![Shure ULXD1 K51 606 - 670 MHz Bodypack Transmitter Руководство по эксплуатации онлайн [2/119] 757879](/img/pdf.png)
Shure ULXD1 K51 606 - 670 MHz Bodypack Transmitter Руководство по эксплуатации онлайн [2/119] 757879
![Shure ULXD1 K51 606 - 670 MHz Bodypack Transmitter Руководство по эксплуатации онлайн [2/119] 757879](/views2/1989594/page2/bg2.png)
Содержание
- Ulx d digital wireless microphone system 1
- Dual and quad receiver models 3
- Extremely efficient and reliable rf performance 3
- Features 3
- General description 3
- Scalable intelligent hardware 3
- Shure advanced power management 3
- Uncompromising digital wireless audio 3
- 15 cm 8 in 4
- A15224 4
- A15842 4
- Aa sb900 4
- Channel scan croup scan 4
- Deploy completed 4 of 4 channels set sync tx now 4
- Group scan 4
- Quickstart instructions 4
- Scan complete group 01 open freq 70 rx chan found 4 4
- Select rx to scan 1 receiver 2 receiver 3 receiver 4
- Back panel 5
- Front panel 5
- Receiver 5
- ① ac power input 5
- ① infrared ir sync window 5
- ② network icon 5
- ② rf antenna diversity input jack 2 5
- ③ encryption icon 5
- ③ rf cascade jack 2 5
- ④ lcd panel 5
- ④ mic line switch one per channel 5
- ⑤ balanced xlr audio output one per channel 5
- ⑤ scan button 5
- ⑥ menu navigation buttons 5
- ⑥ network status led green 5
- ⑦ control wheel 5
- ⑦ ethernet dante network secondary port 5
- ⑧ channel select button 5
- ⑧ network speed led amber 5
- ⑨ ethernet dante network primary port 5
- ⑨ sync button 5
- ⑩ rf diversity leds 5
- ⑪ rf signal strength leds 5
- ⑫ audio leds 5
- ⑬ gain buttons 5
- ⑭ power switch 5
- Advanced transmitter features 6
- Rf mute 6
- Transmitter input clip mic offset 6
- Transmitters 6
- Tx overload 6
- ① ⑫ ② ③ 6
- ④ ⑤ 6
- ④ ⑤ ⑥ 6
- G 01 ch 01 txon 2 g 01 ch 02 txon 3 g 01 ch 03 txon 4 g 01 ch 04 txon 7
- Home screen display options 7
- Menu screens 7
- Receiver 7
- Receiver channel 7
- Receiver home screen 7
- Transmitter 7
- Aa alkaline battery runtime chart h mm 8
- Aa batteries 8
- Aa sb900 8
- Batteries 8
- G 01 ch 21 485 75 mhz rssi 118 dbm 8
- Installing the battery contact cover 8
- Scan complete 8
- Shure sb900 rechargeable battery 8
- Shure sb900 runtime 8
- Interference detection 9
- Reading the audio meter 9
- Receiver output level 9
- Setting gain 9
- System gain control 9
- Transmitter rf power 9
- Ulxd4q 9
- Channel scan group scan group scan 10
- G 01 ch 21 485 75 mhz rssi 118 dbm 10
- Manual frequency selection 10
- Multiple system setup 10
- Networked receivers 10
- Non networked receivers 10
- Scan and sync 10
- Scan complete 10
- Scanning 10
- Adjusting gain for summed outputs 11
- Audio summing 11
- Best practices for frequency diversity 11
- Best practices for high density mode 11
- Choosing an audio summing mode 11
- Choosing diversity output routing 11
- Frequency diversity 11
- Frequency diversity and encryption 11
- High density mode 11
- Setting the receiver to high density mode 11
- Creating a system preset 12
- Firmware 12
- Firmware versioning 12
- Transmitter presets 12
- Updating the receiver 12
- Updating the transmitter 12
- Antenna bias 13
- Custom groups 13
- Encryption 13
- Locking controls and settings 13
- Receiver 13
- Rf cascade ports 13
- System reset 13
- Transmitter 13
- Channel home screen 14
- Displays group channel frequency and tv information use the control wheel to edit values 14
- Note additional information can be accessed from the selected networking option 14
- Receiver menu descriptions 14
- Use the control wheel to assign and edit the selected receiver channel name 14
- Automatic ip addressing manual ip addressing 15
- Dante ip addressing 15
- Ip address configuration 15
- Network control software 15
- Networking acronyms 15
- Networking ulx d receivers 15
- Shure control 15
- Configuration switched default 16
