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The PSM 1000 Personal Monitor System from Shure brings personal monitoring to its most advanced level yet. The full-rack, dual-channel, networkable transmitter is ideally suited for the demands of professional touring and installation applications, and the diversity bodypack receivers deliver pristine RF signal and audio quality. Networkability over Ethernet connection enables remote control of transmitter functions and comprehensive frequency coordination via Wireless Workbench software.
Rackmount supplies:
Open by pressing the latches on both sides and pulling. Insert the batteries or battery pack and attach antennas. Turn on using the volume knob. The battery light illuminates.
Installing Bodypack Antennas
Hand-tighten antennas until secure. Do not use tools.
Note: To remove adapter, open door and slide out. To reinstall adapter, place over the clip and press, there will be an audible click when seated.
Access the following RF settings from the RADIO menu.
G
Group number. Each group contains channels selected to work well together in a single installation.
CH
Channel number. Sets the receiver to a channel in the selected group.
888.888 MHz
Displays the frequency to which the transmitter is set. Highlight and use the ▼ ▲ buttons to set the transmitter to a specific frequency.
SQUELCH
Adjusts the squelch setting.
FULL SCAN
Performs spectrum scan and displays open frequencies in a graphical interface.
RF PAD
Attenuates antenna signals in 3 dB increments.
ANTENNA
Selection for single antenna operation. Disables diversity reception.
Access the following audio settings from the Audio menu.
STEREO
Receive left and right inputs as a stereo signal
MIXMODE
Set your receiver to combine the left and right channel for simultaneous listening in both ears or pan to listen to only the left or right channel
The parametric equalizer is divided into four frequency bands: LOW, LOW MID, HIGH MID, and HIGH. When the EQ is enabled, the following parameters are adjustable:
FREQUENCY
Select the center frequency of the band to boost/cut
Q
Adjusts the width and slope of the frequency band (measured in octaves)
GAIN
Adjustable in 2 dB increments from -6 dB (cut) to +6 dB (boost)
NOTE: HIGH and LOW are shelf filters, and therefore do not have adjustable Q widths. The HIGH shelf is fixed at 10 kHz; the LOW shelf is fixed at 100 Hz.
V LIM
Set a value (OFF to 48 dB, adjustable in 3 dB increments) to attenuate the highest possible volume level. Turning the volume knob through its entire range of motion still affects volume; the limit simply narrows the range of dB adjustment.
Note: The volume limit does not compress the audio signal.
P9RA+ and P10R+ only
ON
The volume is locked to the physical position of the volume knob
Input EQ affects the signal after it is sent to the receiver, but before the headphone output, modifying the overall sound of the entire system.
Match (default)
Matches the frequency response of legacy PSM receivers, allowing for matched audio with mixed-inventory setups
Flat
Offers a flat frequency response curve
Off
Audio bypasses input EQ
▼ ▲ Buttons
Left and right balance for earphones when in stereo mode, or mix of left and right channel for MixMode
Access the following settings from the UTILITIES menu.
CUEMODE
Enters CUEMODE to exit, press enter and select EXIT CUEMODE
DISPLAY
Change the display settings on the bodypack
CONTRAST
Sets display brightness to high, low, or medium.
LOCK PANEL
Locks all controls except power and volume. To unlock, press exit, select OFF, and press enter.
BATTERY
When using a Shure rechargeable battery, the following information is displayed: Hrs: Min Left, temperature, Status, Cycle Count, and Health.
AUTO OFF
Sets the time at which the receiver is powered off after entering power-save mode (when POWER SAVE is displayed on the screen).
RESTORE
Returns receiver to factory default settings.
