Attachment Methods Field Guide

1. Pressed Beam Clamp

• Installs to: I‑beams, bar joists, and structural girders
• Installation: Secured using serrated jaws and an angled set screw—no specialty tools required
• Supports: ¼‑20 rod, J hooks, bridle rings, conduit hangers, ceiling wire, tray brackets, lighting, speakers, cameras, HVAC components, signage, industrial automation hardware
• Why Use: Versatile clamp for structural mounting where drilling is not allowed or practical
• System role: Provides a stable mounting base for cable, conduit, and device hardware on steel structures
• Use cases: Warehouses, data centers, industrial plants, commercial buildings, overhead cable pathways, lighting drops, AV devices, security cameras, mechanical supports

2. Spring Steel Beam Clamp

• Installs to: Horizontal steel flanges
• Installation: Clamped using serrated jaws and a set screw—no specialty tools required
• Supports: ¼″ and ⅜″ threaded rod, S‑hooks, electrical boxes, conduit, bridle rings, camera mounts, cable hardware
• Why Use: Fast, tool‑free install for light‑duty cable and device support
• System role: Quickly attaches to steel flanges to support overhead hardware without drilling
• Use cases: Light‑duty cable runs, device mounting, AV drops, security hardware, retrofit work, open‑ceiling environments

3. Malleable Iron Beam Clamp

• Installs to: I‑beams and trusses
• Installation: Heavy‑duty set screw clamp—secure and load‑rated
• Supports: Threaded rod, J hooks, bridle rings, tray brackets, conduit clamps, mechanical hangers
• Why Use: Strong, reliable clamp for heavier structural loads
• System role: Provides a robust mounting point for cable tray, conduit, and mechanical systems
• Use cases: Heavy cable tray, conduit runs, mechanical supports, industrial automation, multi‑trade overhead systems

4. Angle Clips

• Installs to: Concrete, block, wood, steel framing, walls, ceilings, beams
• Installation: Screwed, anchored, or installed with powder‑actuated tools
• Supports: J hooks, conduit clamps, threaded rod, bridle rings, cable hangers, electrical boxes
• Why Use: Broad substrate compatibility with permanent or fast‑install options
• System role: Creates a stable mounting base for vertical drops and wall/ceiling hardware
• Use cases: Wall‑mounted cable runs, conduit transitions, device mounting, structural tie‑ins, mixed‑material construction

5. Hammer‑On Clips

• Installs to: Edges of steel flanges
• Installation: Hammered into place—no drilling or tools required
• Supports: J hooks, S‑hooks, ceiling wire, chain, threaded rod
• Why Use: Fast, secure, and non‑penetrating attachment for steel structures
• System role: Provides a reliable mounting point for cable, conduit, and device hardware on steel flanges
• Use cases: Permanent cable pathways, AV and security hardware, lighting drops, mechanical supports, industrial overhead systems, open‑ceiling construction

6. Multifunctional (Batwing) Clips

• Installs to: Ceiling wire, threaded rod, or grid systems
• Installation: Tool‑free snap‑on attachment
• Supports: J hooks, bridle rings, electrical boxes, conduit, cable managers, sensors
• Why Use: Ideal for open ceilings, limited‑energy hardware, and retrofit installs
• System role: Provides rapid attachment for overhead cable and device support
• Use cases: Warehouses, distribution centers, manufacturing floors, retail ceilings, office open‑ceiling builds, sensor grids, AV drops, wireless access points, cable routing, security devices, industrial automation hardware, telecom and data cabling

7. Magnetic Mounts

• Installs to: Steel beams, panels, enclosures
• Installation: Tool‑free magnetic attachment
• Supports: J hooks, bridle rings, conduit clamps, signage, sensors, cameras
• Why Use: Adjustable, non‑invasive mounting—perfect for temporary layouts
• System role: Flexible support for light hardware without drilling
• Use cases: Permanent and temporary networks, warehouse sensors, industrial automation, movable AV, signage

