Sennheiser SR 2000 IEM, SR 2050 IEM User Manual 2
SR
2000 IEM
SR 2050 IEM
Instruction manual
Contents
Contents
Important safety instructions ............................................................................................................................................................. 2
The SR 2000 IEM and SR 2050 IEM transmitters ............................................................................................................................. 4
The frequency bank system .............................................................................................................................................................. 4
Areas of application ............................................................................................................................................................................ 5
Delivery includes ..................................................................................................................................................................................... 5
Product overview .................................................................................................................................................................................... 6
Overview of the SR 2000 IEM/SR 2050 IEM transmitter ............................................................................................................ 6
Overview of the displays ................................................................................................................................................................... 7
Putting the transmitter into operation ............................................................................................................................................. 8
Setting up the transmitter on a flat surface ................................................................................................................................. 8
Mounting the transmitter into a 19" rack ..................................................................................................................................... 8
Connecting the antennas .................................................................................................................................................................. 8
Connecting an audio source to the input sockets ...................................................................................................................... 11
Daisy chaining audio signals ........................................................................................................................................................... 11
Connecting devices to the output sockets ................................................................................................................................... 12
Connecting transmitters in a network .......................................................................................................................................... 12
Connecting the mains cable ............................................................................................................................................................ 12
Using the transmitter .......................................................................................................................................................................... 13
Switching the transmitter on/off .................................................................................................................................................. 13
Deactivating the lock mode temporarily ...................................................................................................................................... 14
Activating/deactivating the RF signal .......................................................................................................................................... 14
Monitoring the audio signal via headphones .............................................................................................................................. 15
Synchronizing transmitters and EK 2000 IEM receivers via the infra-red interface ........................................................... 15
Using the operating menu .................................................................................................................................................................. 18
The buttons ........................................................................................................................................................................................ 18
Overview of the operating menu ................................................................................................................................................... 18
Working with the operating menu ................................................................................................................................................ 20
Adjusting settings via the operating menu ................................................................................................................................... 22
The main menu “Menu” ................................................................................................................................................................... 22
The extended menu “Advanced Menu” ....................................................................................................................................... 25
Synchronizing the transmitter with the EK 2000 IEM receiver .................................................................................................. 30
Synchronizing the transmitter with an EK 2000 IEM receiver – individual operation ........................................................ 30
Synchronizing transmitters with EK 2000 IEM receivers – multi-channel operation ......................................................... 30
Using freely selectable transmission frequencies ...................................................................................................................... 31
Cleaning the transmitter ..................................................................................................................................................................... 32
Recommendations and tips ................................................................................................................................................................ 33
Accessories ............................................................................................................................................................................................. 34
If a problem occurs ... ........................................................................................................................................................................... 35
Specifications ......................................................................................................................................................................................... 36
Manufacturer Declarations ................................................................................................................................................................. 38
Index ........................................................................................................................................................................................................ 39
Supplementary information can be found on the SR 2000 IEM and SR 2050 IEM product pages on our
website at www.sennheiser.com.
1
Important safety instructions
Important safety instructions
1. Read these instructions.
2. Keep these instructions. Always include these instructions when passing the transmitter
on to third parties.
3. Heed all warnings.
4. Follow all instructions.
5. Do not use this apparatus near water.
6. Clean only with a dry cloth.
7. Do not block any ventilation openings. Install in accordance with the manufacturer’s
instructions.
8. Do not install near any heat sources such as radiators, heat registers, stoves, or other
apparatus (including amplifiers) that produce heat.
9. Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized
plug has two blades with one wider than the other. A grounding type plug has two blades
and a third grounding prong. The wide blade or the third prong are provided for your
safety. If the provided plug does not fit into your outlet, consult an electrician for
replacement of the obsolete outlet.
10. Protect the power cord from being walked on or pinched, particularly at plugs,
convenience receptacles, and the point where they exit from the apparatus.
11. Only use attachments/accessories specified by the manufacturer.
12. Use only with the cart, stand, tripod, bracket, or table specified by the manufacturer, or
sold with the apparatus. When a cart is used, use caution when moving the cart/
apparatus combination to avoid injury from tip-over.
