User's Manual

ManualsBrandsShure ManualsPro AudioSLXD1 Digital Wireless Bodypack Transmitter

Table Of Contents

Table of Contents
SLX-D Wireless System
IMPORTANT SAFETY INSTRUCTIONS
WARNING
Important Product Information
- LICENSING INFORMATION
- Australia Warning for Wireless
  - Canada Warning for Wireless
Overview
- Features
- System Components
Set Up the Receiver
Wearing the Bodypack Transmitter
Hardware Interface
- Receiver Front and Back Panels
- Navigating the Receiver Menus
  - Main Menu
- Transmitters
- Transmitter Menu Options and Navigation
- Locking and Unlocking the Receiver Controls
  - Transmitter Auto Lock
Batteries and Chargers
- Install Transmitter Batteries
- Setting the AA Battery Type
- Shure SB903 Rechargeable Battery
- Average Charging Times
  - SBC10-903
  - SBC203
Sound Check and Gain Adjustment
Sound Check and Gain Adjustment
System Set Up
- Creating Audio Channels
- What are Groups and Channels?
- Using the Guided Frequency Setup
- Manual Frequency Selection
- Linking Two Transmitters to a Receiver
  - Syncing the Transmitters to the Receiver
  - Matching Audio Levels with Mic Offset
- Adding SLX-D to Other Shure Wireless Systems
Radio Frequency (RF) Settings
- Setting the Transmitter RF Power
Networking
- Connecting to a Network
- Automatic IP Addressing
- Configuration Tips
- Network Troubleshooting
- Connecting to an External Control System
Firmware Updates
Firmware Updates
- Firmware Release Requirements
Mount the SLX-D Receiver in a Rack
- Installing Footpads
Accessories
- Optional Accessories
Specifications
- System
- RF
- RF Carrier Frequency Range
- Working Range
- RF Tuning Step Size
- Image Rejection
- RF Sensitivity
- Audio
- Latency
- Audio Frequency Response
- Audio Dynamic Range
- Total Harmonic Distortion
- System Audio Polarity
- Mic Offset Range
- Temperature Range
- Operating Temperature Range
- Storage Temperature Range
- SLXD4 / SLXD4D
- Dimensions
- Weight
- Housing
- Power Requirements
- RF Input
- Spurious Rejection
- Connector Type
- Impedance
- Phantom Power Protection
- Audio Output
- Gain Adjustment Range
- Configuration
- Impedance
- Full Scale Output
- Mic/Line Switch
- Networking
- Network Interface
- Network Addressing Capability
- Maximum Cable Length
- SLXD1
- Battery Type
- Dimensions
- Weight
- Housing
- Audio Input
- Connector
- Configuration
- Impedance
- Maximum Input Level
- Preamplifier Equivalent Input Noise (EIN)
- RF Output
- Antenna Type
- Occupied Bandwidth
- Modulation Type
- Power
- SLXD2
- Battery Type
- Dimensions
- Weight
- Housing
- Audio Input
- Configuration
- Maximum Input Level
- RF Output
- Antenna Type
- Occupied Bandwidth
- Modulation Type
- Power
- SB903
- Charge Voltage
- Charge Current
- Nominal Voltage
- Nominal Capacity
- Housing
- Charging Temperature Range
- Dimensions
- Weight
- SBC10-903
- Battery Charger
- DC Input Voltage Range
- Charge Current
- Charge Time
- Charge Voltage
- Operating Temperature Range
- Dimensions
- Weight
- Housing
- Power Supply
- Input Voltage Range
- Operating Frequency
- Maximum Input Power
- Output Voltage
- Maximum Output Power
- Operating Temperature Range
- SBC203
- Charge Current
- Charge Time
- External Power Supply
- Power Requirements
- Charging Temperature Range for Battery
- Dimensions
- Weight
- Housing
- Power Supply
- Input Voltage Range
- Operating Frequency
- Maximum Input Power
- Output Voltage
- Maximum Output Power
- Operating Temperature Range
- Receiver Output Connectors
- Transmitter Input
- Frequency Range and Transmitter Output Power
Frequencies for European Countries
Certifications
- Information to the user

Shure Incorporated

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Configuration

See drawing for details

Impedance

1MΩ

Maximum Input Level

8.2dBV (2.57 Vrms , 7.27 Vpp)

Preamplifier Equivalent Input Noise (EIN)

-118 dBV

RF Output

Antenna Type

1/4 wave

Occupied Bandwidth

<200kHz

Modulation Type

Shure proprietary digital

Power

1mW or 10mW

SLXD2

Battery Type

Rechargeable Li-Ion or 1.5V AA batteries

Dimensions

37.1 x 176mm (1.46 x 6.93 in.), D x L

Weight

147g

Housing

Aluminum

Audio Input

Configuration

See drawing for details

Maximum Input Level

8.2dBV (2.57 Vrms , 7.27 Vpp)