Table of Contents
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TBV BERLIN SERIES
TBV118L
18" Front Loaded Subwoofer for Touring, Portable and Installation Applications
TBV123
Arrayable 2 Way 12" Constant Curvature Loudspeaker with
Dendritic Waveguide for Touring, Portable and Installation Applications
TBV118L-AN
18" Powered Subwoofer with KLARK TEKNIK DSP Technology and ULTRANET Networking
TBV123-AN
Arrayable 2 Way 12" Constant Curvature Loudspeaker with
Dendritic Waveguide, KLARK TEKNIK DSP Technology and ULTRANET Networking
TBV123-FB
Fly Bar for TBV BERLIN Series speakers for Flown or Ground Stacked Arrays
!
!
WARNING!
This rigging manual contains important safety information, and it must be kept in a safe place for future reference. It must be supplied with the equipment
during the original sale, rental, or re-sale, and all operators and users of the equipment must be made aware that this manual is available. Please visit our website
turbosound.com regularly and check for any updates to this manual.
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Table of Contents
Related Manuals for Turbosound TBV123
Summarization of Contents
Important Safety Instructions
General Safety Warnings and Precautions
Explains safety symbols, electrical shock risks, and general precautions for safe operation.
Legal Disclaimer and Limited Warranty
Outlines Music Group's liability limitations and warranty terms for the product.
Chapter 1: Safety Information
Intended Use and Manual Scope
Defines the proper use of TBV Series products and the scope of this rigging manual.
General Safety, Installation, and Load Capacity
Covers installation safety, cabling, load limits, and design factors for system setup.
Operational Safety, Inspections, and Notices
Details operational safety, inspections, wind loads, and safety notice indicators.
Chapter 2: Introduction and Product Specifications
Typical Configurations and Software Simulation
Illustrates configurations and discusses using EASE FOCUS II for system design and simulation.
Weights, Dimensions, and Rigging Pins
Provides weights, dimensions of flybar and cabinets, and details on rigging pins.
Mounting Components and Vertical Orientation
Describes mounting links, eyebolts, pole mounts, and correct vertical orientation for all components.
Chapter 3: Assembling a TBV123 Array on a TBV123-FB Flybar
Components, Preparation, Location, and Personnel
Lists components, preparation, location, weights, personnel, and safety warnings for TBV123 array assembly.
Chapter 4: Assembling a TBV118L Array on a TBV123-FB Flybar
Components, Preparation, Location, Weights, and Personnel
Lists components, preparation, location, weights, personnel, and safety warnings for TBV118L array assembly.
Chapter 5: Assembling a Mixed Array on a TBV123-FB Flybar
Components, Preparation, Location, Weights, and Personnel
Lists components, preparation, location, weights, personnel, and safety warnings for mixed array assembly.
Chapter 6: Assembling a TBV118L Ground Stack
Components, Preparation, Location, Weights, and Personnel
Lists components, preparation, location, weights, personnel, and safety warnings for TBV118L ground stacking.
Chapter 7: Assembling a TBV118L Subwoofer and TBV123 Ground Stack
Components, Preparation, Location, Weights, and Personnel
Lists components, preparation, location, weights, personnel, and safety warnings for mixed ground stacks.
Chapter 8: Assembling a TBV123 Array Ground Stack
Components, Preparation, Location, Weights, and Personnel
Lists components, preparation, location, weights, personnel, and safety warnings for TBV123 ground stacking.
Chapter 9: Pole Mounting a TBV123 Cabinet on a TBV118L Subwoofer
Components, Location, Weights, and Personnel
Lists required poles, components, location, weights, and personnel for pole mounting procedures.
Chapter 10: Assembling Inverted Arrays
Inverted TBV123 Array Assembly
Details components, preparation, location, weights, personnel, and assembly for inverted TBV123 arrays.
Inverted Mixed Array Assembly
Describes components, preparation, and assembly steps for inverted mixed array configurations.
Chapter 11: Using Eyebolts for Suspension
Required Components, Weights, and Maximum Quantities
Lists eyebolt requirements, component weights, and maximum quantities for various design factors.
Personnel and Bridle Hitch Angle Limits
Outlines personnel requirements and specifies the maximum bridle hitch angle for safe suspension.
Chapter 12: Safety Inspection Procedures
Component Inspection and Condition Checks
Details visual inspection of cabinets, flybar, pins, and links for defects and cleanliness.
Maintenance, Transportation, and Scheduled Inspections
Covers care, maintenance, transport, and the importance of regular professional safety inspections.
Chapter 13: TBV Enclosure Quantities and Combinations
Suspension Combinations for Design Factors
Provides tables of maximum allowed TBV enclosure quantities for suspension at 10:1, 7:1, and 5:1 design factors.
Manufacturer's Declaration
Compliance with Safety Standards and Specifications
Declares compliance with EC Directives and lists applied national and international standards.
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