User's Manual
Table Of Contents
- Table of Contents
- AD4DDual Channel Receiver
- IMPORTANT SAFETY INSTRUCTIONS
- Australia Warning for Wireless
- AD4D Axient Digital Two-Channel Wireless Receiver
- Included Components
- Mounting Instructions
- Hardware
- Menus and Configuration
- Radio Frequency (RF) Settings
- Setting the RF Tuning Band
- IR Sync
- Setting the Frequency Manually
- Channel Scan and Group Scan
- Requesting a New Frequency from a Spectrum Manager
- Transmission Modes
- Assigning Transmitters to Transmitter Slots
- Interference Management
- Channel Quality Meter
- Frequency Diversity
- Antenna Bias
- RF Cascade Ports
- Firmware
- Audio Settings
- Networking
- Operation
- Troubleshooting
- Specifications
- System Specifications
- RF Carrier Frequency Range
- Working Range
- RF Tuning Step Size
- Channel-to-Channel Spacing
- Channel-to-Channel Spacing
- Image Rejection
- RF Sensitivity
- Latency Analog Output
- Audio Frequency Response
- Signal-to-Noise Ratio(Dynamic Range)
- Total Harmonic Distortion
- System Audio Polarity
- Operating Temperature Range
- Storage Temperature Range
- Audio Output
- Gain Adjustment Range
- Configuration
- Impedance
- Full Scale Output (200K Ω load)
- Mic/Line Switch
- Phantom Power Protection
- Dimensions
- Weight
- Housing
- Power Requirements
- Thermal Power Dissipation
- DC Power Requirements
- Network Interface
- Network Addressing Capability
- Maximum Cable Length
- Cascade Output
- Connector Type
- Configuration
- Impedance
- Insertion Loss
- RF Input
- Spurious Rejection
- Connector Type
- Impedance
- Bias Voltage
- RF Carrier Frequency Range model dependent
- Tables and Diagrams
- Receiver Frequency Bands
- Certifications
- Certifications
- Contact Customer Support
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High Density Mode
High Density mode creates additional bandwidth for more channels in crowded RF environments by transmitting at 2 mW
RF power and narrowing the modulation bandwidth.
High Density mode is ideal for applications where many channels are needed in a confined area, transmission distances
are short, and the number of available frequencies is limited.
Note: Operation mode varies according to region. In Brazil, High Density mode is used.
Selecting a Transmission Mode
From the Device Configuration menu: Device RF > Transmission Mode
Press the control wheel to enable editing. Rotate the wheel to select a mode.
Press ENTER to save.
Assigning Transmitters to Transmitter Slots
Each receiver channel contains eight transmitter slots to control the RF signals passed by the receiver. Transmitters can be as
signed to the channel slots or "registered" with the receiver.
For added protection from interference, the receiver will issue a warning or block signals from any transmitters that aren't regis
tered.
To assign a transmitter to a receiver channel:
From the Channel menu: Transmitter(s) > Transmitter Slots
Use the control wheel to scroll to an available transmitter slot. If the slot is occupied, syncing will overwrite the existing
transmitter.
Align the transmitter with the IR sync window and press SYNC.
When the sync is complete, the transmitter will be assigned to the slot. The transmitter will remain assigned to the slot until it is
unlinked. To remove a transmitter from a slot, use the control wheel to select the slot, and then press UNLINK.
Tip: For quick access, the slots can be accessed from the channel menu by selecting the F4 function button.