ASPECT TA-880SYSTEM
Star Road, Partridge Green
West Sussex RH13 8RY England
Tel +44 01403 711447 Fax +44
TA-880
TA-880
TA-880
Features
TA-880
General Features & Facilities
TA-880
EC DECLARATION OF CONFORMITY
TA-880
INTRODUCTION Turbosound Aspect System Concepts
TA-880
The Aspect Polyhorn Concept
TA-880
Aspect TA-880Turnkey System Concept
TA-880
The Loudspeaker Management System LMS Concept
LMS-D26/D6Loudspeaker Management Systems
Amplifier Racks
TA-880
Power Amplifiers
Digital Controllers
Aspect Loudspeaker Components
TA-880
TA-880LLow Frequency Enclosure
TSW-218Subwoofer
TA-880HMid/High Enclosure
TA-880
TA-880HM High-MidEnclosure
TA-880LM Low-MidEnclosure
TA-880
Transportation
TA-880
Aspect trapezoidal Flying System
TA-880
FLYING AND STACKING Overview
TA-880
GIGMATE ACOUSTIC SIMULATION
Rigging
System Setup
Mapping Properties
Audience Area
TA-880
Designing a system
Now select the number of cabinets deep that you wish to hang or stack in the “Box Count” dropdown. Trim height, or PA wing height can now be set in the “Position” field
TA-880
TA-880
The Audience Area graph at the bottom of the window shows the SPL, as specified in the SPL Mapping lists, on the selected Audience Area. The selected area is highlighted in the main window and the graph is repeated onto op each area, Selecting the “Combined Level View” tab will show the SPL across all areas simultaneously
TA-880
TA-880
Safety Notes on Rigging
Sample Certificate of Load Test
TA-880
Number of Colums
FLYING HARDWARE
Horizontal Coverage
Required Horizontal Coverage
TA-880
Wide and Narrow Flybar settings
Vertical Coverage
TA-880
TOPVIEW
BOTTOM VIEW
Two-widetrapezoidal flybar FB-880/2W
BOTTOM VIEW
Three-widetrapezoidal flybar FB-880/3W
TA-880
TOPVIEW
TA-880
Flying Chains
FC-880 CHOKED CHAIN ASSEMBLY FC-880S
SHORT CHAIN ASSEMBLY
TA-880
SW-880HFLYING SWORD SW-880HMFLYING SWORD BB AA
SW-880LMFLYING SWORD
Flying Swords
0.59m
Tilting Strap
TA-880
TA-880
TA-880
TA-880
3.Position the second cabinet directly underneath the first. Fit a BS-780biscuit into the top kelping braket of the lower cabinet to keep the backs of the boxes and act as the hinge. Lower the top cabinet and feed the swords into the sword boxes. Make sure that the biscuit engages into the bottom kelping bracket slot of the upper cabinet. The lower end of the swords will be visible through the handle boxes of the lower cabinet
TA-880
A B B
Sword hole position
Inter-cabinetangle
TA-880
TA-880
Flying a cluster of TA-880trapezoidal cabinets
Single horizontal row
TA-880
2 wide x 2 deep TA-880Harray
4 x FC-880choked chain assembly
4 x SL-880safety linch-pin 2 x TS-890tilt strap
TA-880
3 wide x 3 deep TA-880Harray
6 x FC-880choked chain assembly
30x SL-880safety linch-pin 3x TS-890tilt strap
TA-880
Tight-packedFlying Assemblies
TA-880
TA-880
Bass Enclosure arraying
Aiming - directivity of the stack
TA-880
Ground stacking
Unpacking
Mechanical Installation
LMS SERIES LOUDSPEAKER MANAGEMENT SYSTEMS
Introduction
TA-880
LMS-D6LOUDSPEAKER MANAGEMENT SYSTEM
TA-880
Mains Power
LMS-D6Rear Panel Functions
Powering Up
Voltage Settings
Safety Earthing
AC Power Fusing
TA-880
Input and Output Connector Wiring
Time correction for loudspeaker driver placement
Audio Connections
TA-880
Features
LMS-D24AND D26 LOUDSPEAKER MANAGEMENT SYSTEMS
Channel Select buttons
Front Panel Functions
Input Signal Indicators
TA-880
for the current input or output
TA-880
Audio Input Connectors
Rear Panel Functions
Expansion PortSecure Mode Switch Power Inlet
Serial Comms Port Audio Output Connectors
TA-880
Selecting a Factory Preset
Operating the LMS-D24and D26 Starting up
Creating a Crossover
TA-880
LMS-D26
Navigation and Viewing Parameters
a b c
Out1 Freq Width Gain EQ1 100Hz 1.4Q 0.0dB
LMS-D26
Navigation
TA-880
Recall
Preset Name
Presets
Preset Recall
TA-880
Preset Store
Preset
NAME PRESET
TA-880
DSP Processing Layout Input DSP block diagram
Output DSP block diagram
Stereo / Mono Formats
TA-880
In A Delay 1.50ms
In A Gain 0.0dB
DSP processing Input Channels
TA-880
In A Freq
Shape
HPF 20.0Hz LR24
12dB
Slope
Gain
EQ1 100Hz
Output Channels Gain and Polarity
Out1 Delay 1.50ms
Delay
Out1 Gain Pol 0.0dB Rev
LMS-D26
Out1 Freq Shape LPF 2.50k LR24
High and Low Pass Filters
TA-880
LMS-D26
Out1 Freq Slope Gain EQ - 100Hz 12dB 0.0dB
Out1 Freq Width Gain EQ1 100Hz 1.4Q 0.0dB
TA-880
Routing
Out1 Thresh LIM 4.0dB
Out1 Source Inp A
Limiters
LMS-D26
Util Screen ParaEQ 100% BW=Q
Utilities Utility functions
TA-880
Connectors
Power Inlet
Serial Comms Port Audio Output Connectors
Switch
TA-880
AMP-890Aspect System Amplification Rack
Racking, Cables and Connections
TA-880
Options
Input Connections
TA-880
Figure 1. Amplifier Rack Signal Wiring
Output Connections
CHANNEL 1 HF
Figure 2. Mid-HighOutputs
Figure 3. Bass Outputs
TA-880
SOCAPEX PIN NUMBERS 17,18,19 NOT USED
Break-outCables - NL4 bass
TA-880
SOCAPEX PIN NUMBERS17,18,19 NOT USED
Break-outcables - NL8 mid-high
Extension Cables
TA-880
TA-880
Mains Connections
TA-880
General Features & Facilities
Ch. A
Front Panel Functions T-25
TA-880
TA-880
Front Panel Functions T-45
Safety Earthing
Mechanical Installation
Mains Power
Powering Up
TA-880
Voltage Setting
Voltage Range
Audio Connections & Controls
TA-880
Gain and Sensitivity Settings
Polarity
Input Impedance
Output Connections
Attenuation & Gain Setting
Damping Factor
TA-880
TA-880
Long Speaker Lines
The Cooling System
TA-880HM
APPENDIX A TECHNICAL SPECIFICATIONS
TA-880
TA-880H
TSW-218
TA-880
TA-880L
TA-880
APPENDIX B WARRANTY
TA-880
Turbosound Limited Star Road Partridge Green
West Sussex RH13 8RY United Kingdom