Battery Indicator | Tri-Color Battery LED | Approximate Hours Remaining (h: mm) | |||||
Alkaline | Shure SB900B Rechargeable Battery | ||||||
Volume Level | Volume Level | ||||||
4 | 6 | 8 | 4 | 6 | 8 | ||
Green | 6:00 to 3:50 | 4:20 to 2:45 | 3:15 to 2:05 | 8:00 to 3:45 | 6:45 to 3:45 | 6:00 to 3:45 | |
Green | 3:50 to 2:50 | 2:45 to 2:00 | 2:05 to 1:30 | 3:45 to 2:45 | 3:45 to 2:45 | 3:45 to 2:45 | |
Green | 2:50 to 1:15 | 2:00 to 1:00 | 1:30 to 0:50 | 2:45 to 1:45 | 2:45 to 1:45 | 2:45 to 1:45 | |
Green | 1:15 to 0:25 | 1:00 to 0:20 | 0:50 to 0:20 | 1:50 to 0:55 | 1:50 to 0:55 | 1:50 to 0:55 | |
Amber | 0:25 to 0:15 | 0:20 to 0:10 | 0:20 to 0:10 | 0:55 to 0:25 | 0:55 to 0:25 | 0:55 to 0:25 | |
Red | < 0:15 | < 0:10 | < 0:10 | < 0:25 | < 0:25 | < 0:25 | |
Total Battery Life | 6:00 | 4:20 | 3:15 | 8:00 | 6:45 | 6:00 |
Power-save mode: When there are no earphones plugged in for 5 minutes, the receiver enters power-save mode to preserve battery life. The LED slowly fades on/off in this mode and continues to display the color that represents the remaining battery life.
Note: Battery life using Energizer brand AA Alkaline batteries and the following conditions:
Note: Using lower-impedance earphones or ones with different sensitivity, different battery types, and higher gain settings in the PSM system may cause the receiver battery life to be different than specified.
Pink noise is a signal with a frequency spectrum such that the power spectral density is inversely proportional to the frequency. In pink noise, each octave carries an equal amount of noise power.
Note: A Battery Hot warning indicates that transmitter battery needs to cool off. Otherwise, the transmitter will shut down. Let the device cool down and then consider swapping the transmitter battery to continue operation.
Identify any possible external heat sources to the transmitter and operate the transmitter away from those external heat sources.
All batteries should be stored and operated away from external heat sources in reasonable temperature conditions for best performance.
When setting up multiple systems, designate a single bodypack to scan for available frequencies and download them to all the rack units.
The bodypack must be from the same frequency band as all the transmitters.
CueMode allows you to upload the name and frequency settings from multiple rack units and store them as a list on a single bodypack. You can then, at any time, scroll through that list to hear the audio mix from each transmitter, just as each performer does during a show.
CueMode lists are retained even if CueMode is exited, the bodypack is turned off, or batteries are removed.
Note: Set the channel frequency and assign display names for each transmitter before creating your CueMode list.
Note: The transmitter must be from the same frequency band as the bodypack.
Note: Syncing while in CueMode does not change any of the settings on the bodypack.
Exit CueMode by pressing enter and selecting EXIT CUEMODE.
While in Cue Mode, you can access the following menu by pressing enter:
REPLACE MIX
Select and press sync on a rack unit to upload new data for the current mix (for example, if you have changed the transmitter frequency).
DELETE MIX
Removes the selected mix.
DELETE ALL
Removes all mixes.
EXIT CUEMODE
Exits CueMode and returns the bodypack to the previous frequency setting.
Use a frequency scan to analyze the RF environment for interference and identify available frequencies. There are three types of scan:
Note: When performing a frequency scan:
You can transfer frequency settings in either direction: from the bodypack to the rack unit, or from the rack unit to the bodypack.
Note: You can also choose to transfer other settings to the bodypack during a sync, such as lock or mode settings, using the Sync > RxSetup menu on the rack transmitter.
The level LEDs on the rack unit flash.
This feature allows you to create your own groups of frequencies.
Menu: Radio > Custom
Some performers need to hear more of their own voice or instrument, while others want to hear more of the band. With MixMode, the performer creates their own mix using the balance control ( ▼ ▲ buttons) on the bodypack.
To use MixMode, send a solo mix of the performer to the L/CH1 input on the transmitter, and send a band mix to the R/CH2 input.
Set the performer's bodypack for MixMode. The bodypack combines the two signals and sends them to both earphones, while the balance control on the bodypack adjusts the relative levels for each.
For IFB applications, send two independent program feeds into the L/CH1 and R/CH2 input of the transmitter. With MixMode, the director or broadcast talent can listen to either feed using the balance control ( ▼ ▲ buttons) on the bodypack to pan to either audio signal.
Use LOOP OUT L (left) and R (right) outputs to send a copy of the audio signal going into the transmitter to other devices. Following are a few of the many applications for these outputs.
Note: The input level control and the input pad do not affect the LOOP OUT signals.
Configure each system for MixMode. From the mixing console, send a mix of the whole band to input 2 of the first transmitter. Connect the LOOP OUT R output to the R/CH2 input of the next transmitter. Continue the chain with all the transmitters.
