audio rigging
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Z5770 XSL Flying frame set
The Z5771 XSL Flying frame is constructed from high-grade steel following the principles of truss construction to achieve the lowest possible dead weight of 21 kg (46 lb).
It is designed to support arrays (columns) consisting of:
XSL8, XSL12 and XSL-SUB loudspeakers with a total system weight of 1000 kg (2200 lb) - SWL.
Either as pure TOP or SUB arrays or as mixed array configurations with SUB cabinets at the top of the array.
d&b audiotechnik Z5770 XSL Flying frame set equipped with
2x Dedicated pickpoint, at the center front and rear of the frame, dedicated pickpoints and corresponding Locking pins (Type A: 16 x 40 mm) are provided to accept the corresponding load beam.
1x Rear link (Frame), the rear link of the frame are used to attach the first TOP cabinet to the frame
1x Z5775 Safety chain 2 t, the Z5775 Safety chain is supplied with the corresponding Z5770 XSL Flying frame set
2x Safety points, the flying frame is fitted with two safety points, each equipped with a 3.25 t shackle to attach a secondary safety device using the enclosed Safety chain
1x etherCON connector socket, in connection with the d&b Z5711 ArraySight sender unit, the etherCON connector socket acts as a feed through to allow for easy connection of the sender unit.
1x Rear link adapter, to attach the frame to SUB cabinets, the Rear link of the frame can be moved to the respective SUB position of the Load beam using the enclosed Rear link adapter, which provides the necessary extension length.
1x Z5711 ArraySight sender unit, by factory default, the flying frame is equipped with a calibrated and adjusted d&b Z5711 ArraySight sender unit (laser inclinometer). An appropriate, shielded CAT5e 1:1 cable, 30 m (100 ft) is also provided (K6006.200.00) to allow either read out via the d&b Z5712 ArraySight meter unit (single operation) or via R1 in connection with the d&b Remote control network (remote operation - OCA/AES70).
4x dedicated holes are provided at the front of the frame, the center hole serves as the exit for the laser beam, while the three surrounding holes allow for the adjustment of the ArraySight sender unit, if necessary.