- Overview of dante network modes 16
- Setting the dante networking mode 16
- Network connection and configuration examples 17
- Network example dante audio wwb6 17
- Network example wwb6 only 17
- Switched mode 17
- ① computer 17
- ① ② 17
- ② dhcp server 17
- ③ gigabit ethernet switch 17
- ③ receiver connection 17
- ④ receiver connection 17
- ④ ⑤ 17
- ⑤ dante receiver 17
- Backup dante audio is present on the secondary port 18
- Dante primary audio and shure control are present on the primary port 18
- Network characteristics 18
- Network example 18
- Note devices connected to the redundant network must be compatible with redundant audio 18
- Redundant audio mode 18
- The primary dante ip address and the shure control ip address must be on the same subnet the computer running wwb6 must also be on this subnet 18
- The secondary dante ip address must be set to a different subnet 18
- Use redundant mode to carry a backup copy of the dante audio on the secondary network in case the audio on the primary network is interrupted 18
- ① computer 18
- ② dhcp server 18
- ③ gigabit ethernet switches 18
- ③ ③ 18
- ④ receiver connection 18
- ⑤ dante receiver 18
- Network example 19
- Split mode 19
- ① computer dante controller 19
- ① ② 19
- ② dhcp server secondary network 19
- ③ gigabit ethernet switch secondary network 19
- ④ receiver connections dante audio 19
- ⑤ computer shure control 19
- ⑤ ⑥ 19
- ⑥ dhcp server primary network 19
- ⑦ gigabit ethernet switch primary network 19
- ⑦ ⑧ 19
- ⑧ receiver connections shure control 19
- ⑨ dante receiver 19
- Assigning network device ids for shure control and dante control 20
- Best practices 20
- Dante device id ulxd rx1 20
- Identify device feature 20
- Setting the dante device id 20
- Setting the shure control device id 20
- Viewing dante device ids in the dante controller 20
- Configuring audio routes with the dante controller 21
- Dante receivers 21
- Dante transmitters 21
- Forming an audio route 21
- Connecting to an amx or crestron system 22
- Network troubleshooting 22
- Restore default settings 22
- Restore defaults overwrite current settings with default settings 22
- Restoring dante factory settings 22
- Restoring receiver and dante card factory settings 22
- Restoring the dante network card factory settings 22
- Locking the audio source in frequency diversity mode 23
- Managing and monitoring receiver settings 23
- Managing the ulxd receiver with wireless workbench 6 23
- Viewing the receiver in wwb6 inventory 23
- ① rf and audio meters 23
- ② transmitter settings 23
- ③ frequency settings 23
- ④ encryption icon 23
- ⑤ receiver output mute 23
- ⑥ receiver gain setting 23
- ⑦ custom groups 23
- ⑧ ir presets 23
- ⑨ utilities tab 23
- ⑩ network tab 23
- ⑪ advanced rf settings 23
- ⑫ encryption 23
- ⑬ frequency diversity mode 23
- ⑭ audio summing 23
- ⑮ locks 23
- Antenna faults 24
- Cables 24
- Compatibility 24
- Eliminating rf overload 24
- Encryption mismatch 24
- Firmware mismatch 24
- Increasing range 24
- Interface locks 24
- Radio frequency rf 24
- Reducing interference 24
- Rf leds 24
- Troubleshooting 24
- Audio output 25
- Cascade output 25
- Networking 25
- Rf input 25
- Ulx d specifications 25
- Ulxd4d ulxd4q 25
- Audio input 26
- Battery runtime 26
- Rf output 26
- Frequency range and transmitter output power 27
- Mic line 27
- Ta4m connector 27
- Tables and diagrams 27
- Xlr receiver output 27
- Xlr to ¼ output 27
- All systems 28
- Antennas 28
- Bodypack system 28
- Choice of one 1 of the following 28
- Furnished accessories 28
- Handheld systems 28
- Optional accessories 28
- Certifications 29
- Information to the user 29
- Licensing information 29
- Ulxd1 ulxd2 29
- Ulxd1 ulxd2 ulxd4d ulxd4q 29
- Ulxd4d ulxd4q 29
- Warning 29
- Frequencies for european countries 30
- Important 30
- Importante 30
