QUICK SETUP GUIDE FOR THE SHURE UC WIRELESS SYSTEM

UC4 Receiver Setup

1.Plug the dc power supply into the power connector on the back of the receiver. Connect the other end of the power supply into an electrical outlet. (This power supply is for indoor use only.)

2.Attach the two antennas to the ANTENNA IN BNC connectors.

3.Connect audio cable(s) from the UC4 audio output(s) into the audio input(s) of the mixer and/or amplifier.

4.If you are using a handheld microphone system or lavalier microphone system, move the receiver MIC/LINE switch to the MIC position. If you are using an instrument system, move the MIC/LINE switch to the LINE position. Make sure the receiver settings match the input settings on the mixer.

5.Turn the receiver on.

Note: If you encounter RF interference, change the Group and Channel setting using the supplied screwdriver. Re- fer to the supplement for additional frequency information.

6. Set the OUTPUT LEVEL CONTROL to maximum (fully clockwise).

UC1/UC2 Transmitter Setup

1.Open the battery cover and insert a fresh 9V alkaline battery.

2.Make sure the transmitter Group and Channel settings match those of the receiver. If they do not, use a screwdriver to rotate the Group and Channel switches clockwise to increase the setting or counterclockwise to decrease the setting.

3.If you are using a UC1 transmitter with a lavalier microphone, make sure the Attenuator switch is set to the 0 dB position. If you are using a UC1 transmitter with an instrument adapter cable, set the Attenuator switch to the ???20 dB position.

4.Close the battery cover.

System Operation

1.Turn the transmitter on and speak into the microphone or play your instrument. The RF and audio LEDs on the receiver should illuminate, indicating that it is receiving the transmitter signal.

2.Adjust the transmitter gain until the yellow LEDs on the receiver light up as you speak into the microphone or play your instrument. The red LEDs should light up when you speak or play your instrument loudly.

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1

2

3

7

8

UC2 HAND???HELD TRANSMITTER FEATURES AND CONTROLS

FIGURE 3

UC2 TRANSMITTER FEATURES AND CONTROLS

1.Grille. Protects the microphone cartridge and helps reduce breath sounds and wind noise. The grilles for the vari- ous microphone heads differ in appearance.

2.Power Indicator/Battery Fuel Gauge. When the UC2 is turned on, one of three LEDs will glow, indicating that power is on and the amount of battery life remaining. Refer to the ???Checking Transmitter Battery??? paragraph for more information on battery life.

3.Power Switch. Turns the transmitter on and off.

4.Audio Gain Control. Changes the audio level to accommodate various sound sources (e.g. singing or speaking). Use the supplied screwdriver (Xcelite R3322 or equivalent) to make adjustments. Refer to the ???Adjusting the Trans- mitter Gain Level??? paragraph.

5.Group Setting Control (Red Switch). Rotating this switch clockwise advances the Group setting. Rotating it coun- terclockwise decreases the Group setting. Use the supplied screwdriver (Xcelite R3322 or equivalent) to change the setting.

6.Channel Setting Control (Green Switch). Rotating this switch clockwise advances the Channel setting. Rotating it counterclockwise decreases the Channel setting. Use the supplied screwdriver (Xcelite R3322 or equivalent) to make adjustments.

7.9 V Battery. Provides power to the transmitter and microphone.

8.Battery Cover. Unscrews to expose battery and Group, Channel, Gain, and Attenuation controls.

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1

A B

2

12

UC4 RECEIVER CONTROLS AND INDICATORS

FIGURE 4

UC4 RECEIVER CONTROLS AND CONNECTORS

1.A/B Diversity Signal Indicators. Indicate presence of received RF signal and diversity status.

2.Squelch Control. Sets the point at which the receiver ???mutes??? when the transmitter signal becomes noisy, weak, or fails. This control is factory-set at the 12 o???clock position.

3.RF Level Indicators. Indicate RF signal strength. The more LEDs that glow, the stronger the received signal. If none of these LEDs glow, no signal is being received.

4.Audio Level Indicators. Indicate transmitted audio signal strength. Green indicates normal operation. Amber indicates approaching overload condition. Red indicates excessive audio levels.

