Slide the unit smoothly inward until the rear face sits flush.
: Instructions on joining the top and front panels using countersink screws, installing the mid-plate divider, and sliding in the bottom panel.
Secure the lower chamber divider shelf to the pillars. This shelf permanently separates the PSU/lower radiator zone from the main motherboard chamber. Step 2: Motherboard Tray and Rear Panel Identify the rear I/O and PCI slot panel.
Search for "CaseLabs SMA8 Build Log" or "JayzTwoCents Skunkworks Build" (he used an SMA8 and showed significant assembly detail).
Up to a 480mm (4x120mm) or 560mm (4x140mm) radiator.
Here are some additional tips to help you get the most out of your SMA8:
Because the SMA8 is made of aluminum, it is durable but requires proper care.
While CaseLabs' original site is down, new efforts to restore the legacy are underway, and community-driven archives exist to provide CaseLabs manuals for download .
Lay the heavy bottom chassis plate flat on your workspace. Note the orientation: the large rectangular cutouts for the bottom radiator chamber dictate the lower section.
Remove the top outer panel by pulling upward to release the pressure clips.
Secure the bracket to the chassis frame using four 6-32 thumbscrews. Step 5.2: Cable and Tubing Routing
The SMA8 was not designed for air coolers; it was engineered for liquid cooling. The manual’s dimensions dictate your hardware choices.
Secure your devices (such as 5.25" bay reservoirs or fan controllers) directly to these brackets using M3 or 6-32 screws depending on the device device type.
Once the internal frame is secure and all internal components are loosely set, the external dress panels can be clipped into place. The doors are retained by heavy-duty hinges at the rear, allowing them to swing open without being fully detached. The lower chamber covers and top cover are then screwed down to complete the structural rigidity.
Insert the (mounting brackets) into the front slots at your desired heights.
Utilize the massive rubber grommets integrated into the motherboard tray and mid-plate.
: Slide the mid-plate horizontal partition into position. This separates the main upper component chamber from the lower basement radiator area.
Slide the unit smoothly inward until the rear face sits flush.
: Instructions on joining the top and front panels using countersink screws, installing the mid-plate divider, and sliding in the bottom panel.
Secure the lower chamber divider shelf to the pillars. This shelf permanently separates the PSU/lower radiator zone from the main motherboard chamber. Step 2: Motherboard Tray and Rear Panel Identify the rear I/O and PCI slot panel.
Search for "CaseLabs SMA8 Build Log" or "JayzTwoCents Skunkworks Build" (he used an SMA8 and showed significant assembly detail).
Up to a 480mm (4x120mm) or 560mm (4x140mm) radiator. caselabs sma8 manual
Here are some additional tips to help you get the most out of your SMA8:
Because the SMA8 is made of aluminum, it is durable but requires proper care.
While CaseLabs' original site is down, new efforts to restore the legacy are underway, and community-driven archives exist to provide CaseLabs manuals for download .
Lay the heavy bottom chassis plate flat on your workspace. Note the orientation: the large rectangular cutouts for the bottom radiator chamber dictate the lower section. Slide the unit smoothly inward until the rear
Remove the top outer panel by pulling upward to release the pressure clips.
Secure the bracket to the chassis frame using four 6-32 thumbscrews. Step 5.2: Cable and Tubing Routing
The SMA8 was not designed for air coolers; it was engineered for liquid cooling. The manual’s dimensions dictate your hardware choices.
Secure your devices (such as 5.25" bay reservoirs or fan controllers) directly to these brackets using M3 or 6-32 screws depending on the device device type. This shelf permanently separates the PSU/lower radiator zone
Once the internal frame is secure and all internal components are loosely set, the external dress panels can be clipped into place. The doors are retained by heavy-duty hinges at the rear, allowing them to swing open without being fully detached. The lower chamber covers and top cover are then screwed down to complete the structural rigidity.
Insert the (mounting brackets) into the front slots at your desired heights.
Utilize the massive rubber grommets integrated into the motherboard tray and mid-plate.
: Slide the mid-plate horizontal partition into position. This separates the main upper component chamber from the lower basement radiator area.