- Ulxd g51 470 534 mhz max 20 mw 30
- Ulxd h51 534 598 mhz max 20 mw 30
- Ulxd k51 606 670 mhz max 20 mw 30
- Ulxd p51 710 782 mhz max 20 mw 30
- Ulxd r51 800 810 mhz max 20 mw 30
- Wichtig 30
- Dual and quad receiver models 32
- Extremely efficient and reliable rf performance 32
- Features 32
- General description 32
- Scalable intelligent hardware 32
- Shure advanced power management 32
- Uncompromising digital wireless audio 32
- 15 cm 8 in 33
- A15224 33
- A15842 33
- Aa sb900 33
- Channel scan croup scan 33
- Deploy completed 4 of 4 channels set sync tx now 33
- Group scan 33
- Quickstart instructions 33
- Scan complete group 01 open freq 70 rx chan found 4 33
- Select rx to scan 1 receiver 2 receiver 3 receiver 33
- Back panel 34
- Front panel 34
- Receiver 34
- ① ac power input 34
- ① infrared ir sync window 34
- ② network icon 34
- ② rf antenna diversity input jack 2 34
- ③ encryption icon 34
- ③ rf cascade jack 2 34
- ④ lcd panel 34
- ④ mic line switch one per channel 34
- ⑤ balanced xlr audio output one per channel 34
- ⑤ scan button 34
- ⑥ menu navigation buttons 34
- ⑥ network status led green 34
- ⑦ control wheel 34
- ⑦ ethernet dante network secondary port 34
- ⑧ channel select button 34
- ⑧ network speed led amber 34
- ⑨ ethernet dante network primary port 34
- ⑨ sync button 34
- ⑩ rf diversity leds 34
- ⑪ rf signal strength leds 34
- ⑫ audio leds 34
- ⑬ gain buttons 34
- ⑭ power switch 34
- Advanced transmitter features 35
- Rf mute 35
- Transmitter input clip mic offset 35
- Transmitters 35
- Tx overload 35
- ① ⑫ ② ③ 35
- ④ ⑤ 35
- ④ ⑤ ⑥ 35
- G 01 ch 01 txon 2 g 01 ch 02 txon 3 g 01 ch 03 txon 4 g 01 ch 04 txon 36
- Home screen display options 36
- Menu screens 36
- Receiver 36
- Receiver channel 36
- Receiver home screen 36
- Transmitter 36
- Aa alkaline battery runtime chart h mm 37
- Aa batteries 37
- Aa sb900 37
- Batteries 37
- G 01 ch 21 485 75 mhz rssi 118 dbm 37
- Installing the battery contact cover 37
- Scan complete 37
- Shure sb900 rechargeable battery 37
- Shure sb900 runtime 37
- Interference detection 38
- Reading the audio meter 38
- Receiver output level 38
- Setting gain 38
- System gain control 38
- Transmitter rf power 38
- Ulxd4q 38
- Channel scan group scan group scan 39
- G 01 ch 21 485 75 mhz rssi 118 dbm 39
- Manual frequency selection 39
- Multiple system setup 39
- Networked receivers 39
- Non networked receivers 39
- Scan and sync 39
- Scan complete 39
- Scanning 39
- Adjusting gain for summed outputs 40
- Audio summing 40
- Best practices for frequency diversity 40
- Best practices for high density mode 40
- Choosing an audio summing mode 40
- Choosing diversity output routing 40
- Frequency diversity 40
- Frequency diversity and encryption 40
- High density mode 40
- Setting the receiver to high density mode 40
- Creating a system preset 41
- Firmware 41
- Firmware versioning 41
- Transmitter presets 41
- Updating the receiver 41
- Updating the transmitter 41
- Antenna bias 42
- Custom groups 42
- Encryption 42
- Locking controls and settings 42
- Receiver 42
- Rf cascade ports 42
- System reset 42
- Transmitter 42
- Channel home screen 43
- Displays group channel frequency and tv information use the control wheel to edit values 43
- Note additional information can be accessed from the selected networking option 43
- Receiver menu descriptions 43
- Use the control wheel to assign and edit the selected receiver channel name 43
- Automatic ip addressing manual ip addressing 44
- Dante ip addressing 44
- Ip address configuration 44
- Network control software 44
- Networking acronyms 44
- Networking ulx d receivers 44
- Shure control 44
- Configuration switched default 45
- Overview of dante network modes 45
- Setting the dante networking mode 45
- Network connection and configuration examples 46
- Network example dante audio wwb6 46
