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General| Brand | Turbosound |
|---|---|
| Model | LMS-D6 |
| Category | Computer Hardware |
| Language | English |
Explains how to use buttons like MENU, ENTER, BACK, NEXT to navigate menus and parameters.
Introduces X-over, Security, and System sub-menus for configuration and status checks.
Alerts users to risk of electric shock and prohibitions against opening the unit or exposing it to moisture.
Emphasizes equipment earthing and proper mains cord usage for safety.
Guidelines for checking for damage upon arrival and retaining packaging.
Describes the LMS-D6 as a DSP audio processor with 2 inputs, 6 outputs, and multiple crossover modes.
Lists core features like audio quality, EQ, limiters, filters, delay, and memory functions.
Explains the LCD display for menus/parameters and meters for headroom/limiting.
Details buttons for menu access, parameter adjustment, muting, and exiting.
Covers power switch, fuse, IEC socket, and RS232 port for PC connection.
Details the 3-pin XLR connectors for balanced audio signal transmission.
Outlines the initial procedure for installing and setting up the LMS-D6.
Explains how to recall factory presets or design custom crossover settings.
Introduces the main menu structure including X-over, Security, and System sub-menus.
Details system status, display adjustments, temperature alarms, and wake-up settings.
Covers interface setup, baud rate, and AES/EBU signal routing and diagnostics.
Explains the 5 selectable crossover modes and their general features.
Describes Bessel, Butterworth, and Linkwitz-Riley filter slopes and their application.
Explains independent delay adjustment for precise driver time alignment.
Details high-performance limiters with adjustable parameters and automatic time constant options.
Explains how to adjust frequency, Q, and gain for parametric filters.
Describes how to switch the display between Q and Bandwidth in the system sub-menu.
Details independent HPF and LPF settings, slopes, and frequency ranges.
Instructions on using FREQ for frequency and Q for slope adjustments.
Explains how to adjust attack, release, and threshold using FREQ, Q, and GAIN controls.
Details how to adjust delay using FREQ for coarse and Q for fine control.
Explains how to reverse the phase of individual outputs using the GAIN control.
Details how to adjust input and output gain levels using the GAIN control.
Covers loading, designing, and storing crossover configurations.
Explains how to set a 4-digit security code for locking the unit.
Describes lock options and how to unlock the system with the code.
Covers system status, display adjustments, temperature alarms, and wake-up settings.
Guides through configuring the remote interface and baud rate.
Explains AES/EBU connection and diagnostic features.
Illustrates parametric filter gain, Q, and shelf responses with graphical data.
Shows graphical representations of various highpass and lowpass filter slopes.
Illustrates a parametric filter with high Q for notch response.
Details electrical and performance characteristics like impedance, CMRR, frequency response, and dynamic range.
Lists parameters for parametric EQ, HPF/LPF filters, and limiters.
Covers connector types, power requirements, consumption, weight, and dimensions.
Outlines warranty period, coverage, exclusions, and liability limitations.
Provides a lookup table for dB to Vrms conversion for limiter thresholds.
Lists the default crossover settings and names for all supported formats.
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