5.Low Transmitter Battery Level Warning Indicator. This LED glows when the transmitter battery level is low. Refer to the ???Checking Transmitter Batteries??? section.

6.Group Setting Control. Rotate this switch clockwise to advance the Group setting, or rotate it counterclockwise to decrease the setting. Use the supplied screwdriver to make adjustments.

7.Group/Channel Display. Indicates the current Group and Channel settings.

8.Channel Setting Control. Rotate this switch clockwise to advance the Channel setting, or rotate it counterclock- wise to decrease the setting. Use the supplied screwdriver to make adjustments.

9.Low Frequency Cut and High Frequency Shelving Equalization Controls. Adjustable low???frequency roll off (high pass) reduces undesirable low???frequency signals. The level boost or cut in the mid to high???frequency region compensates for off???axis lavalier microphones and adjusts the sibilance of vocal microphones.

10.Audio Output Control. Adjusts the receiver output level to match the required input levels of a mixer or amplifier. Normally, this control is set fully clockwise.

11. Power On/Off Switch. Turns the receiver on and off.

12.Power Connector. Accepts power from the supplied AC adapter, or from any filtered 15???18 Vdc (600 mA minimum) supply. It also accepts the dc power cord from a Shure UA845 Antenna Distribution System.

13.Low Z (balanced) Output Connector. XLR connector provides balanced low???impedance mic level or line level output.

14.Mic/Line Slide Switch. Controls output of balanced XLR connector. It can be set for microphone (???14 dBu) or line??? level (+16 dBu).

15.High Z (unbalanced) Output Connector. This 1/4 inch phone jack provides unbalanced high impedance auxiliary level output.

16.TTL Logic Output Terminal. This ???Phoenix Style??? connector lets you control external devices based on the status of the UC System.

17.Antenna Input Connectors. BNC???type connectors provide connection to the supplied antennas or to the coaxial cable used with a distribution amplifier.

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RECEIVER CABLE CONNECTIONS

1.Connect the receiver output to the mixer or amplifier input, using a standard audio cable with a female 3???pin XLR connector or 1/4??? phone plug. Refer to Figure 5.

2.Connect the AC power adapter to the POWER jack on the rear panel of the receiver.

3.Plug the AC adapter into an AC power source.

AUDIO MIXER

DC POWER

SUPPLY

AC POWER

SOURCE

TYPICAL UC4 RECEIVER CABLING CONFIGURATION

FIGURE 5

NOTE: If a receiver is rack mounted, RF performance can be improved by remotely locating the antennas. Diversity performance can be improved by placing one or both antennas at a remote location and separating them by at least 1.5 meters (60 in.). Use UA825 or UA850 Extension Cable kits or other low???loss cable (RG8 or equivalent) with remote antennas. Do not use the supplied 1/4 wave antennas at remote locations. Use only UA820A 1/2 wave an- tennas for remote installation.

TRANSMITTER SETUP

Checking the Transmitter Battery

Turn the transmitter ON/OFF switch to the ON position and verify that one of the LEDs glow. The amount of battery life remaining is indicated by which LED is lit, as shown in the following table:

*Estimated operating time assumes the use of a fresh 9V alkaline battery.

NOTE: If extended performance time is required, use an Ultralife 9V lithium battery, which can last more than twice as long as an alkaline battery. A rechargeable 8.4V nicad battery will cause the indicators to change more quickly than if a 9V alkaline battery is used. Carbon-zinc and zinc-chloride batteries will not provide adequate power and are not recommended. Actual times depend on the type and brand of battery used.

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Changing the UC1 Transmitter Battery

1.Make sure the transmitter power ON/OFF switch is in the OFF position.

2.Open the transmitter battery compartment by squeezing the two tabs on either side of the transmitter. Then flip the battery cover down. Refer to Figure 6.

3.Lift up on the edge of the battery remove it.

4.Insert a new 9V battery in the compartment. Maintain proper battery polarity (???+/??????).

CHANGING THE UC1 TRANSMITTER BATTERY

FIGURE 6

Changing the UC2 Transmitter Battery

1.Make sure the transmitter power ON/OFF switch is in the OFF position.

2.Unscrew the battery cover.

