Related Manuals for Shure GLXD14
Summary of Contents for Shure GLXD14
- Page 1 GLXD4 Wireless Receivers The Shure GLXD4 Wireless Receiver online user guide. Version: 6.0 (2020-K)
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Page 2: Table Of Contents
Charging from a USB Port Resetting the Transmitter LED Status During Charging Specifications Installing Transmitter Batteries Pin Assignments Charging Times and Transmitter Runtimes Dimensions Important Tips for Care and Storage of Shure Recharge able Batteries Certifications Multiple Receiver Systems Information to the user 2/32... -
Page 3: Glxd4 Wireless Receivers
Shure Incorporated GLXD4 Wireless Receivers IMPORTANT SAFETY INSTRUCTIONS READ these instructions. KEEP these instructions. HEED all warnings. FOLLOW all instructions. DO NOT use this apparatus near water. CLEAN ONLY with dry cloth. DO NOT block any ventilation openings. Allow sufficient distances for adequate ventilation and install in accordance with the manufacturer’s instructions. -
Page 4: Warning
EMC performance. • Use this battery charger only with the Shure charging modules and battery packs for which it is designed. Use with other than the specified modules and battery packs may increase the risk of fire or explosion. -
Page 5: System Overview
Shure Incorporated System Overview The new groundbreaking GLXD Wireless Systems from Shure combine the leading edge of Automatic Frequency Manage ment technology with best-in-class intelligent lithium-ion battery rechargeability, world-renowned microphones and unparalleled design and construction. Available in a wide offering of bodypack and handheld configurations - including vocal, headset and presenter systems as well as traditional guitar options. - Page 6 Shure Incorporated Connect power supply to the receiver and plug cord into an AC power source. Connect the Step ① audio output to an amplifier or mixer. Install charged transmitter batteries. Step ② 6/32...
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Page 7: Glxd4 Receiver Controls And Connectors
Shure Incorporated Turn on the transmitter and receiver. The blue RF LED will flash while the transmitter and re ceiver form a link. When the link has successfully formed, the RF LED will remain illuminat Step ③ Note: The transmitter and receiver will remain linked for future usage. At power-up, the blue RF LED will illuminate, skipping the linking step. - Page 8 Shure Incorporated ① Antenna Two antennas per receiver. Antennas pick up the signal from the transmitter. ② RF Status LED ◦ ON = Linked transmitter is on ◦ Flashing = Searching for transmitter ◦ OFF = Linked transmitter off or transmitter unlinked ③...
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Page 9: Receiver Screen
Shure Incorporated Note: The battery continues to charges even when the switch is off. ⑪ Power Supply Jack Connect the supplied 15 V DC external power supply. ⑫ Mic Out XLR microphone output jack supplies microphone-level audio output. ⑬ USB Port For uploading firmware updates ⑭... -
Page 10: Transmitters
Press and hold within 5 seconds of power-on to manually link with receiver ◦ Press momentarily to activate Remote ID function ⑦ Battery Compartment Holds 1 Shure rechargeable battery. ⑧ Microphone Cartridge GLXD-2 transmitter models are available with the following cartridge types: SM58, Beta 58, SM86, Beta 87A. 10/32... -
Page 11: Transmitter Status Led
Shure Incorporated Transmitter Status LED LED is green during normal operation. LED color or flashing indicates a change in transmitter status as shown in the following table: Color State Status Flashing (slow) transmitter attempting relink with receiver Green Flashing (fast) -
Page 12: Wearing The Headworn Microphone
Do not cover grille with hand. Batteries and Charging GLX-D transmitters are powered by Shure SB902A lithium-ion rechargeable batteries. Advanced battery chemistry maximizes runtimes with zero memory effects, eliminating the need to discharge batteries prior to charging. When not in use, recommended battery storage temperature is 10°C (50°F) to 25°C (77°F). -
Page 13: Receiver Charging Bay
Shure Incorporated Note: The transmitter will not pass RF or audio signals when connected to the charging cable. The following battery charging options are available: Receiver Charging Bay The GLXD4 receiver has a built-in charging bay for the transmitter batteries. -
Page 14: Led Status During Charging
Shure Incorporated LED Status During Charging The following LED states indicate battery status when the transmitter is connected to a charger: • Green = charging complete • Green Flashing = battery charge > 90% • Red = battery charging •... -
Page 15: Charging Times And Transmitter Runtimes
Note: If receiver is powered off and remains plugged in, battery will continue charging. Important Tips for Care and Storage of Shure Rechargeable Batteries Proper care and storage of Shure batteries results in reliable performance and ensures a long lifetime. •... -
Page 16: Setting Up Receivers And Transmitters
Shure Incorporated Select the group by determining the total number of receivers in your system (channel count). All receivers in the system must be set to the same group. Channel Count Number of Backup Group (Number of Re Notes Frequencies... -
Page 17: Combo Systems