13. Unplug this apparatus during lightning storms or when unused for long periods of time.
14. Refer all servicing to qualified service personnel.
Servicing is required when the apparatus has been damaged in any way, such as power
supply cord or plug is damaged, liquid has been spilled or objects have fallen into the
apparatus, when the apparatus has been exposed to rain or moisture, does not operate
normally, or has been dropped.
15. To completely disconnect this apparatus from the AC mains, disconnect the power supply
cord plug from the AC receptacle.
16. WARNING: To reduce the risk of fire or electric shock, do not expose this apparatus to rain
or moisture.
17. Do not expose this equipment to dripping or splashing and ensure that no objects filled
with liquids, such as vases, are placed on the equipment.
18. The mains plug of the power supply cord shall remain readily operable.
Hazard warnings on the rear of the transmitter
The label shown on the left is attached to the rear of the transmitter. The symbols on this
label have the following meaning:
This symbol is intended to alert the user to the presence of uninsulated dangerous voltage
within the transmitter’s enclosure that may be of sufficient magnitude to constitute risk of
fire or electric shock.
2
Important safety instructions
This symbol is intended to alert the user to the risk of electric shock if the transmitter is
opened. There are no user serviceable parts inside. Refer servicing to qualified personnel only.
This symbol is intended to indicate the presence of important operating and maintenance
instructions in the literature accompanying this transmitter.
Overloading
Do not overload wall outlets and extension cables as this may result in fire and electric shock.
Replacement parts
When replacement parts are required, be sure the service technician uses replacement parts
specified by Sennheiser or those having the same characteristics as the original part.
Unauthorized substitutions may result in fire, electric shock, or other hazards.
Safety check
Upon completion of any service or repairs to this device, ask the service technician to perform
safety checks to determine that the device is in safe operating order.
Danger of hearing damage due to high volumes
This is a professional transmitter. Commercial use is subject to the rules and regulations of
the trade association responsible. Sennheiser, as the manufacturer, is therefore obliged to
expressly point out possible health risks arising from use.
This transmitter is capable of producing sound pressure exceeding 85 dB(A). 85 dB(A) is the
sound pressure corresponding to the maximum permissible volume which is by law (in some
countries) allowed to affect your hearing for the duration of a working day. It is used as a
basis according to the specifications of industrial medicine. Higher volumes or longer
durations can damage your hearing. At higher volumes, the duration must be shortened in
order to prevent hearing damage. The following are sure signs that you have been subjected
to excessive noise for too long a time:
• You can hear ringing or whistling sounds in your ears.
• You have the impression (even for a short time only) that you can no longer hear high
notes.
Intended use
Intended use of the SR 2000 IEM and SR 2050 IEM transmitters includes:
• having read these instructions, especially the chapter “Important safety instructions” on
page 2,
• using the device within the operating conditions and limitations described in this
instruction manual.
“Improper use” means using the device other than as described in these instructions, or
under operating conditions which differ from those described herein.
3
The SR 2000 IEM and SR 2050 IEM transmitters
The SR 2000 IEM and SR 2050 IEM transmitters
With the SR 2000 IEM and SR 2050 IEM 2-channel/stereo monitoring transmitters,
musicians, video and sound amateurs, reporters/broadcasters, etc. can directly monitor the
received sound signals without troublesome cables or monitor speakers being required. In
addition, the transmitters can also be used for any application where talkback signals are to
be transmitted.