- Network example wwb6 only 46
- Switched mode 46
- ① computer 46
- ① ② 46
- ② dhcp server 46
- ③ gigabit ethernet switch 46
- ③ receiver connection 46
- ④ receiver connection 46
- ④ ⑤ 46
- ⑤ dante receiver 46
- Backup dante audio is present on the secondary port 47
- Dante primary audio and shure control are present on the primary port 47
- Network characteristics 47
- Network example 47
- Note devices connected to the redundant network must be compatible with redundant audio 47
- Redundant audio mode 47
- The primary dante ip address and the shure control ip address must be on the same subnet the computer running wwb6 must also be on this subnet 47
- The secondary dante ip address must be set to a different subnet 47
- Use redundant mode to carry a backup copy of the dante audio on the secondary network in case the audio on the primary network is interrupted 47
- ① computer 47
- ② dhcp server 47
- ③ gigabit ethernet switches 47
- ③ ③ 47
- ④ receiver connection 47
- ⑤ dante receiver 47
- Network example 48
- Split mode 48
- ① computer dante controller 48
- ① ② 48
- ② dhcp server secondary network 48
- ③ gigabit ethernet switch secondary network 48
- ④ receiver connections dante audio 48
- ⑤ computer shure control 48
- ⑤ ⑥ 48
- ⑥ dhcp server primary network 48
- ⑦ gigabit ethernet switch primary network 48
- ⑦ ⑧ 48
- ⑧ receiver connections shure control 48
- ⑨ dante receiver 48
- Assigning network device ids for shure control and dante control 49
- Best practices 49
- Dante device id ulxd rx1 49
- Identify device feature 49
- Setting the dante device id 49
- Setting the shure control device id 49
- Viewing dante device ids in the dante controller 49
- Configuring audio routes with the dante controller 50
- Dante receivers 50
- Dante transmitters 50
- Forming an audio route 50
- Connecting to an amx or crestron system 51
- Network troubleshooting 51
- Restore default settings 51
- Restore defaults overwrite current settings with default settings 51
- Restoring dante factory settings 51
- Restoring receiver and dante card factory settings 51
- Restoring the dante network card factory settings 51
- Locking the audio source in frequency diversity mode 52
- Managing and monitoring receiver settings 52
- Managing the ulxd receiver with wireless workbench 6 52
- Viewing the receiver in wwb6 inventory 52
- ① rf and audio meters 52
- ② transmitter settings 52
- ③ frequency settings 52
- ④ encryption icon 52
- ⑤ receiver output mute 52
- ⑥ receiver gain setting 52
- ⑦ custom groups 52
- ⑧ ir presets 52
- ⑨ utilities tab 52
- ⑩ network tab 52
- ⑪ advanced rf settings 52
- ⑫ encryption 52
- ⑬ frequency diversity mode 52
- ⑭ audio summing 52
- ⑮ locks 52
- Antenna faults 53
- Cables 53
- Compatibility 53
- Eliminating rf overload 53
- Encryption mismatch 53
- Firmware mismatch 53
- Increasing range 53
- Interface locks 53
- Radio frequency rf 53
- Reducing interference 53
- Rf leds 53
- Troubleshooting 53
- Audio output 54
- Cascade output 54
- Networking 54
- Rf input 54
- Ulx d specifications 54
- Ulxd4d ulxd4q 54
- Audio input 55
- Battery runtime 55
- Rf output 55
- Frequency range and transmitter output power 56
- Mic line 56
- Ta4m connector 56
- Tables and diagrams 56
- Xlr receiver output 56
- Xlr to ¼ output 56
- All systems 57
- Antennas 57
- Bodypack system 57
- Choice of one 1 of the following 57
- Furnished accessories 57
- Handheld systems 57
- Optional accessories 57
- Certifications 58
- Information to the user 58
- Licensing information 58
- Ulxd1 ulxd2 58
- Ulxd1 ulxd2 ulxd4d ulxd4q 58
- Ulxd4d ulxd4q 58
- Warning 58
- Frequencies for european countries 59
- Important 59
- Importante 59
- Ulxd g51 470 534 mhz max 20 mw 59
- Ulxd h51 534 598 mhz max 20 mw 59
- Ulxd k51 606 670 mhz max 20 mw 59
- Ulxd p51 710 782 mhz max 20 mw 59