Shure Incorporated Press and hold the link button on the receiver: The blue rf LED will flash, and then remain on when the link has been established. Test the audio to verify the link and adjust the gain if necessary. -
Page 18: Tips And Methods To Improve Wireless System Perfor- Mance
Shure Incorporated Challenging environments include: • Areas with few reflective surfaces such as: ◦ Outdoors ◦ Buildings with very high ceilings • 3 or more GLX-D receivers in use • Strong Wi-Fi presence • Competitive 2.4 GHz systems in use Note: Unlike analog TV band wireless which typically uses the same type of transmissions across manufacturers, all 2.4GHz wireless currently on the market... - Page 19 Shure Incorporated Group 1: Channels 1-4 (latency = 4.0 ms) Group/Channel Frequencies 2424 2425 2442 2443 2462 2464 2418 2419 2448 2450 2469 2471 2411 2413 2430 2431 2476 2477 2405 2406 2436 2437 2455 2457 Group 2: Channels 1-5 (latency = 7.3 ms)
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Page 20: Firmware
Firmware is embedded software in each component that controls functionality. Periodically, new versions of firmware are devel oped to incorporate additional features and enhancements. To take advantage of design improvements, new versions of the firmware can be downloaded and installed using the Shure Update Utility tool. Software is available for download from http://www.shure.com/update-utility. -
Page 21: Locking And Unlocking The Controls
Shure Incorporated Locking and Unlocking the Controls The controls of the receiver and transmitter can be locked to prevent accidental or unauthorized changes to settings. Note: Locks are not affected by power cycles. Locking the Receiver Controls Simultaneously press and hold the group and channel buttons until LK appears on the LCD. Repeat to unlock. -
Page 22: Troubleshooting
Shure Incorporated Note: Group 3 should only be used in controlled Wi-Fi environments to prevent interference from unexpected Wi-Fi devices. Selecting a Group Press and hold the group button for 2 seconds until the group display flashes. Press the group button to scroll through the available groups. - Page 23 Transmitter and receiver Update both components to firmware ver LEDs flash to indicate sion 2.0 or greater. Download the Shure Up Transmitter and receiver link unsuccessful that linking started, but date Utility application and follow the instruc the link fails tions.
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Page 24: Resetting Components
Up to 30 m (100 ft) typical , Up to 60 m Indoor (200 ft) maximum Up to 20 m (65 ft) typical , Up to 50 m (165 ft) Outdoor maximum Transmit Mode Shure proprietary digital Audio Frequency Response 20 Hz – 20 kHz Dynamic Range 120 dB, A-weighted 24/32... - Page 25 Shure Incorporated RF Sensitivity -88 dBm, typical Total Harmonic Distortion 0.2%, typical RF Output Power mW E.I.R.P. max Operating Temperature Range -18°C (0°F) to 57°C (135°F) Storage Temperature Range -29°C (-20°F) to 74°C (165°F) Polarity Positive voltage applied to the tip of the guitar cable phone plug produces positive voltage at the tip of the high impedance ¼-inch output.
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Page 26: Pin Assignments
Shure Incorporated Housing Cast Metal, Black Powdercoat Input Impedance 900 kΩ RF Output Power mW E.I.R.P. max Transmitter Input Connector 4-Pin male mini connector (TA4M) Configuration Unbalanced Maximum Input Level 1 kHz at 1% THD +8.4 dBV (7.5 Vp-p) Antenna Type... -
Page 27: Dimensions
Shure Incorporated Weight SM58 267 g (9.4 oz.) without batteries BETA 58 221 g (7.8 oz.) without batteries SM86 275 g (9.1 oz.) without batteries BETA 87A 264 g (9.3 oz.) without batteries Housing Molded Plastic Power Requirements 3.7 V Rechargeable Li-Ion RF Output Power mW E.I.R.P. - Page 28 Shure Incorporated SM58 51 mm, (2.0 in.) 252 mm, (9.9 in.) 37 mm, (1.5 in.) BETA 58 51 mm, (2.0 in.) 252 mm, (9.9 in.) 37 mm, (1.5 in.) SM86 49 mm, (1.9 in.) 252 mm, (9.9 in.) 37 mm, (1.5 in.) BETA 87A 51 mm, (2.0 in.)
- Page 29 Shure Incorporated Up to 20 m (65 ft) typical , Up to 50 m (165 ft) Outdoor maximum Transmit Mode Frequency Hopping Audio Frequency Response 20 Hz – 20 kHz Dynamic Range 120 dB, A-weighted RF Sensitivity -88 dBm, typical Total Harmonic Distortion 0.2%, typical...
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Page 30: Certifications
Shure Incorporated Audio Output Configuration XLR Output Impedance balanced 6.35 mm (1/4") output Impedance balanced Impedance XLR Output 100 Ω 6.35 mm (1/4") output 100 Ω(50 Ω, Unbalanced) Maximum Audio Output Level XLR connector (into 600 Ω load) +1 dBV 6.35 mm (1/4") connector (into 3 kΩ... - Page 31 This product meets the Essential Requirements of all relevant European directives and is eligible for CE marking. Hereby, Shure Incorporated declares that the radio equipment is in compliance with Directive 2014/53/EU. The full text of the EU declaration of conformity is available at the following internet address: http://www.shure.com/europe/compliance...
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Page 32: Information To The User
Shure Incorporated 現品表示記号は、以下のことを表しています。 この無線機器は 2.4GHz 帯の電波を使用し、変調方式は「その他」の方式、想定与 干渉距離は 80m です。 2,400MHz～ 2,483.5MHz の全帯域を使用し、移動体識別装置の帯域を回避することはできません。 Information to the user This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: This device may not cause harmful interference.