Features of the SR 2000 IEM and SR 2050 IEM transmitters:
• Optimized PLL synthesizer and microprocessor technology
•Stereo/mono selection
• HDX noise reduction system
• Switching bandwidth of up to 75 MHz
• Safe configuration of a multi-channel system using the WSM
• Easy setup of a multi-channel system using the Easy Setup Sync function
The frequency bank system
The transmitters are available in 5 UHF frequency ranges with up to 3,000 transmission
frequencies per frequency range:
Aw:
Range
558 – 626
Range
516 – 558
500 600 700 800
Gw:
Range Bw:
626 – 698
Range
Cw:
718 – 790
Range Dw:
790 – 865
Each frequency range (Aw–Dw, Gw) offers 26 frequency banks with up to 32 channels each:
Channel 1 – frequency preset
Channel 2 – frequency preset
Frequency bank 1 ... 20
Channel 32 – frequency preset
Channel 1 – freely selectable frequency
Channel 2 – freely selectable frequency
Frequency bank U1 ... U6
Channel 32 – freely selectable frequency
4
Delivery includes
Each of the channels in the frequency banks “1” to “20” has been factory-preset to a fixed
transmission frequency (frequency preset). The factory-preset frequencies within one
frequency bank are intermodulation-free. These frequencies cannot be changed.
For an overview of the frequency presets, please refer to the supplied frequency information
sheet. Updated versions of the frequency information sheet can be downloaded from the
corresponding product page on our website at www.sennheiser.com.
The frequency banks “U1” to “U6” allow you to freely select and store transmission
frequencies. It might be that these transmission frequencies are not intermodulation-free
(see page 30).
Areas of application
The transmitters can be combined with the EK 2000 IEM receiver. For more information, visit
our website at www.sennheiser.com.
This receiver is available in the same UHF frequency ranges and is equipped with the same
frequency bank system with factory-preset frequencies. An advantage of the factory-preset
frequencies is that
• a transmission system is ready for immediate use after switch-on,
• several transmission systems can be operated simultaneously on the preset frequencies
without causing intermodulation interference.
Delivery includes
The packaging contains the following items:
1 SR 2000 IEM transmitter or 1 SR 2050 IEM twin transmitter
3 mains cables (with EU, UK and US plug)
1 rod antenna (SR 2000 IEM) or 2 rod antennas (SR 2050 IEM)
1 instruction manual
1 frequency information sheet
1 RF licensing information sheet
4 self-adhesive device feet
5
Product overview
Product overview
Overview of the SR 2000 IEM/SR 2050 IEM transmitter
The SR 2050 IEM twin transmitter has the same operating elements as the SR 2000 IEM transmitter. All
information contained in this instruction manual refers to both transmitters.
SR 2050 IEM
A
B
SR 2000 IEM
A
B
A B
Operating elements – front panel Operating elements – rear panel
Rack mount “ear”
Headphone output, ¼” (6.3 mm) jack socket ( )
Headphone volume control
button, backlit
Infra-red interface
Display panel, backlit in orange
Jog dial
STANDBY button
operation indication (red backlighting)
ESC function (cancel)
PEAK
PEAK
B.Ch: 5.14
0
0
-10
-10
525.300
-20
-20
-30
-30
EQ
-40
-40
Standard -18dB
AF I
AF II
100 - 240V
50/60Hz 0.2A ETHERNET RJ-45
B
L(I)
100 - 240V
50/60Hz 0.2A ETHERNET RJ-45
B
L(I)
Loop Out B
+22dBu
Loop Out
+22dBu
**2050**
MHz
BAL
MAX
BAL
MAX
Stereo Transmitter SR 2050 IEM
FREQ RANGE-Dw
790-865 mHz
ART NO 627945
SER NO 251810043
ANT B
Stereo Transmitter SR 2050 IEM
IC 2099A-SR20x0
DESIGNED AND MADE IN GERMANY
B
RF OUT
ETHERNET RJ-45
PUSH
PUSH
BAL
AF IN B
L(I)
+ 22dBu MAX
R(II)
R(II)
PEAK
PEAK
0
0
-10
-10
-20
-20
-30
-30
-40
-40
AF I
AF II
Loop Out A
BAL
+22dBu
MAX
L(I)
B.Ch: 5.14
525.300
EQ
Standard -18dB
R(II)
PEAK
PEAK
Stereo Transmitter SR 2000 IEM
FREQ RANGE-Dw
790-865 mHz
ART NO 503841
SER NO 2518100095
ANT
IC 2099A-SR20x0
DESIGNED AND MADE IN GERMANY
RF OUT
Stereo Transmitter SR 2000 IEM
PUSH
PUSH
BAL
AF IN
L(I)
+ 22dBu MAX
R(II)
R(II)
B.Ch: 5.14
0
0
-10
-10
-20
-20
-30
-30
EQ
-40
-40
Standard -18dB
AF I
AF II
525.300
3-pin mains socket
Cable grip for power supply DC cable
LED (yellow) for network activity indication*
LAN socket (ETHERNET RJ-45)*
Audio output left (LOOP OUT BAL L (I)),
¼” (6.3 mm) jack socket*
Audio output right (LOOP OUT BAL R (II)),
¼” (6.3 mm) jack socket*
Audio input left (BAL AF IN L (I)),
¼” (6.3 mm) jack/XLR-3 combo socket*
**2050**
PUSH
L(I)
**2000**
MHz
PUSH
ANT A
BAL
AF IN A
+ 22dBu MAX
RF OUT
R(II)
MHz
Audio input right (BAL AF IN R (II)),
During mono operation, the signal from the left audio
input (¼” (6.3 mm) jack/XLR-3 combo socket
) is
transmitted.