3.Pull down on the old battery and remove it. Refer to Figure 7.

4.Install a fresh 9V alkaline battery. Make sure the battery terminals match the terminals in the transmitter. Screw the battery cover back into place.

CHANGING THE UC2 TRANSMITTER BATTERY

FIGURE 7

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OPERATING THE UC1 BODY???PACK SYSTEM

1.Clip the UC1 body???pack transmitter to your belt, waistband, or guitar strap.

2.Connect the lavalier microphone, headset microphone, WM98 microphone, or instrument adapter cable to the UC1 transmitter, as shown in Figure 8.

MICROPHONE CABLE OR

INSTRUMENT ADAPTER CABLE

CONNECTING A MICROPHONE OR INSTRUMENT ADAPTER CABLE TO THE UC1 TRANSMITTER

FIGURE 8

3.If you are using a lavalier microphone, clip it to your tie, lapel, or other garment. For best results, the microphone should be 15 to 20 cm (6 to 8 in.) below your chin.

4.If you are using an instrument adapter cable, plug it into the instrument.

5.If you are using a WM98 condenser mic, install it onto the Shure A98KCS Horn Mount assembly attached to the bell of your horn. Refer to Figure 9.

6.Slide the transmitter ON/OFF switch to the ON position. One of the three transmitter LEDs will glow. If none of the LEDs glow, change the battery.

7.Turn the receiver on by pushing the ON button. The receiver LED display and RF LEDs will glow.

8.Make sure the transmitter and receiver are tuned to the same Group and Channel. If necessary, change the settings on either the transmitter or receiver.

9.Begin speaking or playing your instrument. Rotate the OUTPUT LEVEL knob on the receiver as necessary to achieve desired receiver output levels. (This does not affect the audio LED status.)

NOTE: If the red PEAK LEDs on the receiver do not flicker during the loudest sounds, or if they are always on, the transmitter gain may need to be increased or decreased. Refer to the ???Adjusting the Transmitter Audio Gain Level??? paragraph. If the system still does not operate properly, consult the ???Troubleshooting??? table included in this manual.

10.When the performance or presentation is over, slide the transmitter ON/OFF switch to the OFF position to conserve battery power.

LAVALIER

MIC

WA302 INSTRUMENT

ADAPTER CABLE

OPERATING THE BODY???PACK SYSTEM

FIGURE 9

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OPERATING THE UC2 HAND-HELD SYSTEM

1.Slide the transmitter power ON/OFF switch to the ON position. One of the three transmitter LEDs will glow. If none of the LEDs glow, change the battery.

2.Turn the receiver on by pushing the ON button. The receiver LED display and RF LEDs will glow.

3.Make sure the transmitter and receiver are tuned to the same Group and Channel. If necessary, change the settings on either the transmitter or receiver.

4.Begin speaking or singing into the microphone. Rotate the OUTPUT LEVEL knob on the receiver as necessary to achieve the desired receiver output level. (This does not affect the audio LED status.) See Figure 10.

NOTE: If the red PEAK LEDs on the receiver do not flicker during the loudest sounds, or if they are always on, the transmitter gain may need to be increased or decreased. Refer to the ???Adjusting the Transmitter Audio Gain Level??? paragraph. If the system still does not operate properly, consult the ???Troubleshooting??? table.

5.When the performance or presentation is over, slide the transmitter ON/OFF switch to the OFF position to conserve battery power.

OPERATING THE HANDHELD SYSTEM

FIGURE 10

CHANGING THE TRANSMITTER SETTINGS

Adjusting the Transmitter Gain Level

The transmitter audio gain level has been factory preset to provide satisfactory output in most applications. Howev- er, for loud singers or high???output musical instruments, the preset level may be too high, as indicated by constant glow of the red audio LED on the receiver. Soft spoken talkers or singers may find that the factory setting is too low, as indi- cated by the failure of the amber audio level LED on the receiver to glow at all.

To adjust audio gain, open the battery compartment and locate the transmitter audio gain control. Use the supplied screwdriver to make adjustments. See Figure 11.

For high sound pressure level applications, such as loud singing or playing, decrease audio gain level by rotating the gain control counterclockwise (while the microphone is in use) until the red audio level LEDs on the receiver flickers during the loudest sounds.

