Jaw Swage Rigging Screw Fork Terminal Long Welded Eye Bolt SRMM
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Description
Jaw Swage Rigging Screw Fork Terminal Long Welded Eye Bolt SRMM kit suits a run of wire of 10 meters or less (hence the SR or Short Run). There a single tensioning point and two attachment points. attachments are two M6 x 1.0 x 80mm (Long) Eye Bolts. These attach directly into metal posts (hence the MM or Metal to Metal) and work for 50mm to 70mm posts.
Usage: The Jaw Swage Rigging Screw Fork Terminal Long Welded Eye Bolt SRMM suits wire rope. The first end of the run has a Jaw / Swage Rigging Screw (for wire tensioning) swaged to the wire. This attaches to the first Eye Bolt. The Eye Bolt fastens to a metal post or plate. The second end uses a Fork Terminal swaged to the wire to attach to the second Mini Eye Bolt which is fastened to the second post or wall. We recommend that the end posts are either drilled and tapped with an M6x1.0 thread or Rivet Nuts (rivnuts / nutserts) are installed. Both Drill Taps and Nutsert tools and fasteners are available separately.
Wire may be installed through the intermediate posts and ‘cut to length’. Please make sure you expand the turnbuckles before measurement and drill the intermediate posts out to at least 4mm prior to swaging in place if the are stainless steel. If your intermediate posts are a different alloy (e.g. aluminium or mild steel ) – you will want to drill them out to 8.0mm and use standard grommets (prevents a galvanic or dissimilar alloys reaction).
Contents
- M6 x 1.0 x 80mm Welded Eye Bolt Stainless Steel 316 Marine Grade (with 2 washers and 1 hex nut) (2 Included)
- M6 x 1.0 Hex Nut (2 Included)
- Jaw/Swage Rigging Screw G316 Stainless Steel Marine Grade (1 Included)
- Fork Terminal (1 Included)
Characteristics
- Balustrade Kit for 1 Runs/Wire
- Post Connections MM (Metal to Metal)
- Recommended Run Length <10M (SR)
- Swaging Method: Hydraulic
- Wire Structure: 7×7, 1×19
- Diameter of Wire: Selectable (2.4mm, 3.0mm, 3.2mm, 4.0mm)
- Section Orientation: Flat, Stairs, Angle
- Wire Orientation in a Section: Horizontal,