FordLogan Wire Mesh Partitions by SpaceGuard
1. Wire Mesh: #10 W&M Gauge - .130”, triple crimped bright basic wire 1-1/2” diamond mesh pattern.
2. Horizontal Frames: 1” x 1/2” – 12 gauge roll formed channels tenoned at ends. Series of holes for through bolting of top cap bar.
3. Vertical Frames: 1-1/4” x 5/8” – 14 gauge roll formed “C” type channels mortised at ends. Series of slotted holes for securing to
adjacent panels and post.
4. Center reinforcement bar: Two 1” x 3/8” – 12 gauge roll formed channels riveted together through mesh 42” above finished floor on 7’,
8’, and 9’ high panels. Four channels are used on 10’ and 12’ high panels.
5. Panels: Consisting of the above horizontal and vertical members mortise and tenon at corners with diamond mesh securely clinched
to frames. Center reinforcement bars are then attached.
6. Hinge Doors: Constructed of the same materials as panels, with 1-1/4” x 1/8” flat steel bar cover on sides. Complete with all necessary
mounting hardware to install and operate.
• Jambs: Two 1-1/4” x 5/8” – 14 gauge roll formed “C” type channels.
• Hinges: Three 3” x 3” butt hinges; welded to door framing and bolted to jamb.
• Padlock Arrangement: 4” x 6” cover plate with 1-1/2” lug securing into lock opening.
• Cylinder Lock: Mortise type with keyed different cylinder operated by key outside and recessed knob inside.
7. Slide Doors: Constructed of the same materials as panels, with 1-1/4” x 1/8” flat steel bar cover on all sides. Complete with all
necessary mounting hardware to install and operate.
• Jambs: Two 1-1/4” x 5/8” – 14 gauge roll formed “C” type channels.
• Hardware: Two 2-wheel trolleys rolling in an enclosed track, 45” bottom door guide for each door, and heavy- duty 24” lock receiver.
• Padlock Arrangement: 4” x 6” cover plate with 1-1/2” lug securing into lock opening.
• Cylinder Lock: Mortise type with keyed different cylinder operated by key outside and recessed knob inside.
8. Service Window (slide-up type): 24” wide x 21-1/2” high opening with a 24” wide x 12” deep - 12 gauge shelf centered in opening.
Secured to base with three 1/4” x 1” flat head screws. Window panel constructed of the same materials as standard panels.
9. Corner post (for 90° corner): 1-1/4” x 1-1/4” x 1/8” hot rolled angle. With 1-1/4” x 3/8” slotted holes aligning with bolt holes in vertical
frames.
10. Line/Stiffener post: 3-1/2” x 1-1/4” - 10 gauge with base plates of 4” x 7” – 10 gauge flat stock, with four 7/16” diameter holes to accept
3/8” diameter anchors. Recommended usage is every 15’ linear feet on 7’ and 8’ high systems and every 10’ linear feet on 9’, 10’ and 12’
high systems.
11. Top Capping Channel: 1-1/2” x 1/2” – 14 gauge roll formed channel with holes included for through bolting to panel’s horizontal frame.
12. Base Shoes: 2” high Die Cast Aluminum with two holes to accept ¼” diameter anchor for securing to floor; and with setscrew for
leveling adjustment.
13. Accessories:
• Wall Clips: 3/4” wide x 1/8” thick cold rolled steel; formed and punched for securing to existing wall.
14. Hardware: 1/4” hex head bolts and nuts for all panel to panel, panel to door, and panel/door to post connections. Field bracing, floor
and wall anchors by erector.
15. Finish: Two stage Phosphate wash with a standard 2 mil Polyester Powder Coat finish of SpaceGuard Gray, with options of Black,
Green, Blue, Yellow, Red or custom color. Wire Mesh Ceilings
16. Ceiling Panels: Fabricated from same mesh, framing and reinforcement bars as panels above.
17. Perimeter Angle: 1-1/2” x 1-1/2” x 14 gauge galvanized angle; punched for bolting to top of wire mesh wall panels and to sides of wire
mesh ceiling panels.
18. Wall Supports: 1-1/2” x 1-1/2” x 14 gauge galvanized angle; punched for securing to existing walls and supporting wire ceiling panels.
19. Intermediate Beam Support: 2” x 4” x 14 gauge rectangular tube for use in spans exceeding 12’ in any two directions.
20. Intermediate Beam Support Post: 2” x 2” – 14 gauge square tube with 4” x 7” x 3/16” base plate (will accept 3/8” diameter anchors); a
4” x 7” x 1/4” plate at top for support of Beams.