Owner's Manual
Table Of Contents
- PSM300 User Guide
- PSM300 Stereo Personal Monitor System Online User Guide
- Table of Contents
- PSM300Stereo Personal Monitor System
- Important Product Information
- PSM®300
- PSM®300
- Hardware
- System Applications
- System Setup and Configuration
- Operation
- Troubleshooting
- Specifications
- RF Carrier Range
- Compatible Frequencies
- Tuning Bandwidth
- Operating Range
- Audio Frequency Response
- Signal-To-Noise Ratio
- Total Harmonic Distortion
- Companding
- Spurious Rejection
- Latency
- Frequency Stability
- MPX Pilot Tone
- Modulation
- Operating Temperature
- RF Output Power
- RF Output Impedance
- Net Weight
- Dimensions
- Power Requirement
- Audio Input
- Connector Type
- Polarity
- Configuration
- Impedance
- Nominal Input Level
- Maximum Input Level
- Pin Assignments
- Phantom Power Protection
- Audio Output
- Connector Type
- Configuration
- Impedance
- Active RF Sensitivity
- Image Rejection
- Adjacent Channel Rejection
- Intermodulation Attenuation
- Blocking
- Audio Output Power
- Minimum Load Impedance
- Headphone Output
- Output Impedance
- Net Weight
- Dimensions
- Battery Life
- Frequency Range and Transmitter Output Power
- Optional Accessories and Replacement Parts
- Certifications
- PSM®300 Personal Monitor Wireless System Frequency Supplement
- PSM300 Personal Monitor System Product Info
- P3RA User Guide
- P3RA Professional Bodypack Receiver Safety Information
- SE215 Manual
- Rack Mount Hardware Kit Instruction Sheet
- AA Battery Insertion for Bodybacks
- A Quick Guide to Personal Monitor Systems
- Warranty
- Safety Precautions
System
Applications
Refer to the following PSM300 system scenarios prior to installation.
Understanding the configuration options before setting
up
helps to iden-
tify signal routing requirements and plan for future expansion. Specific
information
on
how to set up the PSM300 system and create mixes for
monitoring can be found in the "System Setup and Configuration" and
"Operation" sections of this user guide.
Single System for an Individual Performer
This configuration provides in-ear monitoring
in
a solo performance, or
in
a
group performance
in
which only one person requires wireless monitoring.
This system can be expanded for multiple performers by using additional
P3R bodypack receivers tuned to the same transmitter.
Mixer Outputs (Auxiliary/Monitor)
0
Di
Single Transmitter with Multiple Receivers
Multiple performers can monitor audio from the same transmitter and still
adjust the signal at their bodypack to personalize the mix. Simply tune
each bodypack to the same frequency as the transmitter and use the
MixMode knob to adjust the mix.
MixMode or Stereo Operation:
Each performer has the option of setting their bodypack to MixMode or
Stereo
when the transmitter is set to Stereo-MX. When the bodypack is
powered on, it is set to stereo by default. To operate
in
MixMode, hold the
GROUP
button when turning the power on. For information
on
these modes,
see "MixMode and Stereo Monitoring".
7
Multiple Transmitters with Separate Mixes
When several performers
in
a group have different monitoring require-
ments, multiple PSM300 systems may be used simultaneously to send
different mixes through each transmitter. This setup requires a mixer with
two monitor/auxiliary outputs for each transmitter.
Tip: To simplify setup
in
applications that involve multiple transmitters,
Shure offers the P3AC antenna and power distribution system, which
supplies up to four PSM transmitters with power and RF from a single
source.
P3T
6 0 0
~
006
1 1
Mix 1
Mix2