1. IDENTIFY AND ASSESS THE INSTALLATION SITE: Select a vertical, flat wall space that is immediately accessible to response personnel, clear of doorways and walkways, free of subsurface hazards such as electrical conduits and plumbing, and positioned so the stored board cannot be struck by vehicles or moving equipment. Confirm your wall surface type before proceeding, as it determines all subsequent hardware decisions.
2. DETERMINE CORRECT HARDWARE FOR YOUR SURFACE: If mounting to wood or drywall into a stud, use the included hardware kit. If mounting to masonry, source specialized masonry anchors and screws. If mounting to metal or fiberglass, source bolts with backing plates or rivets rated for dynamic load environments. Do not proceed with included hardware on any surface other than wood or drywall-over-stud.
3. LOCATE THE STUD AND POSITION THE BRACKET: Use a stud finder to identify a vertical wall stud for wood or drywall installations. Hold the bracket at the desired height and use a bubble level to confirm the backplate is perfectly horizontal before marking.
4. MARK THE MOUNTING POINTS: With the bracket held level at the correct height, mark the wall through each pre-drilled hole in the backplate using a pencil or marker. These marks are your pilot hole guides and must be accurate before any drilling begins.
5. DRILL PILOT HOLES: For wood studs, drill pilot holes slightly smaller in diameter than the screw. For drywall without a stud, use the appropriate bit for your selected wall anchors. For masonry, use a hammer drill with a masonry bit sized to match your anchors.
6. INSTALL WALL ANCHORS IF REQUIRED: If mounting to drywall without a stud or to masonry, insert the appropriate wall anchors into the drilled holes and press them flush with the wall surface before proceeding to bracket attachment.
7. SECURE THE BRACKET TO THE WALL: Align the backplate mounting holes with the pilot holes or installed anchors. Drive screws through the backplate into the wall and tighten until completely secure. Do not over-tighten, as this can strip screws or damage the wall material.
8. CONDUCT A LOAD TEST: Firmly pull down on the mounted bracket and apply lateral pressure in multiple directions. The bracket must show zero movement or loosening. If any shifting is detected, remove the bracket, re-evaluate the mounting surface and hardware selection, and reinstall before placing the system in service.
9. STOW THE SPINEBOARD: Lift the spineboard and align its handhold cutouts with the two support arms. Slide the board onto the arms until its full weight rests on the arms and the board hangs vertically, flush against the wall.
10. CONDUCT RETRIEVAL PRACTICE: Have all operational personnel practice the retrieval motion: lift the spineboard slightly upward and pull it straight off the support arms in a single, smooth motion. Practice eliminates snagging during emergency deployment when seconds matter.
11. ESTABLISH WEEKLY INSPECTION PROTOCOL: Each week, confirm the spineboard is properly stowed, apply firm pressure to the bracket and check for any looseness or movement, and visually inspect both support arms for bending, cracking, or deformation. Document discrepancies and correct them immediately.
12. EXECUTE POST-INCIDENT RE-STOWAGE AND BI-ANNUAL HARDWARE CHECK: Return the spineboard to the bracket immediately after each use, following decontamination and inspection. Every six months, use a screwdriver to confirm all mounting screws remain tight without over-torquing, and inspect the bracket for rust or corrosion, particularly in high-humidity or salt-air environments.
