Gigmate Acoustic Simulation | Turbosound LMS-D26, LMS-D6, LMS-D24

user manual

TA-890

GIGMATE™ ACOUSTIC SIMULATION

While the Aspect System is remarkably intuitive in terms of building arrays and aiming them, and requires no theoretical calculations in order to achieve optimum coverage of a room or audience space due to its inherent ‘point-and-shoot’ nature, there may well be situations where some prior knowledge of a venue can save time in setting up and configuring the PA. In order to aid in this process, Turbosound offers the GigMate™ software acoustic simulation package, a version of the generic EASE Focus program that is based on current EASE 4.1 data.

GigMate™ provides an accurate elevation representation of sound pressure level and coverage of a room, given the dimensions of the audience areas and location of available rigging points in the venue. The database allows for flown clusters of TA-890 touring or TA- 880 trapezoidal enclosures, or for ground stacked arrays.

Setting up a Venue - Overview

The Audience Area window provides a way add or remove Audience Areas and define their location in the space. A venue can be selected from a range of standard venue presets or set up from scratch using the X and Y co-ordinates menus to define the location, size and angle of the listening areas.

The PA is set up by choosing either a flown cluster or ground stack. Box count, cluster position, tilt angle and splay angle can all be selected independently.

The mapping properties allow the user to select frequency bands from 100Hz to 10kHz and also bandwidth from one-third octave to broadband.

Once mapped to achieve satisfactory room coverage and level, results can be saved and printed as a .rtf file. The program will also calculate the total weight of the cluster as well as its overall physical size.

TA-890 user manual Page 17

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Turbosound LMS-D26, LMS-D6, LMS-D24 user manual Gigmate Acoustic Simulation, Setting up a Venue Overview

Contents

Aspect TA-890 System TA-890 TA-890 TA-890 Amplifier Rack Signal Wiring Output Connections Products EC Declaration of Conformity Turbosound Polyhorn IntroductionTurbosound Aspect System Concepts TA-890 Aspect TA-890 Turnkey System Concept Loudspeaker Management System LMS Concept Power AmplifiersLMS-D24, LMS-D26 and LMS-D6 Loudspeaker Management Systems Amplifier Racks TA-890L Low Frequency Enclosure Digital ControllersAspect Loudspeaker Components TA-890H Mid-high Enclosure TSW-218 Subwoofer TA-890 Transportation Aspect Flying Systems Overview Flying and Stacking Gigmate Acoustic Simulation Setting up a Venue Overview Running Turbosound GigMate / Ease Focus for the first time System Setup Designing a system TA-890 TA-890 Changing the system Theatre-style venue 3-wide flown cluster @ 1kHz Safety Notes on Rigging Sample Certificate of Load Test Flying Hardware Wide and Narrow Flybar Settings Single A-System Flybar FB-890/1A TOP View Bottom View Figue 3. Triple ‘A’ System Flybar FB-890A/3W TS-890 Tilting Straps FC-890 Flying Chains TA-890 Four-wide hang using MB-890 and FB-890/2A ‘A’ System Flygear Integral Flying Hardware Connecting Cabinets ‘A’ System Connecting Flying Chains to the CabinetDrop Link Swing Latch Setting Vertical Angles ‘A’ System Attach buckle Attaching the Tilt Straps Aiming directivity of the stack Turbobass DirectivityBass Enclosure arraying TA-890 ABC DEF Typical Left to Right problem Bass in a line Creating Directional Bass arrays Fanned bass General observations of long lines of bass Bessel Array End firing array Summing up Ground stacking Mechanical Installation General features & facilities UnpackingLMS Series Loudspeaker Management Systems Introduction LMS-D6 Front Panel Functions LMS-D6 Rear Panel Functions Mains Power Safety Earthing Voltage SettingAC Power Fusing Powering Up Audio Connections Input and Output Connector WiringTime correction for loudspeaker driver placement LMS-D24 and D26 Loudspeaker Management Systems Features Front Panel Functions TA-890 Rear Panel Functions Operating the LMS-D24 and D26 Selecting a Factory PresetStarting up Creating a Crossover Navigation and Viewing Parameters A Freq Width Gain EQ1 100Hz 1.4Q 0.0dB Navigation Out1 Freq Width Gain EQ1 100Hz 1.4Q 0.0dB Presets Preset Recall Preset Store Preset Name Store My System Output DSP block diagram Input DSP block diagramDSP Processing Layout Stereo / Mono Formats Input Channels DSP Processing A Freq Shape HPF 20.0Hz LR24 Parametric filters Parametric EqualisationHigh and Low shelving filters Gain and Polarity DelayOutput Channels High and Low Pass Filters Out1 Freq Shape LPF 2.50k LR24 Out1 Freq Slope Gain EQ- 100Hz 12dB 0.0dB Routing Limiters Utility functions Utilities Audio Input Connectors Racking, Cables and Connections AMP-890 Aspect System Amplification Rack Input Connections Options Output Connections Amplifier Rack Signal Wiring Mid-High Outputs Break-out Cables NL4 bass Extension Cables Break-out cables NL8 mid-high Mains Connections General Features & Facilities T-45 High Efficiency Audio Power Amplifiers Front Panel Functions T-25 Front Panel Functions T-45 Mechanical Installation Audio Connections & Controls Voltage Range Input Impedance Gain and Sensitivity SettingsPolarity Damping Factor Attenuation & Gain Setting Cooling System Long Speaker Lines Maintenance To rotate the horn moulding from ‘A’ mode to ‘B’ mode Removal of the high frequency driver To rotate the horn moulding from ‘B’ mode to ‘A’ mode Removal of the high-mid frequency driver Removal of the low-mid frequency drive units General Maintenance Paintwork TA-890 Technical Specifications Serial Numbers Warranty TA-890