Electro-Voice X-Line Very Compact (XLVC) Rigging the Xlvc Loudspeaker Systems and Xlvc Grids

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2.3 Rigging the XLVC Loudspeaker Systems and XLVC Grids

Attach the top enclosure in the array to the grid, as shown in Figure 8a. (Only an XLVC compatible grid can be used with an XLVC array.) The grid has front rigging tubes similar to the enclosures. Slide the front hinge bar of the top enclosure into the front tube of the grid using the same tech- nique that was used to link two enclosures.

ALWAYS MAKE SURE THAT THE QUICK-RELEASE PINS ON THE HINGE BARS FULLY LOCK INTO THE ROUND HOLES IN THE FRONT RIGGING TUBES ON BOTH THE ENCLOSURE AND THE BOTTOM HOLE OF THE GRID.

The grid also has a rear rigging channel similar to the enclosures, except that the grid only has three attachment holes available. Unlock the rear swing arm from the top enclosure by removing the quick-release pin from the rear rigging channel on the enclosure. Pivot the rear swing arm on the enclosure up into the rear rigging channel on the grid. Insert the quick-release pin from the grid through one of the three holes in the rear rigging channel on the grid (top hole is 0°, middle hole is 2° up, and bottom hole is 4° up) and through the hole in the swing arm. Repeat the pro- cess for the other side of the enclosure and grid.

ALWAYS MAKE SURE THAT THE LEFT AND RIGHT SWING ARMS ON THE ENCLOSURE ARE LOCKED INTO THE SAME HOLES FOR THE SAME VERTICAL SPLAY ANGLE ON THE GRID.

ALWAYS MAKE SURE THAT THE QUICK-RELEASE PINS FOR EVERY SWING ARM PASS THROUGH THE HOLE IN THE SWING ARM AND ARE FULLY LOCKED IN THE RIGGING CHANNELS IN THE GRID.

The grid sidearms are the attached to either one or two spreader bars as shown in Figure 8a.

When two spreader bars are used, one is attached to the sidearms at the (one at the front and one at the rear), the spreader bars are attached to the front and rear of the sidearms and two hoist motors are used to lift the array, as shown in Figure 8b. In this case, the hoist motors are used to adjust the vertical angle of the entire column of loudspeakers. When one spreader bar is used, the vertical angle of the entire column of loudspeakers is determined by the front-to-back position at which the spreader bar is attached to the sidearms. There are a series of holes in the sidearms the user may select to adjust the vertical array angle.

When one spreader bar is used, the vertical angle of the entire column of loudspeakers is determined by the front-to-back position at which the spreader bar is attached to the sidearms. There are a series of holes in the sidearms the user may select to adjust the vertical array angle. The grid with a single spreader bar may be picked up using one hoist motor attached to the center hole in the spreader bar, or may be picked up using two hoist motors side-to-side using the two holes at the ends of the spreader bar, as shown in Figure 8b.

Large quick-release pins that are tethered to the spreader bars are used to secure the side arms to the spreader bars.

ELECTRO-VOICE®X-Line Very CompactTM Rigging Manual

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Contents Line Very Compact Rigging Manual Table of Contents Rigging-Safety Warning XLD281 Loudspeaker System IntroductionXLE181 Loudspeaker System Overview of the Xlvc Flying System Line Very Compact Rigging SystemXlvc Enclosure Rigging Hardware Details Typical Xlvc Flying System Without Coupler Beam Rigging Hardware XS212 Rigging HardwareWeight 48 lb 21.8 kg XLD281 Rigging Dimensions and WeightsXLE181 Rigging Dimensions and Weights Front View XS212 Rigging Dimensions and WeightsXlvc Rigging Accessory Details XLD Grid Rigging Dimensions and WeightsXLE Grid XLE Grid Rigging Dimensions and WeightsXLVC-BGK Cbeam Rigging Dimensions and WeightsAgcd Adapter Grid Dimensions and Weights XLVC-BGK Bottom Grid Kit ContentsSP12.6 XGS-4 Groundstack Details/DimensionsSP8.4 XLD/XS Dolly Array Considerations Xlvc Rigging and Flying TechniquesRigging Xlvc Enclosures Together Front View Front ViewSide ViewFront ViewSide View Rigging XLD281 or XLE181 Systems Together Rigging XS212 Enclosures Together Rigging XS212 Systems TogetherRigging XS212 and XLD281 Enclosures Together Rigging XLD281 and XS212 Systems Together Rigging the Xlvc Loudspeaker Systems and Xlvc Grids XLD Grid and XLE Grid Rigging Assembly XLD Grid and XLE Grid Rigging Configurations Rigging the Xlvc Grids and the Cbeam Cbeam Rigging Assembly Cbeam Single-Array Configuration Using Grid Position B Cbeam Dual-Array Configuration Using Grid Positions a and CCbeam Pick Up Options Using the XLVC-BGK and Grid for Pull Up Cbeam Shipping/Transport ConfigurationAssembling the XLVC-BGK Using the Agcd with Xlvc and XLC Systems XLVC-BGK Column of Enclosures XLD/XS Dolly LiftRigging an Array from the Xlvc Dollies Working-Load Limit and Safety Factor Definitions Structural Rating Overview Simplified Structural-Rating Guidelines XLD281 Simplified Structural RatingsELECTRO-VOICEX-Line Very CompactTM Rigging Manual ELECTRO-VOICEX-Line Very CompactTM Rigging Manual XLD281, XLE181 and XS212 Complex Structural-Strength Ratings Complex Structural-Rating AnalysisXld281 Hinge Bar Working-Load-Limit Structural Ratings XLD281 Complex Structural RatingsXle181 Hinge Bar Working-Load-Limit Structural Ratings XLE181 Complex Structural RatingsXs212 Hinge Bar Working-Load-Limit Structural Ratings XS212 Complex Structural RatingsELECTRO-VOICEX-Line Very CompactTM Rigging Manual ELECTRO-VOICEX-Line Very CompactTM Rigging Manual Cbeam Complex Structural-Strength Ratings Agcd Complex Structural-Strength Ratings Cbeam Complex Structural RatingsAgcd Adapter Grid Complex Structural Ratings Electro-Voice Structural-Analysis ProceduresWind Loading Electro-Voice Xlvc Loudspeaker Systems Rigging Inspection and PrecautionsELECTRO-VOICEX-Line Very CompactTM Rigging Manual Rigging References ReferencesMechanical Engineering References Websites ELECTRO-VOICEX-Line Very CompactTM Rigging Manual ELECTRO-VOICEX-Line Very CompactTM Rigging Manual Telex Communications, Inc /2006 Part Number 38110-429 Rev a