8. Ceiling Grid Clips

• Installs to: Suspended T‑bar ceiling grids
• Installation: Snaps or hooks onto grid rails
• Supports: J hooks, cable hangers, signage, AV hardware, sensors
• Why Use: Non‑destructive mounting for drop‑ceiling environments
• System role: Supports cable and device hardware in commercial ceiling systems
• Use cases: Office AV, retail signage, sensor grids, wireless access points, low‑impact cable routing

9. Framing & Stud‑Mounted Brackets

• Installs to: Wood or metal studs
• Installation: Screwed or nailed into framing
• Supports: Conduit clamps, cable brackets, electrical boxes, sensors, AV plates
• Why Use: Fixed mounting for wall‑based cable and device support
• System role: Anchors hardware directly to structural framing
• Use cases: Wall‑mounted devices, conduit transitions, AV plates, structured cabling, residential and commercial framing

10. Concrete Deck Anchors

• Installs to: Concrete slabs and decks
• Installation: Installed with wedge bolts, epoxy anchors, or powder‑actuated fasteners
• Supports: Threaded rod, cable trays, conduit, mechanical hangers, trapeze brackets
• Why Use: Strong, permanent anchoring in hard substrates
• System role: Transfers load from cable and device hardware into structural concrete
• Use cases: Heavy tray systems, mechanical supports, conduit runs, industrial overhead infrastructure

11. Rod Couplers & Extensions

• Installs to: Existing threaded rods
• Installation: Threaded screw‑in connection—no tools required beyond initial rod setup
• Supports: Additional threaded rod, J hooks, cable brackets, trapeze hangers, tray supports
• Why Use: Enables modular expansion and offset support from existing rod systems
• System role: Extends vertical or horizontal support systems without re‑anchoring
• Use cases: Multi‑tier tray systems, offset supports, AV drops, mechanical trapeze builds

12. Purlin Clips

• Installs to: Z‑purlins, C‑purlins, and metal building roof framing
• Installation: Snaps or clamps onto purlin lips—no drilling required
• Supports: J hooks, bridle rings, threaded rod, lighting, sensors, cable hangers, AV hardware
• Why Use: Essential for warehouses, distribution centers, and metal‑building construction
• System role: Provides a secure mounting point on purlin framing without penetrating the steel
• Use cases: Warehouse cabling, lighting drops, sensor grids, industrial automation, long‑span structures

13. Strut Attachments

• Installs to: Strut/Unistrut channels
• Installation: Secured using strut nuts, brackets, or clamps
• Supports: Conduit, cable tray, J hooks, bridle rings, mechanical supports, AV hardware
• Why Use: Highly modular system for electrical, mechanical, and telecom installations
• System role: Creates adjustable, scalable support structures for multi‑trade environments
• Use cases: Multi‑trade racks, conduit runs, tray systems, AV structures, mechanical supports

14. Decking Hangers

• Installs to: Bar joists, pan deck, and corrugated metal decking
• Installation: Clips or clamps onto deck ribs—no drilling required
• Supports: Threaded rod, J hooks, cable hangers, lighting, mechanical supports
• Why Use: Ideal for new construction and large commercial projects
• System role: Provides overhead mounting points where deck penetration is not allowed
• Use cases: New construction cabling, lighting grids, mechanical supports, industrial overhead systems

15. Masonry Clips

• Installs to: Block, brick, and masonry joints
• Installation: Hammer‑in or friction‑fit—no anchors required
• Supports: Light‑duty cable hardware, signage, sensors, conduit straps
• Why Use: Fast, non‑destructive mounting on masonry surfaces
• System role: Provides attachment points without drilling into masonry
• Use cases: Retail signage, sensor mounting, light cable runs, temporary installations, masonry‑surface devices

16. Threaded Rod Top‑Mount Anchors

• Installs to: Concrete slabs, steel beams, or deck surfaces
• Installation: Screw‑in, drive‑in, or anchor‑set depending on substrate
• Supports: Threaded rod, trapeze hangers, cable tray, conduit, mechanical supports
• Why Use: Creates a top‑down anchor point for overhead support systems
• System role: Establishes primary load‑bearing points for multi‑trade support structures
• Use cases: Trapeze systems, heavy tray, conduit runs, mechanical equipment, industrial overhead builds