For low sound pressure level applications, such as soft singing or playing, increase audio gain level by rotating the gain control clockwise until the red audio level LEDs on the receiver flickers during the loudest sounds.

NOTE: For guitar applications, the minimum setting (full counterclockwise) is recommended. If you are using the Shure WH10TQG headset, rotate the gain control to the fully clockwise position. Then, if necessary, rotate it back slightly.

DECREASE GAIN

DECREASE GAIN

INCREASE GAIN

INCREASE GAIN

ADJUSTING THE TRANSMITTER GAIN LEVEL

FIGURE 11

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Changing the Transmitter Group/Channel Settings

1.Turn the transmitter off and open the battery compartment to expose the GROUP and CHANNEL switches. Refer to Figure12 below.

2.Using the supplied screwdriver, rotate the GROUP switch until the desired setting is reached. Then rotate the CHANNEL switch until the the desired setting is reached.

IMPORTANT: Transmitter GROUP and CHANNEL settings must match receiver GROUP and CHANNEL settings.

CHANGING THE TRANSMITTER GROUP/CHANNEL SETTINGS

FIGURE 12

Activating the UC1 Attenuator Switch

When using the UC1 transmitter with high output devices such as electric guitar or brass instruments, set the Attenu- ator switch to the ???20 dB position. This will provide additional headroom and prevent unwanted clipping and distortion. See Figure 13 below.

0

???20

ATTENUATOR

SWITCH

ACTIVATING THE UC1 TRANSMITTER ATTENUATION SWITCH

FIGURE 13

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CHANGING RECEIVER SETTINGS

The receiver display identifies the operating frequency by Group and Channel. The character on the left represents the Group setting and the character on the right represents the Channel setting. Groups are preconfigured sets of frequencies or channels that work well together. A complete list of compatible Groups and Channels is included in the separate UC Wireless Frequency Compatibility Guide.

Changing the Receiver Group Setting

To advance the receiver Group setting, rotate the Group switch clockwise, using the supplied screwdriver. Rotate the switch counterclockwise to decrease the setting. The display will indicate the change. See Figure 14.

NOTE: A dash mark (??????) indicates an unavailable Group.

CHANGING THE UC4 RECEIVER GROUP SETTING

FIGURE 14

Changing the Receiver Channel Setting

Using the supplied screwdriver, rotate the Channel switch clockwise to increase the setting. Rotate it counterclock- wise to decrease the setting. The display will indicate the change. See Figure 15.

NOTE: A dash mark (??????) indicates an unavailable Channel.

CHANGING THE UC4 RECEIVER CHANNEL SETTING

FIGURE 15

Adjusting the Receiver Squelch Setting

The receiver squelch control is factory preset at the 12 o???clock position for optimum performance. Normally, no fur- ther adjustment is required. However, it is possible to adjust the squelch control to improve either signal quality or in- crease system range.

To raise the squelch threshold, rotate the control clockwise. This causes the receiver to demand a higher quality signal (less noise before muting), but it reduces operating range. See Figure 16.

To lower the squelch threshold, rotate the control counterclockwise. This allows a lower quality signal through (more noise before muting), but it extends the operating range. See Figure 16.

ADJUSTING THE UC4 RECEIVER SQUELCH SETTING

FIGURE 16

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Adjusting the Equalizer Setting

The UC4 receiver incorporates a two band equalizer to help adjust the sound of the wireless system to match that of other wired and wireless products in an installation. See Figure 17.

ADJUSTING THE UC4 RECEIVER EQUALIZER SETTING

FIGURE 17

Adjusting the Low???Cut Filter (High Pass)

The low???cut (or high???pass) filter allows all frequencies above its cutoff point to pass from filter input to filter output without attenuation, while frequencies below its cutoff point are attenuated. See Figure 18. The cutoff point is defined as the frequency at which the signal has dropped 3 dB relative to the flat bandpass region. Below the cutoff point, the filter exhibits increasingly more attenuation as the frequency level drops. The rate at which this attenuation occurs is expressed in decibels per octave (dB/oct). The UC4 Receiver has a one???pole, low???cut filter of 6 dB per octave.