Next, create solo mixes for each performer. Send each mix to input 1 of the transmitter for that performer.
Send the audio from the LOOP outputs to onstage loudspeakers. The bodypack and the onstage monitors receive the same audio signals.
Note: The LOOP audio outputs will not drive passive loudpeakers, and must be sent to a power amplifier or an active loudspeaker.
To record a performance, connect the LOOP outputs to the inputs of a recording device.
Squelch mutes audio output from the bodypack when the RF signal become noisy. While squelch is activated, the blue LED on the bodypack turns off.
For most installations, squelch does not need adjustment, and it keeps the performer from hearing hiss or noise bursts if the
RF signal becomes compromised. However, in congested RF environments or in close proximity to sources of RF interference (such as large LED video panels), the squelch may need to be lowered to prevent excessive audio dropouts. With lower squelch settings, the performer may hear more noise or hiss, but will experience fewer audio dropouts.
Before lowering squelch, first try to eliminate the problem by finding the best set of frequencies for your installation and removing potential sources of interference.
Turning off or lowering the squelch setting can increase the noise level and cause discomfort to the performer:
Squelch Settings | ||
HIGH (NORMAL) | Default factory setting. | |
MID | Moderately decreases the signal-to-noise ratio required to squelch the receiver. | |
LOW | Greatly decreases the noise squelch threshold. | |
PILOT ONLY* | Turns off noise squelch leaving only pilot squelch on. | |
NO SQUELCH* | Turns off noise and pilot tone squelch. (Sometimes used as a debugging tool by monitor engineers or RF coordinators to "listen" to the RF environment.) | |
* Symbol appears in dis play window. |
Use PTP mode to allow a P10T to transmit to a UHF-R receiver. This allows a transmitter and receiver setup where both units are racked and powered by AC.
For more information visit: www.shure.com/americas/products/personal-monitor-systems
Each transmitter has an RJ-45 port on the back for connecting to other transmitters over an Ethernet network. Networking transmitters allows you to automatically set frequencies for all the transmitters with a single group scan command.
Add transmitters to a network using the default automatic network setting (Util > Network > Mode > Automatic):
You can control and monitor all networked transmitters through a computer running Shure Wireless Workbench software, Version 6 or later. If using the default automatic network setting, make sure your computer is configured for DHCP.
Note: Some security software or firewall settings on your computer can prevent you from connecting to the transmitter. If using firewall software, allow connections on port 2201.
Static IP addressing is also supported. An IP address can be assigned through the network menu (Util > Network > Mode > Manual).
Note: Dual transmitters use a single IP address, which may be set through either LCD interface.
Router with DHCP
Extended Network
Direct Connection to Computer
Use this feature to scan the full RF spectrum for potential sources of interference and deploy open frequencies to all receivers on the network. A graphical representation of the scan data may be viewed on both the transmitter and receiver. This allows you to scroll through the graph to reveal details about the frequency and strength of the interfering signals.
MAIN MENU > RADIO > FULL SCAN > SPECTRUM
Sync > Spectrum
Use the following steps to update the firmware on a bodypack receiver.
Once the download is complete, the receiver automatically begins the firmware update, which overwrites the existing firmware.
Do not turn off the receiver until the update is complete.