- Ulxd r51 800 810 mhz max 20 mw 59
- Wichtig 59
- Ulx d digital wireless microphone system 61
- Dual and quad receiver models 62
- Extremely efficient and reliable rf performance 62
- Features 62
- General description 62
- Scalable intelligent hardware 62
- Shure advanced power management 62
- Uncompromising digital wireless audio 62
- 15 cm 8 in 63
- A15224 63
- A15842 63
- Aa sb900 63
- Channel scan croup scan 63
- Deploy completed 4 of 4 channels set sync tx now 63
- Group scan 63
- Quickstart instructions 63
- Scan complete group 01 open freq 70 rx chan found 4 63
- Select rx to scan 1 receiver 2 receiver 3 receiver 63
- Back panel 64
- Front panel 64
- Receiver 64
- ① ac power input 64
- ① infrared ir sync window 64
- ② network icon 64
- ② rf antenna diversity input jack 2 64
- ③ encryption icon 64
- ③ rf cascade jack 2 64
- ④ lcd panel 64
- ④ mic line switch one per channel 64
- ⑤ balanced xlr audio output one per channel 64
- ⑤ scan button 64
- ⑥ menu navigation buttons 64
- ⑥ network status led green 64
- ⑦ control wheel 64
- ⑦ ethernet dante network secondary port 64
- ⑧ channel select button 64
- ⑧ network speed led amber 64
- ⑨ ethernet dante network primary port 64
- ⑨ sync button 64
- ⑩ rf diversity leds 64
- ⑪ rf signal strength leds 64
- ⑫ audio leds 64
- ⑬ gain buttons 64
- ⑭ power switch 64
- Advanced transmitter features 65
- Rf mute 65
- Transmitter input clip mic offset 65
- Transmitters 65
- Tx overload 65
- ① ⑫ ② ③ 65
- ④ ⑤ 65
- ④ ⑤ ⑥ 65
- G 01 ch 01 txon 2 g 01 ch 02 txon 3 g 01 ch 03 txon 4 g 01 ch 04 txon 66
- Home screen display options 66
- Menu screens 66
- Receiver 66
- Receiver channel 66
- Receiver home screen 66
- Transmitter 66
- Aa alkaline battery runtime chart h mm 67
- Aa batteries 67
- Aa sb900 67
- Batteries 67
- G 01 ch 21 485 75 mhz rssi 118 dbm 67
- Installing the battery contact cover 67
- Scan complete 67
- Shure sb900 rechargeable battery 67
- Shure sb900 runtime 67
- Interference detection 68
- Reading the audio meter 68
- Receiver output level 68
- Setting gain 68
- System gain control 68
- Transmitter rf power 68
- Ulxd4q 68
- Channel scan group scan group scan 69
- G 01 ch 21 485 75 mhz rssi 118 dbm 69
- Manual frequency selection 69
- Multiple system setup 69
- Networked receivers 69
- Non networked receivers 69
- Scan and sync 69
- Scan complete 69
- Scanning 69
- Adjusting gain for summed outputs 70
- Audio summing 70
- Best practices for frequency diversity 70
- Best practices for high density mode 70
- Choosing an audio summing mode 70
- Choosing diversity output routing 70
- Frequency diversity 70
- Frequency diversity and encryption 70
- High density mode 70
- Setting the receiver to high density mode 70
- Creating a system preset 71
- Firmware 71
- Firmware versioning 71
- Transmitter presets 71
- Updating the receiver 71
- Updating the transmitter 71
- Antenna bias 72
- Custom groups 72
- Encryption 72
- Locking controls and settings 72
- Receiver 72
- Rf cascade ports 72
- System reset 72
- Transmitter 72
- Channel home screen 73
- Displays group channel frequency and tv information use the control wheel to edit values 73
- Note additional information can be accessed from the selected networking option 73
- Receiver menu descriptions 73
- Use the control wheel to assign and edit the selected receiver channel name 73
- Automatic ip addressing manual ip addressing 74
- Dante ip addressing 74
- Ip address configuration 74
- Network control software 74
- Networking acronyms 74
- Networking ulx d receivers 74
- Shure control 74
- Configuration switched default 75
- Overview of dante network modes 75
- Setting the dante networking mode 75
- Network connection and configuration examples 76
- Network example dante audio wwb6 76
- Network example wwb6 only 76
- Switched mode 76
- ① computer 76
- ① ② 76
- ② dhcp server 76
