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  Yorkville FH1B Flying Hardware for Two CU15 Cabinets (Black)

Yorkville CU15FH
Yorkville CU15FH
List Price: $75.00
Our Price: $75.00

Availability: Usually Ships in 24 Hours
Product Code: 7412


Yorkville FH1B Flying Hardware for Two CU15 Cabinets (Black)

Yorkville CU15FH Flying Hardware for 2 CU15 Cabinets

Yorkville CU15FH Details
The CU15 is one of the many Yorkville speaker enclosures equipped with flypoints for overhead suspension applications. The CU15FH hardware kit has been specifically designed to expand the enclosureâ??s already advanced mounting capabilities.

The CU15FH installation system is the ideal installation solution for installing CU15 enclosures in multi-box arrays. The CU15FH kit allows enclosures to be mounted in two or more cabinet arrays with greater ease than employing individual three-point hangs for each cabinet. (An arduous chore when attempting to install clusters of loudspeakers using standard eyebolts, shackles and cables. The CU15FH is easily mounted strategically to the top and bottom of the enclosure.

A single CU15FH kit allows a pair of CU15 cabinets to be clustered in a tight-pack array at their optimum splay and more can be attached together for larger clusters (3 or more enclosures). The staggered hole pattern in the CU15FH allows for a multitude of downward-tilting angles simply by moving the shackle towards the rear of the cabinet array. If further down-tilt is required, simply attach an eyebolt in the pullback position of the CU15 and use a cable to pullback the cabinet until the desired angle has been achieved.

IMPORTANT!! The rigging of loudspeaker systems is an extremely serious matter! Overhead rigging requires extensive experience, including (but not limited to) calculating working load limits, hardware installation, and periodic safety inspection of all hardware and cabinetry. If you lack these qualifications, do not attempt the installation yourself, but instead use a professional structural rigger. Improper installation can result in bodily injury or death. Consult a structural engineer to calculate added loads upon the building. Structural reinforcement may be necessary to insure a safe installation.