¼” (6.3 mm) jack/XLR-3 combo socket*
Type plate
Antenna output (RF OUT), BNC socket*
* These operating elements are available twice on the SR 2050 IEM twin transmitter and are labeled A and B respectively.
A designates the left-hand transmitter, B the right-hand one (seen from the front).
6
Overview of the displays
After switch-on, the transmitter displays the standard display.
Product overview
PEAK
0
-10
-20
-30
-40
AF I
28
Display Meaning
Audio level
“AF I” and “AF II”
(Audio Frequency)
Frequency bank and
channel
Frequency Current transmission frequency
Name Freely selectable name of the transmitter
Transmission icon RF signal is being transmitted
Transmission power Current transmission power
Equalizer setting Current equalizer setting
Input sensitivity Current input sensitivity for the audio signal available at
Lock mode icon Lock mode is activated (see page 14)
PEAK
B.Ch: 5.14
0
-10
-20
-30
-40
AF II
552.300
EQ
Standard -18dB
PEAK
Current frequency bank and channel number
the audio input sockets BAL AF IN L (I)
and BAL AF IN R (II) .
햴
**2050**
MHz
PEAK
0
-10
-20
-30
-40
AF I
0
-10
-20
-30
-40
AF II
Modulation of the left (AF I) and right
(AF II) audio channel with peak hold
function
When the transmitter is overmodulated
frequently or for extended periods of
time, the “PEAK” display is shown
inverted. In addition, the display
backlighting changes from orange to red
and “AF PEAK” flashes in alternation with
the standard display.
During mono operation, only the “AF I”
display is shown.
7
Putting the transmitter into operation
A
0
0
0
0
0
Putting the transmitter into operation
Setting up the transmitter on a flat surface
Do not fit the device feet when mounting the transmitter into a 19" rack.
왘 Clean the base of the transmitter where you want to fix the device feet.
왘 Fit the device feet to the four corners of the transmitter.
왘 Place the transmitter on a flat, horizontal surface. Please note that the device feet can
leave stains on delicate surfaces.
Mounting the transmitter into a 19" rack
CAUTION! Risks when rack mounting the transmitter!
When installing the device in a closed or multi-rack assembly, please consider that, during
operation, the ambient temperature, the mechanical loading and the electrical potentials will
be different from those of devices which are not mounted into a rack.
왘 Make sure that the ambient temperature within the rack does not exceed the permissible
temperature limit specified in the specifications.
왘 If necessary, provide additional ventilation.
왘 Make sure that the mechanical loading of the rack is even.
왘 When connecting to the power supply, observe the information indicated on the type
plate. Avoid circuit overloading. If necessary, provide overcurrent protection.
왘 When rack mounting, please note that intrinsically harmless leakage currents of the
individual mains units may accumulate, thereby exceeding the allowable limit value. As a
remedy, ground the rack via an additional ground connection.
왘 Slide the transmitter into the 19" rack.
왘 Secure the rack mount “ears” to the rack using four screws (not included in the
delivery).
