Erico International Corporation

Peter Naaijkens

Raymond Scott Laughlin

Geert Van Gijsel

A suspension or staying system uses a length of wire or cable with a hook or plain bead secured to one end. The hook may be secured directly or indirectly to a structure, or pass around a fixed structure such as a beam, purlin or girder, or something fixed thereto, such as a clip, hook or eye, and hooked to the length of wire to form a loop. The hook may include an enlarged beaded end which may be used directly with some fasteners or clamps, or with a clip to form a loop. The clip may be used with the plain beaded end or a hooked beaded end. The enlarged bead of either enables the length of wire to be caught by somewhat smaller holes in a variety of structural fasteners. The other or free end of the wire or cable is extended through a jam cleat and around an object to be suspended or stayed, and then back through the jam cleat to form a tightenable, adjustable loop simply by pulling on the free end. The jam cleat uses swinging wire gripping levers accommodating a range of wire sizes driving the wire against a curved surface tightly to grip the wire to prevent wire movement in one direction. In one form the jam cleat may be locked for seismic applications. Also included is a cleat or termination for directly or indirectly supporting or hanging a fixture or object without passing the wire or cable around the object.

Suspension system

A suspension or staying system uses a length of wire or cable with a hook or plain bead secured to one end. The hook may be secured directly or indirectly to a structure. The other or free end of the wire or cable is extended through a jam cleat and around an object to be suspended or stayed, and then back through the jam cleat to form a tightenable, adjustable loop simply by pulling on the free end. Without the jam cleat and the adjustable loop, a fixture cleat may be employed to grip the wire or cable at any location for support or staying of objects such as light fixtures.

A suspension or staying system uses a length of wire or cable with a hook or plain bead secured to one end. The hook may be secured directly or indirectly to a structure. The other or free end of the wire or cable is extended through a jam cleat and around an object to be suspended or stayed, and then back through the jam cleat to form a tightenable, adjustable loop simply by pulling on the free end. The jam cleat uses swinging wire gripping levers accommodating a range of wire sizes driving the wire against a curved sufface tightly to grip the wire to prevent wire movement in one direction. In one form the jam cleat may be locked for seismic applications.

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Tilburg, Netherlands

Peter Naaijkens