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6

5. Connecting the Audio Output

The output stage of each channel and the separate four channels mixed output of the 401X
Quad are all configured for adjustable unbalanced LINE and fixed balanced XLR line or
microphone audio outputs. The adjustable unbalanced 1/4" mix out is a low level LINE with
an output impedance of 600 ohms. The individual fixed level balanced XLR out can be
configured as high level line out with 11k ohms output impedance or microphone level out
with a 600 ohms load impedance. 

For each channel you wish to use, insert an audio cord with a balanced female XLR plug into
its 

AF OUTPUT (10)

jack on back of the receiver. Plug the other end of each cord into your

amplifier, effect or mixing board. Adjust volume on your mixing board so that no audio
distortion in present when amp or mixer is set at its usual level.

[Note: To prevent possible undesired noises during use, leave the volume controls of unused
channels, (which the corresponding transmitter off) turned off in the amp or mixer. The audio
should only be "live" if the transmitter is on.]

If you want to use the 401X Quad as it own mixer (your amplifier, effect or mixing board
should have 12dB or more gain select on), you can connect to the 

MIX AF OUTPUT (8)

which provides a mixed line output of up to all four channels, with the relative volume of
each channel in the mix determined by that channel's 

VOLUME CONTROL (6)

.

a. Instrument Connection (using the WGT instrument transmitter) 

Insert an audio cord with a 1/4" mono phone plug in the 

AF OUTPUT JACK (8)

on the

rear panel of the receiver. Plug the other end of the cord into amplifier, effect or mixing
board. Adjust the 

VOLUME CONTROL (6)

on the 401X Quad clockwise to about 3/4

rotation until the volume level is comfortable for your application. This setting is roughly
equivalent to direct instrument cord connection. Turning the volume up to maximum will
provide 4dB gain over a cord.

b. Microphone Connection (using the WLT transmitter with either a headset or
lavalier microphone or the WHT handheld microphone transmitter) 

Insert an audio cord with a 1/4" mono phone plug in the 

AF OUTPUT JACK (8)

on the

rear panel of the receiver. Plug the other end of the cord into amplifier, effect or mixing
board. Adjust the 

VOLUME CONTROL (6)

on the 401X Quad clockwise to about 1/2

MAX and adjust the volume control until the volume level is optimal. If the volume
control is set too high, you may overload your mixer or amp.

Since your 401X Quad is comprised of four separate and independent XLR output channels,
it can be used with either one, two, three or four channels operating. Simply turn your mixer
volume control of any channel which you are not using to minimum. If the mix line out is
used, just turn down the 401X Quad receiver's volume controls.

O P E R A T I O N

6

Summary of Contents for 401X Quad

Page 1: ......

Page 2: ...Operation 5 401X Quad Receiver 5 WHT Handheld Microphone Transmitter 8 WLT Lavalier Lapel or Headworn Microphone 10 WGT Instrument Bodypack Transmitter 12 LINK 2 Plug In Transmitter 14 Specifications...

Page 3: ...ation of the Nady 401X Quad four channel VHF wireless including handheld instrument lavalier headmic and plug in transmitter systems Features of the 401X Quad are listed followed by step by step instr...

Page 4: ...ndling noise OFF STANDBY ON switch allows convenient audio muting with the transmitter ON Low battery LED indicator flashes once for unit ON lights steady for low battery alert Rubber easy mount mic c...

Page 5: ...horizontal 90 degrees from each other For maximum range it is always best to maintain a line of sight no obstructions between the receiver antennas and the transmitter whenever possible 3 Mute Squelc...

Page 6: ...with the relative volume of each channel in the mix determined by that channel s VOLUME CONTROL 6 a Instrument Connection using the WGT instrument transmitter Insert an audio cord with a 1 4 mono pho...

Page 7: ...7 5 401X Quad Front 16V AC DC Adapter 1 401X Quad Back Antennas 2 9 11 7 10 8 O P E R A T I O N 3 4 6...

Page 8: ...ot in use 3 The microphone is now ready to use The TX LED INDICATOR 7 on the 401X Quad receiver should now be lit indicating a received signal from the transmitter When ready to speak slide the transm...

Page 9: ...9 O P E R A T I O N 12 14 13 15 16...

Page 10: ...LED INDICATOR 7 on the 401X Quad receiver should now be lit indicating a received signal from the transmitter When ready to speak slide the transmitter switch to the ON position and adjust the volume...

Page 11: ...11 17 18 O P E R A T I O N Headworn Microphone 21 Opening Battery Compartment 20 17 22 23 24 19...

Page 12: ...nstrument Connections section of the above 401X Quad receiver instructions The AF LEVEL LED DISPLAY 7 on the 401X Quad receiver will light up as if the input signals are getting stronger Occasional fl...

Page 13: ...25 29 30 31 27 28 13 26 25 O P E R A T I O N Opening Battery Compartment...

Page 14: ...readed LOCKING RING by rotating the ring counterclockwise to the top of the transmitter Step 5 To release the XLR CONNECTOR turn the threaded LOCKING RING clockwise and press the RELEASE BUTTON 40 3 L...

Page 15: ...ud and there is the possibility of overload distortion Re position the microphone farther from the source or adjust the Link 2 transmitter gain with the VOLUME LO HI GAIN SWITCH 35 Set for the maximum...

Page 16: ...for securing 35 Gain Control Switch Adjusts the input sensitivity LO or HI 36 Low Battery LED Single flash power on lit steady low battery 37 Power Switch Turns the power ON STANDBY OFF In standby pos...

Page 17: ...OFF STANDBY ON LO HI Level and ON OFF Phantom power switch LED Indicator Unit ON single flash Low Battery Alert steady RF Power Out 50mW Max allowed by FCC Harmonic Spurious Emissions 40dB Battery 9V...

Page 18: ...not prepaid with a credit card Please ship the unit prepaid to Nady Systems Inc Service Department 6701 Shellmound Street Emeryville CA 94608 Please include a brief description of the problem you are...

Page 19: ...ence Canada Operation is subject to the following two conditions 1 this device may not cause harmful interference and 2 this device must accept any interference received including interference that ma...

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