PEAK
PE
0
-10
-1
-20
-2
-3
-30
-4
-40
AF I
AF
Connecting the antennas
You have the following options:
• For professional use, we recommend connecting a remote antenna and, if necessary, using
Sennheiser antenna accessories (see next section and the chapter “Connecting several
transmitters to a remote antenna” on page 9).
• If the transmitter is to be put into operation without a large amount of installation work,
you can:
– connect the supplied rod antenna to the rear of the transmitter (see page 9) or
– use the optional GA 3030 AM antenna front mount kit (see page 9).
8
Putting the transmitter into operation
Connecting and positioning a remote antenna
Use a remote antenna when the transmitter position is not the best antenna position for
optimum transmission. You can choose between two antennas (see “Accessories” on
page 34):
• A 2003 UHF passive directional broadband antenna
• A 1031 passive omni-directional broadband antenna
왘 Use a low-attenuation 50-Ω cable to connect the antenna to the transmitter.
왘 If possible, use a short antenna cable and as little connections as possible, since long
cables and many connectors lead to an attenuation of the antenna signal.
왘 Position the antenna in the same room in which the transmission takes place.
왘 Observe a minimum distance of 1 m between the antenna and metal objects (including
reinforced concrete walls).
You can connect several transmitters to the same remote antenna (see next section).
Connecting several transmitters to a remote antenna
To make multi-channel systems, you should use the AC 3200 antenna combiner (optional
accessory). The AC 3200 allows you to operate up to eight transmitters with a single antenna
without virtually any intermodulation.
왘 Connect the AC 3200 antenna combiner to the BNC socket .
Connecting the rod antenna to the rear of the transmitter
The supplied rod antenna is suitable for all applications where the transmitter is to be put
into operation without a large amount of installation work.
왘 Connect the rod antenna to the BNC socket .
Mounting the antennas to the front of the transmitter
To mount the antenna connections to the front of the transmitter, you require the
GA 3030 AM antenna front mount kit (optional accessory). The GA 3030 AM consists of:
9
Putting the transmitter into operation
• 2 BNC extension cables (screw-in BNC socket to BNC connector ),
• 2 antenna holders ,
•4 screws,
•2 washers ,
4
1
•2 nuts .
왘 Guide the BNC connector of the BNC extension cable through the hole in the rack mount
“ear” .
왘 Connect the BNC connector to the antenna output .
왘 Screw the antenna holder to the BNC socket using the supplied washer and
nut .
왘 Secure the antenna holder to the rack mount “ear” of the transmitter using two of
the supplied screws.
If you are using the SR 2050 IEM twin transmitter:
왘 Mount the second BNC extension cable in the same way.
10
1
왘 Slide the transmitter into the 19" rack.
s
PUSH
PUSH
L(I)
AF IN
+ 22dBu MAX
FREQ RANGE-Dw
790-865 mHz
ART NO 503841
SER NO 2518100095
ANT
BAL
R(II)
IC 2099A-SR20x0
DESIGNED AND MADE IN GERM
RF OUT
Putting the transmitter into operation
왘 Connect the rod antennas to the two BNC sockets .
Connecting an audio source to the input sockets
Stereo Tran
왘 Use a suitable cable to connect the output of the audio source (e.g. mixing console) to the
¼” (6.3 mm) jack/XLR-3 combo socket BAL AF IN L (I) and/or BAL AF IN R (II) .
왘 Adjust the output level of your audio source.
왘 Via the operating menu, adjust the transmitter’s input sensitivity. The input sensitivity is
adjusted via the “Sensitivity” menu item and is common for both inputs (see page 22).
You can connect several transmitters to the same audio source (see next chapter).
Daisy chaining audio signals
You can transmit the same audio signal (e.g. the sum of all audio channels of a mixing
console) to several receivers of a multi-channel system. To do so, you have to daisy chain this
audio signal from one transmitter to the next via the output sockets LOOP OUT BAL L (I)
or LOOP OUT BAL R (II) . The audio signal is then transmitted by all transmitters on one of
the two channels L (I) or R (II). The second channel allows you to transmit an individual audio
signal (e.g. the instrument of a musician). Using the balance setting on the receiver, you can
then adjust the relative levels of the sum of all audio channels and the individual audio signal.
