Pyle PDWM1980 Compact UHF Wireless Microphone System Instruction Manual

Pyle PDWM1980 Compact UHF Wireless Microphone System

Introduction

In contrast to inferior VHF units, the Pyle Wireless Microphone System uses UHF signal audio transmission for an unmatched performance with a high signal to noise ratio for clear, distortion-free, crisp vocal reproduction and superb sound reproduction. This one-channel portable microphone system has a dual antenna enhanced wireless range for clear vocal pickup and a customizable frequency design. Take advantage of cordless karaoke singing and mobility for a dynamic stage performance. While the receiver base is USB powered, the handheld microphone runs on two “AA” batteries. Additional features include a receiver with a digital LCD display, a small tabletop design, and easy desktop audio mic control. The power ON/OFF switches for the receiver, mic, the receiver’s AF/RF audio signal indications and frequency readout are all present.

The receiver has an XLR (3-pin) balanced audio input connector and a 14″ unbalanced audio output port. comes with a USB cord, a wireless portable microphone, and two AA batteries for the microphone. can be used both inside and outside, such as in a church or school classroom or for personal usage at home. ideal for a party, conference, or PA

SYSTEM COMPONENT

1. Wireless receiver
2. Adapter (optional)
3. Adapter (optional)
4. Cable (optional)
5. Charging cable(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

1. Power Switch
2. Vol A
3. Vol 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-A

The images above are indicative only, the actual product may differ

1. Power signal lamp
2. LED display
3. Battery Cover
4. Frequency-change button
5. Power switch

Body Pack Transmitter (Only apply to some models)

FUNCTIONS

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

MATCHING RECEIVER AND TRANSMITTER (ONLY APPLY TO SOME MODELS)

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

BODYPACK TRANSMITTER CONNECTION

1. 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.
2. 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.

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.

CONFIGURATION OF MULTIPLE SYSTEMS

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

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No sound

or sound is weak

| Transmitter display or light is off| 1. Turn on transmitter

2. Make sure battery is installed right

3. Replace batteries

Receiver display or light is off| Make sure adapter is plugged into receiver DC socket, and the adapter is power supplied
Receiver display or light indicate RF signal| 1. Turn up receiver volume

2. Check the cable connection of receiver

Receiver display or light indicate no RF signal; Transmitter and receiver power light is on| 1. Remove receiver away from metal objects

2. Check if barrier is between receiver and transmitter

3. See “Matching receiver and transmitter”

Distortion or unwanted noise bursts| Receiver display or light indicate RF signal| 1. Remove interference sources nearby

2. Change receiver and transmitter working frequency

3. Replace transmitter batteries

4. If using many sets together, increase working frequency interval of systems

5. Maximize the volume button

Failed to turn ON transmitter| Press power button, transmitter not working, or shut down after a second| 1. Replace batteries

2. Re-press power button after few seconds

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 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

FAQs

Why would you want an XLR input? shouldn’t that be output???****

our sincere apologies about the wrong label. Yes, it is an unbalanced output. You may check other details of the unit by visiting our website pyleaudio.com. Type the model number on the search box PDWM1980 for more details.

Can wireless mics be used very far?****

To prevent unwanted interference outside of the realistic range of a wireless microphone system, the government controls the radio signal strength from a wireless microphone transmitter. Depending on the situation, a transmitter’s effective range is normally between 100 and 1,000 feet.

Why does the wireless microphone not function?****

Signal blockage is one of the most prevalent issues with wireless networks. Signals can be impacted by metal, walls, and even the human body. You can only shift your receivers around to find a nice position that isn’t blocked if there isn’t much you can do about signal blockage.

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.

What’s the process of a wireless microphone system?****

It is sometimes referred to as a radio microphone because it contains a tiny, battery-operated radio transmitter that uses radio waves to broadcast the audio signal from the microphone to a receiver device that is close by and recovers the audio. The receiver device is cabled to the additional audio gear.

Can many wireless mics be used simultaneously?****

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 utilize either one.

Why do wireless microphones cut out?****

Numerous factors, such as antenna positioning, subpar antenna cables, issues with antenna distribution, frequency selection, interference, etc., can result in dropouts in wireless microphones. Dropout problems will be solved by trial and error.

Does WIFI affect the performance of wireless microphones?****

Wireless microphones using the 2.4 GHz band, which are less prevalent than the industry standard UHF mics, can and can interfere with WIFI devices, including WIFI-capable smartphones.

Is a microphone with no amplification possible?****

The use of passive microphones is power-free. There are no internal amplifiers in them (though passive step-up output transformers can boost the output voltage of a passive microphone). Moving-coil dynamic microphones and the bulk of ribbon dynamic microphones are passive microphones.

When is a wireless microphone appropriate to use?****

A cordless handheld mic is the ideal tool if you need to work with a cameraman while you may freely move around while carrying your microphone, such as in a “man-on-the-street” piece or interviews conducted on the convention floor.

What occurs if two microphones are using the same frequency?****

Two microphones operating simultaneously on the same frequency will interfere with one another because the receiver is unable to discern between the various signals or break them up into individual signals. In this case, neither signal will be received properly.

Can two wireless microphones be used with a single receiver?****

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

Why use a microphone, you ask?****

A microphone converts airborne sound waves into electrical signals that can be recorded on a recording medium or broadcast over loudspeakers. Numerous audio recording devices are made possible by microphones for a variety of communications, music vocalists, speech, and sound recording applications.

Are wired or wireless microphones superior?****

Onstage, a cordless mic gives you greater mobility and gives you the chance to engage with the audience differently. Being free of a microphone cable can seem liberating and exciting if you’re a dynamic performer who enjoys moving around the stage.

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.

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