PSM 1000
RF Carrier Range
470–952 MHz
varies by region
Compatible Frequencies
Per band
39
Tuning Bandwidth
72–80 MHz
Note: varies by region
Operating Range
environment dependent
90 m ( 300 ft)
Audio Frequency Response
35 Hz–15 kHz (±1 dB)
Signal-To-Noise Ratio
A-Weighted
90 dB (typical)
Total Harmonic Distortion
ref. ±34 kHz deviation @1 kHz
<0.5% (typical)
Companding
Patented Shure Audio Reference Companding
Spurious Rejection
ref. 12dB SINAD
>80 dB (typical)
Frequency Stability
±2.5 ppm
MPX Pilot Tone
19 kHz (±0.3 kHz)
Modulation
FM*, MPX Stereo
*ref. ±34 kHz deviation @1 kHz
Operating Temperature
-18°C to +57°C
P10T
RF Output Power
selectable: 10, 50, 100 mW (+20 dBm)
RF Output Impedance
50 Ω (typical)
Net Weight
4.7 kg (10.4) lbs
Dimensions
44 x 483 x 343 mm (1.7 x 19.0 x 13.5 in.), H x W x D
Power Requirement | |
Input | 100–240 V AC, 50/60 Hz, 0.5 A max. (5.5, with outlet loaded) |
Output | 100–240 V AC, 50/60 Hz, 5 A max., unswitched |
Audio Input
Connector Type
Combination XLR and 6.35 mm (1/4") TRS
Polarity | |
XLR | Non inverting (pin 2 positive with re spect to pin 3) |
6.35 mm (1/4") TRS | Tip positive with respect to ring |
Configuration
Electronically balanced
Impedance
70.2 kΩ (actual)
Nominal Input Level
switchable: +4 dBu, –10 dBV
Maximum Input Level | |
+4 dBu | +29.2 dBu |
10 dBV | +12.2 dBu |
Pin Assignments | |
XLR | 1=ground, 2=hot, 3=cold |
6.35 mm (1/4") TRS | Tip=hot, Ring=cold, Sleeve=ground |
Phantom Power Protection
Up to 60 V DC
Audio Output
Connector Type
6.35 mm (1/4") TRS
Configuration
Electronically balanced
Impedance
Connected directly to inputs
P10R+
Tri-Band RF Filtering
–3 dB at 30.5 MHz from the center frequency of each band
Active RF Gain Control
31 dB
Adjusts RF sensitivity to provide more RF dynamic range
Active RF Sensitivity
at 20 dB SINAD
2.2 µV
Image Rejection
>90 dB
Adjacent Channel Rejection
>70 dB
Latency
0.37ms
Squelch Threshold
22 dB SINAD (±3 dB)
default setting
Intermodulation Attenuation
>70 dB
Blocking
>80 dB
Audio Output Power
1 kHz at Less than 1%distortion, Maximum Headphone Output Power, at 16 Ω
100 mW (per output)
Minimum Load Impedance
4 Ω
Output Impedance
<1 Ω
4-band Parametric EQ | |
Low Shelf | Selectable Gain: ±2 dB, ±4 dB, ±6 dB @ 100 Hz |
Low Mid | Selectable Gain: ±2 dB, ±4 dB, ±6 dB at 160 Hz, 250 Hz, 400 Hz, 500 Hz, 630 HzSelectable Q: 0.7, 1.4, 2.9, 5.0, 11.5 |
High Mid | Selectable Gain: ±2 dB, ±4 dB, ±6 dB at 1 kHz, 1.6 kHz, 2.5 kHz, 4 kHz, 6.3 kHzSelectable Q: 0.7, 1.4, 2.9, 5.0, 11.5 |
High Shelf | Selectable Gain: ±2 dB, ±4 dB, ±6 dB @ 10 kHz |
Volume Limiter
Selectable: OFF (0 dB) to 48 dB in 3 dB steps
Volume Lock
Selectable: 0 dB to 70 dB
Limits volume adjustment knob. Selected value analogous to volume knob increment.
Net Weight
158 g (Without Battery)
Dimensions
99 x 66 x 23 mm (3.9 in. x 2.6 in. x 0.9 in.) H x W x D
Battery Life
4–6 hours (continuous use) AA batteries
Omnidirectional Whip Antenna, Yellow Tip (470-542 MHz) | UA700 |
Omnidirectional Whip Antenna, Gray Tip (540-626 MHz) | UA710 |
Omnidirectional Whip Antenna, Black Tip (596-692 MHz) | UA720 |
Omnidirectional Whip Antenna, Blue Tip (670-830 MHz) | UA730 |
Omnidirectional Whip Antenna, Red Tip (830-952 MHz) | UA740 |
1/2 Wave Omnidirectional Receiver Antenna for improved wireless signal reception | UA8 |
Antenna extension cables (2) | 95B9023 |
Carrying/Storage Bag | 95A2313 |
Hardware Kit (Rack mounting Screws) | 90XN1371 |
Bumper Kit | 90B8977 |
AA battery adapter | 65A15224 |
Passive Directional Antenna 470-952 MHz. Includes 10 foot BNC to BNC cable. | PA805SWB |
PWS Helical Antenna, 480-900 MHz | HA-8089 |
PWS Domed Helical Antenna, 480-900 MHz | HA-8091 |
Wideband Omnidirectional Antenna (470-1100 MHz) | UA860SWB |
