Ashly WR-1, WR-2, WR-5 Other Software Functions, Channel Preset and Sub Preset File Management

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Operating Manual - ne24.24M Matrix Processor

8.2f Output Compressor/Limiter

A full function compressor/limiter is included on each out- put channel. A limiter is commonly used to prevent transient audio signal spikes from damaging loudspeakers, manage ana- log and digital recording levels, optimize broadcast levels, or "thicken" the sound of an audio source (compression). The ad- justable parameters include Limiter In/Out, Threshold, Ratio, Attack Time, Release Time, and Link Group, and Attenuation Bus.

The ne24.24M limiter threshold range is -20dBu to +20dBu, or -24VU to +16VU if the metering option is selected to VU. The Threshold control determines the signal level above which gain reduction begins, and is indicated by an amber LED (S/L) on the ne24.24M face panel, as well as indicated in the Matrix Meters in software. Increases in audio level above the threshold will be reduced according to the ratio settings.

The Ratio control determines the amount of gain reduction above limiter threshold. Ratio ranges from a gentle 1.2:1 to a very abrupt INF:1. To illustrate how the ratio control works, imagine a commonly used loudspeaker protection ratio of 10:1, which means that for every input signal increase of 10 dB above threshold, the output level will only increase by 1dB. The higher

the ratio, the more pronounced the audio effect, so use the lowest ratio possible to sufficiently address the problem.

Attack and Release settings adjust the time it takes the limiter to engage and then disengage when the signal increases above threshold and then subsequently falls back below threshold. Attack time is adjustable from 0.2ms/dB through 50ms/dB, while release time ranges from 5ms/dB through 1s/dB. A very fast attack time can sound unnatural, while a very long attack time can miss some of the initial transient. Similarly, a very short release time can make the audio sound uneven, while a very long release time can create "pumping", or "breathing" characteristics depending on the kind of signal. Experiment to find the best solution for a given application.

The Attenuation Bus allows up to four output channels within a group to share a threshold detector, so that any channel with a transient signal above threshold will apply equal gain reduction to all other channels within that group which is assigned to the link bus. The channel which furthest exceeds threshold will determine the resulting reduction on all channels selected to the attenuation bus. The channel limiter attenuation bus is particularly useful when process- ing stereo signals.

8.2g Output Mute

Output Mute turns off an output channel. When an output channel is muted, that channel’s red mute LED on the face panel is lit. To mute or unmute all outputs at once, go to the <Mute> menu heading.

9. OTHER SOFTWARE FUNCTIONS

9.1 Channel Preset (and Sub Preset) File Management

The Protea ne24.24M will store up to 31 named internal presets, each preset storing control data for all channels and audio functions. Preset names must be 20 characters or less. While working in Protea NE Software, changes to an individual preset can be saved to the ne24.24M using <File/Save Preset To Protea>, or saved to the PC using <File/Save Preset To Disk>. Individual preset files use the extension (*.pne).

Sub Presets: Instead of saving or recalling an entire preset affecting all functions, a sub-preset affecting only a sub-set of functions may be used. To save a sub-preset, check the boxed labelled <Selected for sub-presets> in the audio control functions to be stored in the sub preset, and then click <preset options>, then <Save Sub Preset>.

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Contents Ashly Audio INC Operating ManualTable Of Contents This Apparatus Must be Earthed Unpacking AC Power RequirementsIntroduction Front Panel Features Logic Inputs Preset Recall Rear Panel FeaturesInput Connections Output Connections0-5V Remote Level Control 10/100 Ethernet Control JackFactory Reset Switch Expansion Module InstallationAC Inlet and Power Switch Data In/Data Out ConnectionProtea NE Software How to get Protea NE SoftwareAudio Functions Connecting the ne24.24M to a computer using EthernetInput Audio Functions 1a Input Mute1e Input Delay 1c Phantom Power1c Push To Talk Mic 1d Input GainOperating Manual ne24.24M Matrix Processor 1h Autoleveler 1g Noise Gate1i Ducker Output Audio Functions1j Matrix Routing 1k Remote Level ControlButterworth 2b Hpf/Lpf CrossoverBessel 2c Output DelayLinkwitz-Riley 2d Output EQOther Software Functions Channel Preset and Sub Preset File Management2f Output Compressor/Limiter 2g Output MuteProgram Upgrade Copying Settings to Another Input Or OutputRemote Control 10.1 WR-1 Volume Control10.3 WR-5 Programmable Zone Controller 10.2 WR-2 Contact Closure Preset RecallCommon WR-1 Wiring DiagramTroubleshooting Tips 12.1 Audio Problems GPO Expansion Module Wiring Examples12.2 RS-232 Data Communications Problems DimensionsWarranty Information SpecificationsInput by 8 Output Boardroom System Typical ApplicationsNe24.24M Back Panel Left / Center / Right Theater System

WR-2, WR-1, WR-5 specifications

The Ashly WR series, comprising the WR-5, WR-1, and WR-2 models, is a lineup of high-performance wall controllers designed to enhance the user experience in professional audio environments. These devices are particularly useful in applications such as classrooms, conference rooms, and studios, providing intuitive control over various sound systems.

The WR-5 is the flagship model of the series, featuring a compact design that supports multiple zones. One of its standout characteristics is its ability to control various audio source devices, allowing users to select different inputs and adjust volume levels in distinct areas. The WR-5 is equipped with a large, easy-to-read LCD screen, which provides visual feedback on settings and selected configurations. Its Ethernet connectivity allows for seamless integration with compatible systems, making remote management and control straightforward.

The WR-1 is a versatile single-zone controller designed for simplicity. It features a rotary volume knob and a push-button for mute, making it an ideal choice for users who prioritize ease of use. The WR-1 can be integrated into existing setups with minimal effort, and its user-friendly interface ensures that anyone can operate the system without requiring extensive training. The unit supports audio over Ethernet, which allows for flexible placement and installation in various settings.

The WR-2 is designed for dual-zone control, offering similar features to the WR-1, but with the added benefit of managing two distinct audio zones. This model supports individual volume control for each zone, making it perfect for environments where different audio experiences are needed in separate areas. Like its counterparts, the WR-2 employs robust Ethernet connectivity, ensuring that it can communicate effectively with compatible audio systems for a cohesive overall sound experience.

All three models in the Ashly WR series are built with high-quality materials and innovative technology, ensuring durability and reliable performance. They feature intuitive layouts and responsive controls, making them suitable for a broad range of audio applications. Whether it is in a corporate environment or an educational setting, the Ashly WR series provides a sophisticated yet user-friendly solution for managing audio systems effectively.

In conclusion, the WR-5, WR-1, and WR-2 controllers are excellent options for anyone looking to streamline their audio control experience while maintaining high-quality sound management in diverse environments.