For this, the transmitter has to be set to stereo mode and the receiver to Focus mode.
To daisy chain an audio signal from one transmitter to the next:
왘 Route a signal from the audio source to the input socket (in this example:
BAL AF IN R(II) ) of transmitter A.
Stereo Transmitter SR 2000 IEM
PUSH
PUSH
100 - 240V
50/60Hz 0.2A ETHERNET RJ-45
100 - 240V
50/60Hz 0.2A ETHERNET RJ-45
100 - 240V
50/60Hz 0.2A ETHERNET RJ-45
SER NO 251810043
Loop Out B
ANT B
BAL
B
L(I)
B
L(I)
B
L(I)
B
+22dBu
BAL
MAX
AF IN B
L(I)
R(II)
L(I)
+ 22dBu MAX
R(II)
ETHERNET RJ-45
RF OUT
Stereo Transmitter SR 2000 IEM
PUSH
PUSH
FREQ RANGE-Dw
FMO
FREQ RANGE-Dw
IC 2099A-SR20x0
790-865 mHz
IC 2099A-SR20x0
790-865 mHz
ART NO 503841
ART NO 627945
DESIGNED AND MADE IN GERMANY
DESIGNED AND MADE IN GERMANY
SER NO 2518100095
SER NO 251810043
Loop Out B
ANT B
BAL
B
+22dBu
BAL
MAX
AF IN B
L(I)
R(II)
L(I)
+ 22dBu MAX
R(II)
ETHERNET RJ-45
RF OUT
Stereo Transmitter SR 2000 IEM
PUSH
PUSH
FREQ RANGE-Dw
FMO
FREQ RANGE-Dw
IC 2099A-SR20x0
790-865 mHz
IC 2099A-SR20x0
790-865 mHz
ART NO 503841
ART NO 627945
DESIGNED AND MADE IN GERMANY
DESIGNED AND MADE IN GERMANY
SER NO 2518100095
SER NO 251810043
Loop Out B
ANT B
BAL
B
+22dBu
BAL
MAX
AF IN B
L(I)
R(II)
L(I)
+ 22dBu MAX
R(II)
ETHERNET RJ-45
RF OUT
ANT A
Loop Out A
BAL
+22dBu
BAL
MAX
AF IN A
L(I)
R(II)
RF OUT
R(II)
L(I)
+ 22dBu MAX
A
PUSH
ANT A
Loop Out A
BAL
+22dBu
BAL
MAX
AF IN A
L(I)
R(II)
RF OUT
R(II)
L(I)
+ 22dBu MAX
B
PUSH
ANT A
Loop Out A
BAL
+22dBu
BAL
MAX
AF IN A
L(I)
R(II)
RF OUT
R(II)
L(I)
+ 22dBu MAX
C
100 - 240V
50/60Hz 0.2A ETHERNET RJ-45
100 - 240V
50/60Hz 0.2A ETHERNET RJ-45
100 - 240V
50/60Hz 0.2A ETHERNET RJ-45
PUSH
Stereo Transmitter SR 2000 IEM
PUSH
PUSH
FMO
FREQ RANGE-Dw
FMO
FREQ RANGE-Dw
IC 2099A-SR20x0
790-865 mHz
IC 2099A-SR20x0
790-865 mHz
ART NO 503841
ART NO 627945
DESIGNED AND MADE IN GERMANY
DESIGNED AND MADE IN GERMANY
SER NO 2518100095
FREQ RANGE-Dw
IC 2099A-SR20x0
790-865 mHz
ART NO 503841
DESIGNED AND MADE IN GERMANY
SER NO 2518100095
Loop Out
ANT
BAL
B
+22dBu
BAL
MAX
AF IN
L(I)
L(I)
+ 22dBu MAX
R(II)
R(II)
RF OUT
Stereo Transmitter SR 2000 IEM
PUSH
PUSH
FREQ RANGE-Dw
IC 2099A-SR20x0
790-865 mHz
ART NO 503841
DESIGNED AND MADE IN GERMANY
SER NO 2518100095
Loop Out
ANT
BAL
B
+22dBu
BAL
MAX
AF IN
L(I)
L(I)
+ 22dBu MAX
R(II)
R(II)
RF OUT
Stereo Transmitter SR 2000 IEM
PUSH
PUSH
FREQ RANGE-Dw
IC 2099A-SR20x0
790-865 mHz
ART NO 503841
DESIGNED AND MADE IN GERMANY
SER NO 2518100095
Loop Out
ANT
BAL
B
+22dBu
BAL
MAX
AF IN
L(I)
L(I)
+ 22dBu MAX
R(II)
R(II)
RF OUT
A
B
C
11
Putting the transmitter into operation
왘 Connect the output socket LOOP OUT BAL R(II) of transmitter A to the input socket
BAL AF IN R(II) of transmitter B.