Low???cut filters are used to attenuate the audio signal when low frequency noise or excessive proximity effect is pres- ent. For example, the low???frequency vibration caused by wind, footsteps, and vehicular traffic can be transmitted through microphone stands to the microphone, and from there to the sound system. These low frequencies, typically ranging from 5 to 80 Hz, are generally not desirable.

FREQUENCY (Hz)

ADJUSTING THE LOW CUT FILTER

FIGURE 18

Adjusting for High???Frequency Shelving

The fixed frequency equalizer produces a 6 dB boost or cut at 5 kHz and above. See Figure 19. High???frequency shelving is extremely useful for boosting flat frequency response, softening sibilant vocal microphones, or enhancing the sound of off???axis lavalier microphones. See Figure 19.

FREQUENCY (Hz)

ADJUSTING FOR HIGH FREQUENCY SHELVING

FIGURE 19

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RECEIVER MOUNTING

Table Mounting

To mount a receiver on a table or other horizontal surface, attach the four adhesive bumpers to the bottom corners of the receiver and place the receiver on the mounting surface. See Figure 20.

R

RUBBER FEET

TABLE MOUNTING THE UC4 RECEIVER

FIGURE 20

Rack Mounting a Single Receiver

To mount a single receiver in an audio equipment rack, select the single rack mounting kit supplied with the system and proceed as follows:

1.Remove the two screws from each side of the receiver. See Figure 21.

2.Position the large mounting bracket over the holes on one side of the receiver and secure them with the screws removed in Step 1. One of the brackets will be longer than the other.

EQUIPMENT RACK

RACK MOUNTING A SINGLE UC4 RECEIVER

FIGURE 21

NOTE: If you are not front mounting the antennas with a UA600 Front Mount Conversion Kit, insert the plastic plugs into the bracket holes.

3. Secure the receiver to a 19-inch audio equipment rack, using the four supplied screws.

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Rack Mounting Two Receivers Side by Side

To mount two receivers side by side in an equipment rack, select the double rack???mounting kit supplied with the system and proceed as follows:

1.Remove the two screws on the outer side of each receiver.

2.Position the small mounting brackets over the holes on the outer side of each receiver, and secure them with the screws removed in Step 1.

3.Remove the screws on the inner side of each receiver.

4.Place two link bars over the holes and secure them with the screws removed in Step 3. For the receiver on the left (Receiver 1 in Figure 22), the link bar should be positioned so that its threaded hole is toward the front of the receiver. For the receiver on the right (Receiver 2 in Figure 22), the link bar should be positioned so that its threaded hole is toward the rear of the receiver. See Figure 22.

5.Place the two receivers next to each other so that the threaded holes in the link bars line up, one on top of the other.

6.Fasten the receivers together by inserting a small screw from the top into the threaded hole at the front of the link bar. Then insert the other screw from the bottom into the threaded hole at the rear of the link bar.

7.Secure the receivers to a standard audio equipment rack, using four supplied screws

SUPPLIED RACK MOUNT

SCREWS

LINK BARS

EQUIPMENT RACK

RACK MOUNTING TWO UC4 RECEIVERS

FIGURE 22

NOTE: Shure recommends using the optional UA220 Passive Antenna Splitter/Combiner to front mount antennas when two receivers are installed side by side.

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RECEIVER ANTENNA INSTALLATION

Rear Mounted Antenna Installation

Attach the supplied UHF antennas to the BNC connectors on the receiver back panel, as shown in Figure 23. For best performance, point the antenna tips away from each other at a 90?? angle (45?? from vertical axis).

NOTE: For improved RF performance (3 dB additional gain), optional UA820A 1/2 wave antennas may be used.

REAR MOUNTED ANTENNA INSTALLATION

FIGURE 23

Front Mounted Antenna Installation

NOTE: The UA600 Front Mount Antenna kit is sold separately.

