DR ZABER SENTRY Operation & User’s Manual

Sentry is a product directed to the tech-savvy customers and as such requires prior knowledge and understanding of its principles, even before ordering parts for a computer assembled in it. Sentry targets ATX (mITX/SFX) and PCI-E compliant components for their attainability, however not all components (especially GPU’s) on the market follow the ATX and PCI-E specifications mechanical references, making it impossible to fit all of them inside such small form factor chassis. Please read the following instructions before your first attempt to build inside Sentry. If you are missing any parts or have other issues with the case, please contact us at [email protected]. Sentry Team

children and pets. Package contains bags that pose risk of choking for small children and pets. Assemble the product and keep the leftover accessories away from small children and pets Assembled device including internal computer components has significant weight reaching 7KG. Never position the device where it poses a risk of falling on someone. In transportation always put the bag with device on the vehicle floor because in event of rapid breaking or collision such heavy rigid object may become a deadly projectile. Children should not carry this device in a backpack.

User Manual 5 Package Contents M3x12 4 X M3x6 4 X M3x6 18 X M3x6 20 X M3x5 8 X M3x4 18 X A B C D E F

User Manual Rubber feet installation 9 4 X 4 X Feet Plug

Motherboard installation 10 M3x6 x4 B

If your sfx-l power supply has a grill sticking outside the body outline this violating the sfx form factor reference, please rotate the grill facing inward. Make sure that grill logo plate doesn’t touch the fan, otherwise remove it or replace with generic grill. DO NOT OPEN THE POWER SUPPLY BODY! DOING SO WILL VOID YOUR PSU WARRANTY! 2 1 3

12 2 1 3 Connect modular cables before mounting the power supply Dedicated screws should be bundled with SFX power supply (M3 or M3.5)

body rather than screwing the PCB to the chassis. This way delicate connection between the slot and the pcb is safe even when mounting big and heavy open air cooled cards. Screws are used to tighten the grasp of metal on the riser’s pci slot body and do not go through the holes in the pcb but lock its movement in front of it. This way multiple models of riser may be used regardless of the screw location. You may need to apply some pressure on the bottom part of riser holding slot to acheive clearance required to slide the riser in. Riser mount method 13 Exploaded view SCREWS ARE NOT SUPPOSED TO GO THROUGH HOLES IN THE RISER’S PCB, BUT IN FRONT OF IT RISER PCB AREA

2 1 3 3 PCI-E Riser installation 14 M3x12 x2 C

16 Plug in and route SATA Cables before installing 2.5" Drive Use SATA data cable with flat (non-angled) connectors M3x6 x3 B

User Manual 2.5" Drives installation 17 M3x6 x3 B

18 Single 2.5" drive may be installed under reference blower cooler styled GPU Use SATA cables with flat (non-angled) connectors M3x5 x4 E

may expose stacked hard disk drives to excessive heat 2.5" can be stacked with quad drive brackets and installed in VGA compartment for NAS configurations or with short 200mm card User Manual 2.5" Drive Package Assembly 19 M3x4 x16 F

20 Use SATA cables with flat (non-angled) connectors M3x5 x4 E

Pci-e reference card area User Manual GPU Compatibility 22

Install gpu into pci-e riser slot Case assembly 23

fastening the screws of the side wall Case assembly 24 M3x6 x4 A

fastening screws on the top to evenly utilize screw clearance User Manual Case assembly 25 M3x6 x8 A

26 Align the vertical stand with side of the case – small holes in the stand have to be aligned with screws on this side of case below locking holes. Those screws need to go inside the holes for both surfaces to adjoin. Slide locking screws to the right to align them with corresponding holes Put vertical stand against the case pushing locking screws through holes Slide locking screws to the left to fasten the vertical stand.

under the desk in a fixed position BEFORE assembling the computer. You will need to use proper distances and screws appropriate for the material of your wall or desk. Make sure to insulate head of the screw under the motherboard to prevent short circuiting the board pin underneath. Be carefull when attaching the case to drywall or chipboard – those materials may not sustain the weight of whole computer. desk and wall-Mounting 27