembly & secure with screws (b).
4. Turn board assembly over so carrier plate is on top & slide into the top slot of extrusion (h) as shown.
5. Attach aluminium (e) & acrylic (i) end plates to extrusion (h) with screws (a).