1.Insert the two bulkhead adapters through the larger holes on each side of the front panel, and secure them from each side, using the supplied attaching hardware. See Figure 24

UC4 RECEIVER (TOP VIEW)

FRONT MOUNTED ANTENNA INSTALLATION

FIGURE 24

2. Connect antenna cables to the receiver and the bulkhead adapters, as shown in Figure 25.

UC4 RECEIVER (TOP VIEW)

FRONT MOUNTED ANTENNA CABLE CONNECTIONS

FIGURE 25

NOTE: Shure recommends connecting the bulkhead adapter and antenna cables before mounting the receiver in a rack. Once the receiver is in the rack, it is more difficult to install the bulkhead adapters and antenna cables.

??? 15 ???

3.Attach the supplied UHF antennas to the BNC connectors on the front panel as shown in Figure 26. For best perfor- mance, orient the antennas with tips pointing away from each other at a 45?? angle from vertical.

ATTACHING FRONT MOUNT ANTENNAS TO BNC CONNECTORS

FIGURE 26

Remote Antenna Installation

NOTE: The UA500 Remote Mount Antenna kit is sold separately.

1.Insert the two bulkhead adapters through the larger holes on each side of the front panel, and secure them from each side, using the supplied attaching hardware. See Figure 27.

2.Connect antenna cables to the receiver and the bulkhead adapters.

3.Attach Shure UA825 or UA850 low???loss antenna cable (RG???8 or equivalent) to the bulkhead adapters.

4.Connect Shure UA820A 1/2 wave antennas to the end of the antenna cables (adapter required).

5.Mount the antennas using the Shure UA500 mounting brackets. For best RF performance, do not use the supplied 1/4 wave antennas when remoting antennas. Use UA820A 1/2 wave antennas.

NOTE: For improved performance, use the optional UA830A Line Amplifier with UA845 Distribution Amplifier.

RECEIVER (TOP VIEW)

INSTALLING REMOTE ANTENNAS

FIGURE 27

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LOGIC CONNECTION SPECIFICATIONS

The logic capability of the UC4 receiver provides two functions: transmitter status indication (which can be used to signal and control other events) and transmitter low battery indication. The various logic functions and their applica- tions are presented in the following table. Refer to Figure 28 below for pin mapping.

PIN 1: TRANSMITTER STATUS OUT

PIN 2: LOGIC GROUND

PIN 3: TRANSMITTER LOW BATTERY

TYPICAL UC4 CONNECTIONS TO SCM810 MIXER LOGIC CONNECTOR

FIGURE 28

NOTE: For more information on logic functions, please contact the Shure Applications Department.

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TIPS FOR ACHIEVING OPTIMUM PERFORMANCE

???Maintain a line of sight between the transmitter and receiver antennas.

???Avoid placing transmitter and receiver where metal or other dense materials may be present.

???Avoid placing the receiver near computers or other RF generating equipment.

???Avoid placing the receiver in the bottom of an equipment rack unless the antennas are remotely located.

???Use the proper receiver antennas.

???Point the receiver antenna tips away from each other at a 45?? angle from vertical, and keep them away from large metal objects.

???Do not obstruct the receiver antennas.

???Use the proper cable when remotely locating receiver antennas. For best performance, use Shure UA825 or

UA850 low loss coaxial antenna cable, or 50 ??? low loss cable such as RG8.

???Use Shure UA820 1/2 Wave Antenna and UA830 Active Remote Antenna Kits, along with Shure UA845 Anten- na Distribution System for remote antenna placement.

???Mount diversity antennas at least 1/4 wave apart. This can be achieved by remote placement of one or both 1/2 wave antennas using Shure UA825 or UA850 low loss coaxial cable and a Shure UA830 Active Remote Anten- na Kit in conjunction with a Shure Antenna Distribution System. For multiple system installations, use the Shure UA845 Antenna/Power Distribution System.

TROUBLESHOOTING

Some common problems and their solutions are identified in the table below. If you are unable to solve a problem, contact your dealer or the Shure Service Department at 1-800-516-2525 (7:30 am to 4:00 pm, Central Standard Time). In Europe, call 49-7131-72140; other international users call Shure in the U.S.A. at 847-600-2000.

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CERTIFICATION

UC1 and UC2 Transmitters: Type accepted under FCC Part 74. Certified by IC in Canada under RSS-123 and RSS-102. Con- forms to European ETSI Standards EN-300 422. Meets Requirements of EMC Standard EN 301 489 Parts 1 and 9.