왘 Connect the output socket LOOP OUT BAL R(II) of transmitter B to the input socket
BAL AF IN R(II) of transmitter C.
왘 Repeat for the other transmitters.
Connecting devices to the output sockets
Stereo Transmitter SR 2000 IEM
FREQ RANGE-Dw
FREQ RANGE-Dw
790-865 mHz
790-865 mHz
ART NO 503841
ART NO 627945
SER NO 2518100095
SER NO 251810043
ANT B
FMO
IC 2099A-SR20x0
IC 2099A-SR20x0
DESIGNED AND MADE IN GERMANY
DESIGNED AND MADE IN GERMANY
RF OUT
B
ETHERNET RJ-45
Loop Out A
+22dBu
L(I)
왘 Use a suitable cable to connect the audio input of a device (e.g. a mixing console or an
BAL
MAX
R(II)
additional SR 2000 IEM or SR 2050 IEM) to the output socket LOOP OUT BAL L (I) and/
or LOOP OUT BAL R (II) (see also preceding chapter).
Connecting transmitters in a network
You can connect several transmitters in a network. The transmitters are remote controlled via
a PC running the “Wireless Systems Manager” (WSM) software. This software will assist in
the quick and safe configuration of multi-channel systems.
The AF output sockets LOOP OUT BAL L(I) and/or LOOP OUT BAL R(II) will work
only when the transmitter is switched on and powered.
The signal received from the AF input sockets BAL AF IN L(I) and BAL AF IN R(II)
is actively buffered and then routed to the output sockets LOOP OUT BAL L(I)
and LOOP OUT BAL R(II) . The AF output sockets will therefore work only when the
transmitter is switched on and powered.
12
The “Wireless Systems Manager” (WSM) software can be downloaded from our
website at www.sennheiser.com.
Stereo Transmitter SR 2000 IEM
FREQ RANGE-Dw
FMO
FREQ RANGE-Dw
790-865 mHz
790-865 mHz
ART NO 503841
ART NO 627945
SER NO 2518100095
SER NO 251810043
ANT B
IC 2099A-SR20x0
IC 2099A-SR20x0
DESIGNED AND MADE IN GERMANY
DESIGNED AND MADE IN GERMANY
RF OUT
ETHERNET RJ-45
Loop Out A
L(I)
왘 Connect a standard network cable (at least Cat 5) to the LAN socket of the transmitter.
BAL
왘 Connect your transmitters to an Ethernet switch.
+22dBu
MAX
R(II)
왘 Connect a PC to the Ethernet switch.
When a transmitter is properly connected to the Ethernet switch or the PC, the yellow
LED at the rear of the transmitter lights up.
For further information on network operation using the WSM, refer to page 30.
Connecting the mains cable
CAUTION! Damage due to electric current!
If you connect the transmitter to an unsuitable power supply, this can cause damage to the
device.
왘 Use the supplied mains cable to connect the transmitter to the mains (100 to 240 V AC,
50 or 60 Hz).
왘 Ensure a reliable mains ground connection of the transmitter – especially when you are
using multi-outlet power strips or extension cables.
Loading...