- ③ gigabit ethernet switch 76
- ③ receiver connection 76
- ④ receiver connection 76
- ④ ⑤ 76
- ⑤ dante receiver 76
- Backup dante audio is present on the secondary port 77
- Dante primary audio and shure control are present on the primary port 77
- Network characteristics 77
- Network example 77
- Note devices connected to the redundant network must be compatible with redundant audio 77
- Redundant audio mode 77
- The primary dante ip address and the shure control ip address must be on the same subnet the computer running wwb6 must also be on this subnet 77
- The secondary dante ip address must be set to a different subnet 77
- Use redundant mode to carry a backup copy of the dante audio on the secondary network in case the audio on the primary network is interrupted 77
- ① computer 77
- ② dhcp server 77
- ③ gigabit ethernet switches 77
- ③ ③ 77
- ④ receiver connection 77
- ⑤ dante receiver 77
- Network example 78
- Split mode 78
- ① computer dante controller 78
- ① ② 78
- ② dhcp server secondary network 78
- ③ gigabit ethernet switch secondary network 78
- ④ receiver connections dante audio 78
- ⑤ computer shure control 78
- ⑤ ⑥ 78
- ⑥ dhcp server primary network 78
- ⑦ gigabit ethernet switch primary network 78
- ⑦ ⑧ 78
- ⑧ receiver connections shure control 78
- ⑨ dante receiver 78
- Assigning network device ids for shure control and dante control 79
- Best practices 79
- Dante device id ulxd rx1 79
- Identify device feature 79
- Setting the dante device id 79
- Setting the shure control device id 79
- Viewing dante device ids in the dante controller 79
- Configuring audio routes with the dante controller 80
- Dante receivers 80
- Dante transmitters 80
- Forming an audio route 80
- Connecting to an amx or crestron system 81
- Network troubleshooting 81
- Restore default settings 81
- Restore defaults overwrite current settings with default settings 81
- Restoring dante factory settings 81
- Restoring receiver and dante card factory settings 81
- Restoring the dante network card factory settings 81
- Locking the audio source in frequency diversity mode 82
- Managing and monitoring receiver settings 82
- Managing the ulxd receiver with wireless workbench 6 82
- Viewing the receiver in wwb6 inventory 82
- ① rf and audio meters 82
- ② transmitter settings 82
- ③ frequency settings 82
- ④ encryption icon 82
- ⑤ receiver output mute 82
- ⑥ receiver gain setting 82
- ⑦ custom groups 82
- ⑧ ir presets 82
- ⑨ utilities tab 82
- ⑩ network tab 82
- ⑪ advanced rf settings 82
- ⑫ encryption 82
- ⑬ frequency diversity mode 82
- ⑭ audio summing 82
- ⑮ locks 82
- Antenna faults 83
- Cables 83
- Compatibility 83
- Eliminating rf overload 83
- Encryption mismatch 83
- Firmware mismatch 83
- Increasing range 83
- Interface locks 83
- Radio frequency rf 83
- Reducing interference 83
- Rf leds 83
- Troubleshooting 83
- Audio output 84
- Cascade output 84
- Networking 84
- Rf input 84
- Ulx d specifications 84
- Ulxd4d ulxd4q 84
- Audio input 85
- Battery runtime 85
- Rf output 85
- Frequency range and transmitter output power 86
- Mic line 86
- Ta4m connector 86
- Tables and diagrams 86
- Xlr receiver output 86
- Xlr to ¼ output 86
- All systems 87
- Antennas 87
- Bodypack system 87
- Choice of one 1 of the following 87
- Furnished accessories 87
- Handheld systems 87
- Optional accessories 87
- Certifications 88
- Information to the user 88
- Licensing information 88
- Ulxd1 ulxd2 88
- Ulxd1 ulxd2 ulxd4d ulxd4q 88
- Ulxd4d ulxd4q 88
- Warning 88
- Frequencies for european countries 89
- Important 89
- Importante 89
- Ulxd g51 470 534 mhz max 20 mw 89
- Ulxd h51 534 598 mhz max 20 mw 89
- Ulxd k51 606 670 mhz max 20 mw 89
- Ulxd p51 710 782 mhz max 20 mw 89
- Ulxd r51 800 810 mhz max 20 mw 89
- Wichtig 89
- Dual and quad receiver models 91
- Extremely efficient and reliable rf performance 91
