LD Systems LDS-U3051HHD U3051 HHD Wireless Microphone System with Dynamic Handheld

User Manual - Page 5

For LDS-U3051HHD.

PDF File Manual, 84 pages, Read Online | Download pdf file

LDS-U3051HHD photo
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5
DEUTSCHFRANCAIS
ESPAÑOL
ENGLISH
ITALIANO POLSKI
9
1 2 3
7
5
6
4
9
8
470 - 490 MHz (LDU3047)
514 - 542 MHz (LDU3051)
584 - 608 MHz (LDU305)
655 - 679 MHz (LDU306)
823 - 832 MHz and 863–865 MHz (LDU308)
Please note: The use of the wireless microphone system may require a license, depending on the country of use. For detailed information please
contact the relevant authority in your country.
Pilot tone
The pilot tone function protects a wireless microphone system against interference, for example, unwanted signals from other radio transmission
systems. The transmitter adds a second, inaudible signal (the pilot tone) to the actual signal which is to be transmitted. The receiver identies it as
the matching pilot tone and frees the associated signal. Signals without a matching pilot tone remain muted.
Included
LDU30xHHD: Receiver plus hand-held transmitter with dynamic capsule (cardioid), power supply, 2 x AA batteries, audio cable, manual
LDU30xBPH: Receiver plus pocket transmitter and headset (black), power supply, 2 x AA batteries, audio cable, manual
LDU30xBPG: Receiver plus pocket transmitter and guitar cable, power supply, 2 x AA batteries, audio cable, manual
LDU30xBPL: Receiver plus pocket transmitter and Lavalier microphone, power supply, 2 x AA batteries, audio cable, manual
LDU30xBPW: Receiver plus pocket transmitter and clip-on microphone for wind instruments, power supply, 2 x AA batteries, audio cable, manual
CONNECTIONS, OPERATING AND DISPLAY ELEMENTS
RECEIVER
1
POWER
On/off switch. Press and hold the button for approximately 1 seconds to turn the device on or off.
2
CHANNEL DISPLAY
Illuminated LC display to show the radio channel.
3
CHANNEL + / -
Push buttons to select the radio channel 01 to 12. To establish a wireless connection between the transmitter and the receiver, the radio frequency
on both machines must match (synchronisation process as described under point 6. ASC).
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