2 ft. BNC-BNC Coaxial Cable | UA802 |
6 foot (1.8m) BNC to BNC Coaxial Cable for Remote Antenna Mounting for ULX Wireless System | UA806 |
25 ft. BNC-BNC Coaxial Cable | UA825 |
50 ft. BNC-BNC Coaxial Cable | UA850 |
100 ft. BNC-BNC Coaxial Cable | UA8100 |
4- to- 1 antenna comber with power distribution to 4 transmitters (better RF perfor mance and eliminates need for external power supply) | PA421B |
8-to-1 antenna combiner for better RF performance | PA821B |
Coiled IFB Earphone Cable for Shure Earphones | EAC-IFB |
Band | Range | Output Power (mW) |
G10 | 470–542 MHz | 10/50/100 mW |
G10E | 470–542 MHz | 10/50 mW |
G10J | 470–542 MHz | 6/10 mW |
G11 | 479–542 MHz | 10 mW |
G53 | 470–510 MHz | 10/50 mW (Below 50 mW ERP) |
G62 | 510–530 MHz | 10/50 mW |
H8Z | 518–582 MHz | 10/50 mW |
H22 | 518–584 MHz | 10**/50/100 mW |
J8 | 554–626 MHz | 10/50/100 mW |
J8A | 554–608 MHz | 10/50/100 mW |
614–616 MHz | 10* mW | |
J8E | 554–626 MHz | 10/50 mW |
J8J | 554–626 MHz | 6/10 mW |
K10E | 596–668 MHz | 10 mW |
L8 | 626–698 MHz | 10/50/100 mW |
L8A | 653–657 MHz | 10 mW |
657–663 MHz | 10* mW | |
L8E | 626–698 MHz | 10/50 mW |
L8J | 626–698 MHz | 6/10 mW |
L9E | 670–742 MHz | 10/50 mW |
L11J | 670–714 MHz | 6/10 mW |
L60 | 630–698 MHz | 10/50 mW (Below 50 mW ERP) |
M19 | 694–703 MHz | 10/50 mW |
P8 | 710–790 MHz | 10/50/100 mW |
Q12 | 748–758 MHz | 10/50 mW |
Q21 | 710–787 MHz | 10/50/100 mW |
Q22E | 750–822 MHz | 10/50/100 mW |
R27 | 794–806 MHz | 10/50 mW |
X1 | 944–952 MHz | 10/50/100 mW |
X7 | 925–937.5 MHz | 10 mW |
X55 | 941–960 MHz | 10/50/100 mW |
NOTE: This Radio equipment is intended for use in musical professional entertainment and similar applications. This Radio apparatus may be capable of operating on some frequencies not authorized in your region. Please contact your national authority to obtain information on authorized frequencies and RF power levels for wireless microphone products.
As of January 01, 2019 the use of radio transmitters in the bands 694 - 823 MHz is prohibited.
The possible results of incorrect use are marked by one of the two symbols—"WARNING" and "CAUTION"—depending on the imminence of the danger and the severity of the damage.
Ignoring these warnings may cause severe injury or death as a result of incorrect operation. | |
Ignoring these cautions may cause moderate injury or property damage as a result of incor rect operation. |
Battery packs shall not be exposed to excessive heat such as sunshine, fire, or the like.
This device is able to produce sound volume higher than 85 dB SPL. Please check your maximum allowed continuous noise exposure level based on your national employment protection requirements.
LISTENING TO AUDIO AT EXCESSIVE VOLUMES CAN CAUSE PERMANENT HEARING DAMAGE. USE AS LOW A VOL UME AS POSSIBLE. Over exposure to excessive sound levels can damage your ears resulting in permanent noise-induced hearing loss (NIHL). Please use the following guidelines established by the Occupational Safety Health Administration (OSHA) on maximum time exposure to sound pressure levels before hearing damage occurs.
90 dB SPL at 8 hours | 95 dB SPL at 4 hours | 100 dB SPL at 2 hours | 105 dB SPL at 1 hour |
110 dB SPL at ½ hour | 115 dB SPL at 15 minutes | 120 dB SPL Avoid or damage may occur |
This product is intended for professional use only. This product should only be sold through professional sales channels.
To prevent possible hearing damage, do not listen at high volume levels for long periods. |
Here you can download full pdf version of manual, it may contain additional safety instructions, warranty information, FCC rules, etc.
Download Shure PSM1000 - Wireless Personal Monitor System Manual
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