- Features 91
- General description 91
- Scalable intelligent hardware 91
- Shure advanced power management 91
- Uncompromising digital wireless audio 91
- 15 cm 8 in 92
- A15224 92
- A15842 92
- Aa sb900 92
- Channel scan croup scan 92
- Deploy completed 4 of 4 channels set sync tx now 92
- Group scan 92
- Quickstart instructions 92
- Scan complete group 01 open freq 70 rx chan found 4 92
- Select rx to scan 1 receiver 2 receiver 3 receiver 92
- Back panel 93
- Front panel 93
- Receiver 93
- ① ac power input 93
- ① infrared ir sync window 93
- ② network icon 93
- ② rf antenna diversity input jack 2 93
- ③ encryption icon 93
- ③ rf cascade jack 2 93
- ④ lcd panel 93
- ④ mic line switch one per channel 93
- ⑤ balanced xlr audio output one per channel 93
- ⑤ scan button 93
- ⑥ menu navigation buttons 93
- ⑥ network status led green 93
- ⑦ control wheel 93
- ⑦ ethernet dante network secondary port 93
- ⑧ channel select button 93
- ⑧ network speed led amber 93
- ⑨ ethernet dante network primary port 93
- ⑨ sync button 93
- ⑩ rf diversity leds 93
- ⑪ rf signal strength leds 93
- ⑫ audio leds 93
- ⑬ gain buttons 93
- ⑭ power switch 93
- Advanced transmitter features 94
- Rf mute 94
- Transmitter input clip mic offset 94
- Transmitters 94
- Tx overload 94
- ① ⑫ ② ③ 94
- ④ ⑤ 94
- ④ ⑤ ⑥ 94
- G 01 ch 01 txon 2 g 01 ch 02 txon 3 g 01 ch 03 txon 4 g 01 ch 04 txon 95
- Home screen display options 95
- Menu screens 95
- Receiver 95
- Receiver channel 95
- Receiver home screen 95
- Transmitter 95
- Aa alkaline battery runtime chart h mm 96
- Aa batteries 96
- Aa sb900 96
- Batteries 96
- G 01 ch 21 485 75 mhz rssi 118 dbm 96
- Installing the battery contact cover 96
- Scan complete 96
- Shure sb900 rechargeable battery 96
- Shure sb900 runtime 96
- Interference detection 97
- Reading the audio meter 97
- Receiver output level 97
- Setting gain 97
- System gain control 97
- Transmitter rf power 97
- Ulxd4q 97
- Channel scan group scan group scan 98
- G 01 ch 21 485 75 mhz rssi 118 dbm 98
- Manual frequency selection 98
- Multiple system setup 98
- Networked receivers 98
- Non networked receivers 98
- Scan and sync 98
- Scan complete 98
- Scanning 98
- Adjusting gain for summed outputs 99
- Audio summing 99
- Best practices for frequency diversity 99
- Best practices for high density mode 99
- Choosing an audio summing mode 99
- Choosing diversity output routing 99
- Frequency diversity 99
- Frequency diversity and encryption 99
- High density mode 99
- Setting the receiver to high density mode 99
- Creating a system preset 100
- Firmware 100
- Firmware versioning 100
- Transmitter presets 100
- Updating the receiver 100
- Updating the transmitter 100
- Antenna bias 101
- Custom groups 101
- Encryption 101
- Locking controls and settings 101
- Receiver 101
- Rf cascade ports 101
- System reset 101
- Transmitter 101
- Channel home screen 102
- Displays group channel frequency and tv information use the control wheel to edit values 102
- Note additional information can be accessed from the selected networking option 102
- Receiver menu descriptions 102
- Use the control wheel to assign and edit the selected receiver channel name 102
- Automatic ip addressing manual ip addressing 103
- Dante ip addressing 103
- Ip address configuration 103
- Network control software 103
- Networking acronyms 103
- Networking ulx d receivers 103
- Shure control 103
- Configuration switched default 104
- Overview of dante network modes 104
- Setting the dante networking mode 104
- Network connection and configuration examples 105
- Network example dante audio wwb6 105
- Network example wwb6 only 105
- Switched mode 105
- ① computer 105
- ① ② 105
- ② dhcp server 105
- ③ gigabit ethernet switch 105
- ③ receiver connection 105
- ④ receiver connection 105
- ④ ⑤ 105
