User Manual
Table Of Contents
- ProVisionaire Design
- Contents
- 1. Introduction
- 2. Screen structure
- 3. The basics of using ProVisionaire Design
- 4. Menu bars and toolbar
- 5. Shortcut keys
- 6. List of alerts
- 7. "Project" sheet
- 8. "Tuning" sheet
- 9. Online and synchronization
- 10. Dialog boxes
- 10.1. Startup dialog box
- 10.2. "Go Online- From Devices" dialog box
- 10.3. "Protect File" dialog box
- 10.4. "Project Information" dialog box
- 10.5. "Print" dialog box
- 10.6. "File Storage" dialog box
- 10.7. "Network Setup" dialog box
- 10.8. "IP Settings" dialog box
- 10.9. "IP Address" dialog box
- 10.10. "Auto-Assign IP Addresses" dialog box
- 10.11. "Match Devices by IP Address" dialog box
- 10.12. "Device Information" dialog box
- 10.13. "Update Firmware" dialog box
- 10.14. "Initialize" dialog box
- 10.15. "Word Clock" dialog box
- 10.16. "Protect Devices" dialog box
- 10.17. "Clock" dialog box
- 10.18. "Daylight Saving Time" dialog box
- 10.19. "GPI Calibration" dialog box
- 10.20. "Get Log from Devices" dialog box
- 10.21. "RM Series Settings" > "Sign up" dialog box
- 10.22. "RM Series Settings" > "Login" dialog box
- 10.23. "RM Series Settings" > "Password Settings" dialog box
- 10.24. "RM Series Settings" > "Enable SCP remote control access" dialog box
- 10.25. "Linked Presets Manager" dialog box
- 10.26. "Store Linked Preset" dialog box
- 10.27. Port Label Dialog
- 11. Context menus
- 12. Common operations for device sheets
- 13. Audio Processors: DME7
- 13.1. Overview
- 13.2. "Project" sheet
- 13.3. Device sheet screen configuration
- 13.4. Basic use of ProVisonaire Designer
- 13.5. Tool buttons
- 13.6. "Components" area
- 13.7. Design sheet
- 13.8. Design sheet: Audio layer
- 13.9. Design sheet: Control layer
- 13.10. Components other than audio or control components
- 13.11. “Parameter Sets” area
- 13.12. “Properties” area
- 13.13. "Parameters" area
- 13.14. Context Menu
- 13.15. Dialog box
- 13.16. Message List
- 14. Audio Processor MRX7-D
- 14.1. Overview
- 14.2. Project Sheet
- 14.3. Device Sheet Screen Configuration
- 14.4. Basic Use
- 14.5. Tool Buttons
- 14.6. Components Area
- 14.7. Design Sheet
- 14.8. Non-Audio Components
- 14.9. Parameter Sets Area
- 14.10. Presets Area
- 14.11. Parameter Link Group Area
- 14.12. Gang Edit Group Area
- 14.13. Properties Area
- 14.14. Parameters Area
- 14.15. Context Menu
- 14.16. Dialog
- 14.17. Component Editor
- 14.18. Alert List
- 14.19. Flow of Paging Configuration
- 15. Audio Processors: MTX5-D/MTX3
- 15.1. Overview
- 15.2. "Project" sheet
- 15.3. Device sheet screen configuration
- 15.4. Tool buttons
- 15.5. "Presets" area
- 15.6. Context menus
- 15.7. Dialog box
- 15.8. Alert list
- 15.9. Component editors
- 15.9.1. "Analog In" component editor
- 15.9.2. “MY4-AEC” component editor
- 15.9.3. "Input CH" component editor
- 15.9.4. "Insert" component editor
- 15.9.5. "Zone" component editor
- 15.9.6. "Output CH" component editor
- 15.9.7. "Pilot Tone" component editor
- 15.9.8. "Analog Out" component editor
- 15.9.9. "Slot Out" component editor
- 15.9.10. "DCA Groups"/"Mute Groups" component editor
- 15.10. Workflow for paging settings
- 16. MTX I/O Expanders: EXi8 / Exo8
- 17. Power Amplifiers: PC-series
- 18. Power Amplifiers: XMV-series
- 19. I/O Interface: Rio3224-D2 / Rio1608-D2
- 20. I/O Interface: Tio1608-D / Tio1608-D2
- 21. I/O Interface: RSio64-D
- 22. Powered Speakers: VXL1-16P
- 23. Microphones: PGM1
- 24. Microphones: RM-CG
- 25. Microphones: RM-TT
- 26. External Device: Speakers
- 27. DCP
- 28. Wall-mount Controller: MCP1
- 29. YDIF
- 30. Settings for controlling devices across subnets
-
17.8.5. "Amplifier" component editor
•
BRIDGE [ON] button
If this is enabled, the amp will be in BRIDGE output mode.
In BRIDGE mode, adjacent odd-numbered and even-numbered channels are bridge-connected to operate
as a high-power amp.
•
CHANNEL SLEEP [ON] button
If this is enabled, the amp of that channel will sleep. By putting unused channels to sleep, you can
conserve electrical power and reduce excessively high temperatures.
This is different than the Auto Sleep setting in the "Properties" area of the "Project" sheet.
•
"LOAD MONITORING"
Here you can make settings for monitoring the speaker output impedance in order to determine whether
the output has been interrupted by an electrical short, breakage, or speaker malfunction. By outputting a
pilot tone, the impedance can be detected in a stable manner without relying on the audio signal output.
This is not shown for channels that are specified as a Hi-Z connection.
◦ [ON] button
Switches LOAD MONITORING on/off.
◦ OSCILLATOR [ON] button
Specifies whether a pilot tone is output.
A pilot tone from an external input can also be used to detect the impedance.
◦ OSCILLATOR [Level] knob
Specifies the output level of the pilot tone.
◦ IMPEDANCE [Detection Freq.] knob
Specifies the frequency for which impedance is detected. The [Impedance] field below shows the
measured impedance.
◦ IMPEDANCE [High Threshold] knob/indicator
Specifies the upper threshold of impedance that is measured. If the specified value is exceeded, it
17. Power Amplifiers: PC-series
ProVisionaire Design V1.2 User Guide | 313










