Pyle PDWM1950 Wireless Microphone System User Guide

June 4, 2024
Pyle

Pyle PDWM1950 Wireless Microphone System

Pyle-=PDWM1950-Wireless-Microphone-System-Imgg

Introduction

This portable, single-channel wireless microphone system has a customizable frequency design, a long wireless range, and clear vocal pickup. Take advantage of cordless karaoke singing and mobility for a dynamic onstage performance.

  • To set up the system and to avoid interference, each unit may have many presented channels.
  • When using numbers of receivers transmitters together, each unit should use different channels.

Tips

  1. Transmitter and antenna should keep in a barrier-free linear relative position.  Do not place receiver close to metal surface object or digital equipment.
  2. Try to keep receiver 1.5m above the floor and 1m away from the wall.

System Component

Pyle-=PDWM1950-Wireless-Microphone-System-Fig-2

  1. Wireless receiver
  2. Adapter (optional)
  3. Adapter (optional)
  4. Cable (optional)
  5. Charging cab|e(optional)
  6. AA batteries (optional)
  7. 14500 lithium battery (optional)
  8. User manual (Optional)
  9. Handheld transmitter (optional)
  10. Body pack transmitter (optional)
  11. Lavalier microphone (optional)
  12. Headset mic (optional)
  13. 35″ signal output cable

Receiver

Pyle-=PDWM1950-Wireless-Microphone-System-Fig-3

  1. Power Switch
  2. A
  3. B
  4. RF Signal Lamp
  5. AF Signal Lamp
  6. Power Signal Lamp
  7. LCD Display
  8. 1/4 Audio Output Socket
  9. XLR Audio Output Socket
  10. Power Input Socket
  11. Charging Socket
  12. ANT-APyle-=PDWM1950-Wireless-Microphone-System-Fig-5
  13. Power signal lamp
  14. LED display
  15. Battery Cover
  16. Frequency-change button
  17. Power switch

Body Pack Transmitter (Only apply to some models)

Pyle-=PDWM1950-Wireless-Microphone-System-Fig-6

Functions

  1. Clip microphone socket
  2. LED Iight
  3. Antenna
  4. LED display
  5. Frequency-change button
  6. Power switch

Matching Receiver and Transmitter (Only apply to some models)Make sure the receiver is powered OFF.

  1. On transmitter side, press and hold the frequency- change button, then press and hold the power button till the display is flashing.
  2. Turn ON the receiver and then you will see the RF light is flashing.
  3. Attention: For the receiver that has LED display, turn ON the receiver and wait for 3-5 seconds
  4. Get back to the transmitter side and re-press the frequency-change button.
  5. Matching is successful if the RF light is ON or the LED display shows frequency, otherwise, re-do step 1 to step 5.

Pyle-=PDWM1950-Wireless-Microphone-System-Fig-7 Pyle-=PDWM1950-Wireless-Microphone-System-Fig-8

BODYPACK TRANSMITTER CONNECTION

Lavalier Microphone Connection

Connect the connector of supplied lavalier microphone to the connecting jack of transmitter (Shown as below). Set the transmitter work state in wireless lavalier system.

Pyle-=PDWM1950-Wireless-Microphone-System-Fig-9

Headset Microphone Connection

Connect the connector of supplied headset microphone to the connecting jack of transmitter (Shown as below). Set the transmitter work state in wireless headset system.

Pyle-=PDWM1950-Wireless-Microphone-System-Fig-10

Charging the microphone (Only apply to some models)

CAUTION: For charging microphone, MUST NOT use AA battery to power the microphone. MUST use 14500 lithium battery.

Pyle-=PDWM1950-Wireless-Microphone-System-Fig-11

Configuration of Multiple Systems

Pyle-=PDWM1950-Wireless-Microphone-System-Fig-12

  1. Transmitters match corresponding receivers to prevent frequency interference (See “Matching receiver and transmitter” for reference)
  2. Using different frequencies among transmitters (The difference should be 3-4MHz for each transmitters)

TROUBLESHOOTING

Pyle-=PDWM1950-Wireless-Microphone-System-Fig-13

SPECIFICATION

Some specification may not apply to some models.

RECEIVER

  • Channels: 16 Channels
  • SNR 96db
  • Sensitivity 96dbm
  • Frequency Response 30~20kHz
  • Channel Interval 500kHz
  • Output Impedance 600 Ohm
  • Power Supply 5V
  • Power Consumption <85Ma

LED Display

HANDHELD TRANSMITTER

  • Power Output 10dbm
  • Frequency Response 30kHz~20kHz
  • Power Supply 3v (Normal battery)
  • Power Supply 3.7V (Lithium battery)

BODYPACK TRANSMITTER

  • Power Output 10dbm
  • Frequency Response  -30kHz~20kHz
  • Power Supply   3v

Frequently Asked Questions

do i need an amplifier to hear the sound of the mic ?

yes you need an amp to this unit. You may check other details of the unit by visiting our website pyleaudio.com. Type the model number on the search box PDWM1950 for more details.

How can my UHF wireless microphone be reset?

After turning off the wireless microphone, hold down the frequency selection key while pressing the switch key once more. Release the two buttons once the display has flashed for approximately two seconds, and then turn on the receiver’s power switch.

How can I link my TV to a microphone?

All you need to do is get a microphone with a USB plug because almost all TV models these days support the USB feature. Then, connect the microphone to the USB connection on your TV, and you’re ready to go!

Is a speaker required for a microphone?

Although loudspeakers and headphones are not necessary for the operation of microphones (and vice versa), these audio gadgets frequently cooperate. This is especially true in the studio and on stage.

Can any receiver be used with a wireless microphone?

No, as wireless microphones may employ incompatible frequencies, exclusive noise reduction circuits, and safe 128- or 256-bit encryption, they will NOT function with any receiver. However, a wireless microphone can be used with a variety of receivers from the same manufacturer’s compatible model line.

Can many wireless mics be used simultaneously?

Can I pair a receiver with two or more wireless microphone transmitters? No, it won’t work like that. One active microphone transmitter at a time can only have its signal demodulated by a wireless receiver. However, as long as only one transmitter is turned on at any given time, you are free to utilise either one.

Can a speaker be made of a microphone?

Simply said, absolutely. If you connect a microphone to an audio output jack, it can function as a speaker. When a microphone receives an audio signal, its diaphragm vibrates to make sound.

Do wireless microphones require line-of-sight?

Line of sight is important. The reception antenna must be visible to the microphone transmitter. To larger, click. The RF signal transmitted by a wireless mic transmitter will be absorbed, blocked, interfered with, and reflected by the human body.

What functions do microphone receivers have?

The radio frequency of the microphone transmitter is effectively picked up by wireless microphone receivers, who then change it back to the audio signal. The receiver should be connected to an audio console’s mic level input so that it can decode the necessary audio signal.

Can you pair a receiver with two wireless microphones?

No. When configuring wireless microphone systems, a dedicated receiver is required for each microphone that will be used (ie: one microphone to one receiver). To communicate with one another, the receiver and the microphone need to be on the same frequency.

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