- ⑤ dante receiver 105
- Backup dante audio is present on the secondary port 106
- Dante primary audio and shure control are present on the primary port 106
- Network characteristics 106
- Network example 106
- Note devices connected to the redundant network must be compatible with redundant audio 106
- Redundant audio mode 106
- The primary dante ip address and the shure control ip address must be on the same subnet the computer running wwb6 must also be on this subnet 106
- The secondary dante ip address must be set to a different subnet 106
- Use redundant mode to carry a backup copy of the dante audio on the secondary network in case the audio on the primary network is interrupted 106
- ① computer 106
- ② dhcp server 106
- ③ gigabit ethernet switches 106
- ③ ③ 106
- ④ receiver connection 106
- ⑤ dante receiver 106
- Network example 107
- Split mode 107
- ① computer dante controller 107
- ① ② 107
- ② dhcp server secondary network 107
- ③ gigabit ethernet switch secondary network 107
- ④ receiver connections dante audio 107
- ⑤ computer shure control 107
- ⑤ ⑥ 107
- ⑥ dhcp server primary network 107
- ⑦ gigabit ethernet switch primary network 107
- ⑦ ⑧ 107
- ⑧ receiver connections shure control 107
- ⑨ dante receiver 107
- Assigning network device ids for shure control and dante control 108
- Best practices 108
- Dante device id ulxd rx1 108
- Identify device feature 108
- Setting the dante device id 108
- Setting the shure control device id 108
- Viewing dante device ids in the dante controller 108
- Configuring audio routes with the dante controller 109
- Dante receivers 109
- Dante transmitters 109
- Forming an audio route 109
- Connecting to an amx or crestron system 110
- Network troubleshooting 110
- Restore default settings 110
- Restore defaults overwrite current settings with default settings 110
- Restoring dante factory settings 110
- Restoring receiver and dante card factory settings 110
- Restoring the dante network card factory settings 110
- Locking the audio source in frequency diversity mode 111
- Managing and monitoring receiver settings 111
- Managing the ulxd receiver with wireless workbench 6 111
- Viewing the receiver in wwb6 inventory 111
- ① rf and audio meters 111
- ② transmitter settings 111
- ③ frequency settings 111
- ④ encryption icon 111
- ⑤ receiver output mute 111
- ⑥ receiver gain setting 111
- ⑦ custom groups 111
- ⑧ ir presets 111
- ⑨ utilities tab 111
- ⑩ network tab 111
- ⑪ advanced rf settings 111
- ⑫ encryption 111
- ⑬ frequency diversity mode 111
- ⑭ audio summing 111
- ⑮ locks 111
- Antenna faults 112
- Cables 112
- Compatibility 112
- Eliminating rf overload 112
- Encryption mismatch 112
- Firmware mismatch 112
- Increasing range 112
- Interface locks 112
- Radio frequency rf 112
- Reducing interference 112
- Rf leds 112
- Troubleshooting 112
- Audio output 113
- Cascade output 113
- Networking 113
- Rf input 113
- Ulx d specifications 113
- Ulxd4d ulxd4q 113
- Audio input 114
- Battery runtime 114
- Rf output 114
- Frequency range and transmitter output power 115
- Mic line 115
- Ta4m connector 115
- Tables and diagrams 115
- Xlr receiver output 115
- Xlr to ¼ output 115
- All systems 116
- Antennas 116
- Bodypack system 116
- Choice of one 1 of the following 116
- Furnished accessories 116
- Handheld systems 116
- Optional accessories 116
- Certifications 117
- Information to the user 117
- Licensing information 117
- Ulxd1 ulxd2 117
- Ulxd1 ulxd2 ulxd4d ulxd4q 117
- Ulxd4d ulxd4q 117
- Warning 117
- Frequencies for european countries 118
- Important 118
- Importante 118
- Ulxd g51 470 534 mhz max 20 mw 118
- Ulxd h51 534 598 mhz max 20 mw 118
- Ulxd k51 606 670 mhz max 20 mw 118
- Ulxd p51 710 782 mhz max 20 mw 118
- Ulxd r51 800 810 mhz max 20 mw 118
- Wichtig 118
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