Audio Input Connectors | Turbosound LMS-D24, LMS-D6, LMS-D26

user manual

TA-890

Rear Panel Functions

Expansion

PortSecure Mode

Switch

Power Inlet

Serial Comms

Port

Audio Output

Connectors

Power Inlet – provides connection to a suitable mains electricity supply using the cable supplied. The controller has a switch mode power supply that is capable of operating with a nominal mains voltage of 80 to 240v, 50/60Hz without re-configuration.

Network expansion port – where a future network card can be fitted.

Audio Input connectors – these are fully balanced and are wired pin 1 ground, pin 2 hot and pin 3 cold. The two inputs have pin 1 connected directly to the chassis and feed the signal processing chains. If an unbalanced source is used, a connection should be made between the pin 3 ‘cold’ signal and the ground connection of the unbalanced source.

Audio Output connectors – the processed outputs are impedance balanced, and are wired pin 1 ground, pin 2 hot and pin 3 cold. An unbalanced input may be driven by by connecting pin 3 ‘cold’ signal to the ground connection of the unbalanced destination input. Note that output pin-1’s are ground lifted at audio frequencies but connected to ground at RF for good EMC performance. The intention being that the amplifiers the processor is driving should be responsible for the grounding of their input cable shields.

Communications port connector – the unit may be controlled entirely from another controller (typically a Personal Computer), running an application that is compliant with the ObCom standard. Connection will normally be made to the controller via this serial port connector. This port is also used for updating the firmware in the unit.

Note: The communications port is NOT disabled when the front panel is made secure using the secure button.

TA-890 user manual

Page 70

Audio Input Connectors

Image 70

Turbosound LMS-D24, LMS-D6, LMS-D26 user manual Audio Input Connectors

Contents

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