Manual
Table Of Contents
- Overview
- Chapter 1: Introduction
- Chapter 2: PRO Series Live Audio Systems
- Chapter 3: About The Control Centre
- Getting Started
- Chapter 4: Setting Up The System
- Basic Operation Of The PRO Series
- Chapter 5: Before You Start
- Chapter 6: Working With The Control Centre
- Chapter 7: Navigation
- Chapter 8: Patching
- Chapter 9: Basic Operation
- Setting a mic amplifier’s input gain
- Setting the high and low pass filters
- Input equalisation (E zone)
- Input dynamics processing (D zone)
- Output processing
- Using VCA/POP groups
- Setting up a mix
- Using fader flip
- Setting up the effects rack
- Simple routing to master stereo outputs
- Scene and show management (automation)
- Configuring the inputs and outputs
- Using copy and paste
- User library (presets)
- Surround panning
- Two-man operation
- Saving your show files to a USB memory stick
- Security (locking mode)
- Security (locking mode)
- Advanced Operation And Features
- Chapter 10: Stereo Linking
- Chapter 11: Panning
- Chapter 12: Soloing
- Chapter 13: Muting
- Chapter 14: Monitors And Communications
- Chapter 15: Graphic Equaliser (GEQ)
- Chapter 16: Internal Effects
- Overview of the internal effects
- About the effect window
- Working with the effects
- Effect configuration
- Effect programs
- Delay effect
- Virtual DN780 Reverb effect
- Flanger effect
- Phaser effect
- Pitch Shifter effect
- SQ1 Dynamics effect
- 3-Band Compressor effect
- Submonster
- DN60 Spectrum Analyser
- Tape Saturation
- Variable Phase
- Dual Stereo Delay
- Ambience Reverb
- Vintage Room Reverb
- Chamber Reverb
- Hall Reverb
- Plate Reverb
- Stereo Graphic EQ
- Dynamic EQ
- Matrix Mixer
- Stereo Chorus
- UNCL.D
- Loudspeaker Processor
- De-esser
- TC M350
- MIDAS Spectrum Analyser
- MIDAS Automixer
- Chapter 17: Control Groups
- Chapter 18: Copy And Paste
- Chapter 19: Assignable Controls (I Zone)
- Chapter 20: Scenes And Shows (Automation)
- About automation
- Automation controls
- Automation screen
- Using the right-click menu
- Scene contents
- Point scenes
- Numbering and navigation
- Global scene
- Initial snapshot scene (safe scene)
- Date and time
- Scene cue list
- Editing scene properties
- Adding a new scene
- Copying and deleting scenes
- Changing the order of the scenes
- Overriding store scope
- Using patching in automation
- Using zoom
- Show files
- Rehearsals
- Safes
- Chapter 21: Scope (Automation)
- Chapter 22: Events (Automation)
- Chapter 23: Crossfades (Automation)
- Chapter 24: User Libraries (Presets)
- Chapter 25: File Management
- Chapter 26: Using Other Devices With The PRO X
- Chapter 27: Changing The User Settings
- Setting the meter preferences
- Configuring a virtual soundcheck
- Restoring the PRO X defaults
- Checking the PRO X build information
- Setting the configuration preferences
- Changing the user interface preferences
- Configuring the channels, groups and internal units
- Changing the default input/output names
- Adjusting PRO X illumination
- Setting the time and date
- Chapter 28: Delay Compensation (Latency)
- Description
- Chapter 29: Panel Connections
- Chapter 30: Inputs
- Mic amp input gain (preliminary input processing)
- Chapter 31: Outputs
- Chapter 32: GUI Menu
- Appendices
- Appendix A: Application Notes
- Appendix B: Technical Specification
- Appendix C: KLARK TEKNIK DN370 GEQ
- Appendix D: KLARK TEKNIK DN780 Reverb
- Technical Specifications
- Appendix E: I/O Modules
- DL443 analogue Jack I/O module
- Appendix F: Replacing A Module
- Appendix G: Troubleshooting
- Appendix H: Updating PRO X Host Software
- Appendix I: Documentation
- Appendix K: Parameters Affected By Scope
- Appendix L: Parameters Affected By Automate Patching
- Appendix M: Parameters Protected By Safes
- Appendix N: Parameters Affected By Copy And Paste
- Appendix O: Parameters Affected By Stereo Linking
- Appendix P: Parameters Copied Through Scenes
- Appendix Q: Service Information
60 PRO X User Manual
Setting the high and low pass lters
Select high and low pass lters. The high and low pass lters can be switched
on/o and, when on, each has two settings. The lters are replicated on the GUI,
which also shows the value of the lter in operation.
>> To set both high and low pass lters in
1. In the gain trim section of an input fast strip (see Figure 15 “Gain and lter
sections of the input strips”), press the quick access button. This selects
the input channel and assigns its conguration processing area to the GUI
channel strip, which contains the lters section.
2. In the lters section of the input channel strip, press the lter select button
(high pass or low pass ) to switch the lter in.
3. If necessary, press the lter’s SLOPE button to set its slope (dB); its status is
shown on the GUI. For the high pass lter, in = 24dB and out = 12dB, and for
the low pass lter, in = 12dB and out = 6dB.
4. Adjust the high pass/low pass control knob to set the lter frequency (Hz).
The ranges are 10Hz to 400Hz for the high pass lter and 2kHz to 40kHz for
the low pass lter.
Input equalisation (E zone)
Use EQ to equalise the input signal via the treble, hi-mid, lo-mid and bass lters,
which are situated in the input channel strip’s E zone. Treble and bass each have
a parametric lter option and three specic shelving modes. Visual feedback for
EQ is via GUI only.
>> To EQ the input signal
1. In an input fast strip, press the quick access button of the desired EQ lter
(treble, hi-mid, lo-mid or bass). This will select the channel and open the
EQ lter’s processing area in the GUI’s channel strip. Alternatively, you can
navigate to it using the bass and treble up and down arrow buttons in the
E-zone (shown above).
2. In the input fast strip, press EQ to switch the EQ in. The EQ button’s LED will
illuminate when its EQ is switched in.
3. In the E zone, adjust the freq, width and gain control knobs to apply
EQ as desired.
4. Audition the dierent lters, including the ‘minimum harmonic disruption’
types, by scrolling through them
using the SHAPE button.
Note: The minimum harmonic disruption
lters are bright and deep, which are
available for treble and bass, respectively.
These lters use psychoacoustic phenomena
to generate steep slopes that sound natural.