UC4 Receiver: Authorized under the Declaration of conformity provision of FCC Part 15. Certified by IC in Canada under RSS-123. Meets Requirements of EMC Standard EN 301 489 Parts 1 and 9.

Shure Models UC1 and UC2 Transmitters meet the essential requirements of the European R&TTE Directive 99/5/EC and are eligible to carry the CE marking. O682

Shure Model UC4 Receivers meet the essential requirements of the European R&TTE Directive 99/5/EC and are eligible to carry the CE marking.

PS40 Power Supply: Conforms to safety standard UL1310. Canada/CSA 22 2 No. 223.

PS40E Power Supply: Conforms to safety standard EN 60950

PS40UK Power Supply: Conforms to safety standard EN 60950 and BS 7002.

THIS RADIO EQUIPMENT IS INTENDED FOR USE IN MUSICAL PROFESSIONAL ENTERTAINMENT AND SIMILAR

APPLICATIONS.

NOTE: 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 FOR WIRELESS MICROPHONE PRODUCTS IN YOUR REGION

Frequency Range of Apparatus: 774 MHz???862 MHz

Licensing: A ministerial license to operate this equipment may be required in certain areas. Consult your national authority for possible requirements.

Shure Transmitters Models UC1 and UC2 may be used in the countries and frequency ranges listed in Table 1.

SPECIFICATIONS

For product specifications, refer to the supplement that came with your system.

LICENSING INFORMATION

Changes or modifications not expressly approved by Shure Incorporated could void your authority to operate the equipment. Licensing of Shure wireless microphone equipment is the user???s responsibility, and licensability depends on the user???s classification and application, and on the selected frequency. Shure strongly urges the user to contact the appropriate telecommunications authority concerning proper licensing, and before choosing and ordering frequencies other than standard frequencies.

LIMITED WARRANTY

Shure Incorporated (???Shure???) hereby warrants that this product will be free from defects in materials and workman- ship for a period of two years from the date of purchase for all cartridge and housing assembly parts and for a period of two years from the date of purchase for all transmitter parts. At its option Shure will repair or replace the defective product and promptly return it to you, or refund the purchase price. You should retain proof of purchase to validate the purchase date and return it with any warranty claim.

If you believe this product is defective within the warranty period, carefully repack the unit, insure it, and return it postage prepaid to:

Shure Incorporated

Attention: Service Department

5800 W. Touhy Avenue

Niles, Illinois 60714-4608 U.S.A.

Outside the United States, return the product to your dealer or Authorized Service Center.

This warranty does not apply in cases of abuse or misuse of the product, use contrary to Shure???s instruction, or unauthorized repair. All implied WARRANTIES OF MERCHANTABILITY or FITNESS FOR A PARTICULAR PUR- POSE are hereby disclaimed and Shure hereby disclaims liability for incidental, special, or consequential damages resulting from the use or unavailability of this product.

Some states do not allow limitations on how long an implied warranty lasts, or the exclusion or limitation of incidental or consequential damages, so the above limitation may not apply to you. This warranty gives you specific legal rights, and you may have other rights which vary from state to state.

THIS WARRANTY SUPERSEDES ALL WARRANTIES THAT ARE INCLUDED WITH THIS PRODUCT

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*Please contact your national authority for information on available legal frequencies for your area and legal use of the equipment.

*Se mettre en rapport avec les autorit??s comp??tentes pour obtenir les informations sur les fr??quences autoris??es disponibles localement et sur l???utilisation autoris??e du mat??riel.

*F??r Informationen bez??glich der f??r Ihr Gebiet verf??gbaren gesetzlich zugelassenen Frequenzen und der gesetzlichen Bestim- mungen f??r den Einsatz der Ger??te setzen Sie sich bitte mit der zust??ndigen ??rtlichen Beh??rde in Verbindung.

* Comun??quese con la autoridad nacional para obtener informaci??n en cuanto a las frecuencias legales disponibles y usos legales del equipo en su ??rea.

*Rivolgersi alle autorit?? competenti per ottenere informazioni relative alle frequenze autorizzate nella propria regione e alle norme che regolano l???uso di questo apparecchio.

??? 101 ???