Instructions for Use
Page 54
...socket 7 Stereo transmitter - rear view Operating controls on the SR 300 IEM G2 transmitter ¾º Ƹ ƹ¹ ¸ ƺ º DC socket for connection of mains unit (DC IN) ¾ Cable grip for power supply DC cable ¸ Type plate ¹ Service interface (DATA...ƺ Antenna output (ANT A/B), BNC socket ƻ Transmission power switch (RF POWER) Operating controls on the SR 350 IEM G2 twin transmitter º ¾µ ¸ º 3-pin IEC mains socket ¾ Cable grip for power supply DC cable µ Label with hazard warnings ¸ Type ...
...socket 7 Stereo transmitter - rear view Operating controls on the SR 300 IEM G2 transmitter ¾º Ƹ ƹ¹ ¸ ƺ º DC socket for connection of mains unit (DC IN) ¾ Cable grip for power supply DC cable ¸ Type plate ¹ Service interface (DATA...ƺ Antenna output (ANT A/B), BNC socket ƻ Transmission power switch (RF POWER) Operating controls on the SR 350 IEM G2 twin transmitter º ¾µ ¸ º 3-pin IEC mains socket ¾ Cable grip for power supply DC cable µ Label with hazard warnings ¸ Type ...
Instructions for Use
Page 58
... base of the transmitter is clean and free from grease before mounting the rubber feet. ̈ Fix the rubber feet to the power supply, observe the information indicated on the left. Avoid circuit overloading. Risk of staining of furniture surfaces! Risks when rack mounting the transmitter.... ̈ When installing the device in a rack, take good care not to affect the ventilation required for use SR 300 IEM G2 transmitter/ SR 350 IEM G2 twin transmitter Fitting the device feet To ensure that , during operation, the ambient temperature within the rack may accumulate, thereby ...
... base of the transmitter is clean and free from grease before mounting the rubber feet. ̈ Fix the rubber feet to the power supply, observe the information indicated on the left. Avoid circuit overloading. Risk of staining of furniture surfaces! Risks when rack mounting the transmitter.... ̈ When installing the device in a rack, take good care not to affect the ventilation required for use SR 300 IEM G2 transmitter/ SR 350 IEM G2 twin transmitter Fitting the device feet To ensure that , during operation, the ambient temperature within the rack may accumulate, thereby ...
Instructions for Use
Page 63
... up the volume. 16 Both balanced and unbalanced connection is only suitable for long periods can cause damage to the device. ̈ Use the supplied mains cable to connect the receiver to the mains (100 to the XLR-3F sockets Ƹ (left as far as possible. ̈ Connect... audio signal CAUTION! º¾ º¾ Connecting the transmitter to XLR-3F socket Ƹ. especially when you connect the transmitter to an unsuitable power supply, this case, set the transmitter to the 3-pin IEC mains socket º. ̈ Plug the mains connector into the wall socket. Note: Any...
... up the volume. 16 Both balanced and unbalanced connection is only suitable for long periods can cause damage to the device. ̈ Use the supplied mains cable to connect the receiver to the mains (100 to the XLR-3F sockets Ƹ (left as far as possible. ̈ Connect... audio signal CAUTION! º¾ º¾ Connecting the transmitter to XLR-3F socket Ƹ. especially when you connect the transmitter to an unsuitable power supply, this case, set the transmitter to the 3-pin IEC mains socket º. ̈ Plug the mains connector into the wall socket. Note: Any...
Instructions for Use
Page 85
...peak deviation, 1 kHzAF) PHONES 2 x ≥ 100 mW at 32 Ω Overall device Power supply Nominal voltage Max. SPL Impedance 40-20,000 Hz 106 dB (1 kHz, 1 mW) 16 Ω EK 300 IEM G2 receiver RF characteristics Receiver principle Sensitivity (with HDX, peak deviation) Adjacent channel rejection Intermodulation attenuation Blocking ... 12 freely selectable channels (1,440 frequencies, tunable in steps of 25 kHz) 36 MHz ± 24 kHz/± 48 kHz ≤ ± 15 ppm Sennheiser HDX 40-15,000 Hz 19 KHz/±4 kHz ≥ 91 dB(A) ≤ 0,9 % -10 °C to +55 °C (with BA 2015...
...peak deviation, 1 kHzAF) PHONES 2 x ≥ 100 mW at 32 Ω Overall device Power supply Nominal voltage Max. SPL Impedance 40-20,000 Hz 106 dB (1 kHz, 1 mW) 16 Ω EK 300 IEM G2 receiver RF characteristics Receiver principle Sensitivity (with HDX, peak deviation) Adjacent channel rejection Intermodulation attenuation Blocking ... 12 freely selectable channels (1,440 frequencies, tunable in steps of 25 kHz) 36 MHz ± 24 kHz/± 48 kHz ≤ ± 15 ppm Sennheiser HDX 40-15,000 Hz 19 KHz/±4 kHz ≥ 91 dB(A) ≤ 0,9 % -10 °C to +55 °C (with BA 2015...
Instructions for Use
Page 86
... safety (LVD): y EN 60065 Connector assignment SR 300/350 IEM G2: ¼'' (6.3 mm) stereo jack plug for headphone output SR 300/350 IEM G2: XLR-3M connector + 21 3 SR 300: EK 300 IEM G2: DC connector for power 3.5 mm stereo jack plug supply for headphone output 39 input voltage (peak deviation, ...+20 dBu 10 kΩ Overall device Power supply Nominal voltage Power consumption at headphone output AF input Max. SR 300 IEM G2 transmitter/SR 350 IEM G2 twin transmitter RF characteristics RF output power at 50 Ω SR 300 IEM G2 20 mW SR 350 IEM G2 100 mW, switchable to 15 mW ERP ...
... safety (LVD): y EN 60065 Connector assignment SR 300/350 IEM G2: ¼'' (6.3 mm) stereo jack plug for headphone output SR 300/350 IEM G2: XLR-3M connector + 21 3 SR 300: EK 300 IEM G2: DC connector for power 3.5 mm stereo jack plug supply for headphone output 39 input voltage (peak deviation, ...+20 dBu 10 kΩ Overall device Power supply Nominal voltage Power consumption at headphone output AF input Max. SR 300 IEM G2 transmitter/SR 350 IEM G2 twin transmitter RF characteristics RF output power at 50 Ω SR 300 IEM G2 20 mW SR 350 IEM G2 100 mW, switchable to 15 mW ERP ...