Electro-Voice X-Line Very Compact (XLVC) manual Typical Xlvc Flying System Without Coupler Beam

Hoist Motor

Grid

Quick-Release Pin

Eight XLD281

Enclosures Hinged at the

Front by the Extended

Hinge Bars and Front

Rigging Tube Modules

Hinge Bar

XLD281 Enclosures

Quick-

Release

Pin

Swing

Arm

Quick-

Release

Pin

Hoist Motor

Grid

Two XS212 Enclosures

Hinged at the Front by

the Extended Hinge Bars

and Rigging Tube

Modules

Quick-

Release Pin

Hinge Bar

XS212 Enclosures

Swing Arm

Angles Between

Enclosures fixed by Pins through the Swing Arms and Rear Rigging Holes in the Channel Modules

Figure 2:

Typical XLVC Flying System

(without Coupler Beam)

The swing arm from an enclosure below can be pivoted up so that the quick-release pin from the enclosure below may be inserted through a hole in the rigging slot on the channel module above, linking the two enclosures together. The vertical tilt angle of the bottom enclosure is then determined by the hole in which the swing arm is pinned. This pin fixes the maximum distance the back corners of the enclosures may be separated. The XLD281 and XLE181 enclosures may be angled from 0° to 10° in 1° increments, while the XS212 enclosure may be angled from 0° to 20° in 2° increments.

The XLD281 and XS212 loudspeaker systems may be rigged together in the same column because they have the same width. However, the XLE181 system may not be rigged to either an XLD281 or XS212 because it is not as wide.

The center of gravity and rigging dimensions for all of the XLVC loudspeaker systems are shown in Figure 4. This figure includes sufficient information to calculate the vertical angle of XLVC enclosures that are rigged together in a column, as well as the weight distribution throughout the column.

ELECTRO-VOICE®X-Line Very CompactTM Rigging Manual 6