Vonyx WM60B Wireless Bodypack Microphone, UHF
(
HHA1206 )
(
HHA1206 )
(
HHA1206 )
Regular Price
£43.00
Special test Price
£34.00
In stock
Only 7 left
Key Features
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- Bodypack transmitter for WM6 series UHF wireless microphone systems.
- Equipped with LCD display and selectable channels.
- Ideal for hands free applications vocals presentations etc.
Need help? or want to place an order
Telephone 0203 326 0900
Product Description
Bodypack transmitter for WM6 series UHF wireless microphone systems.
Equipped with LCD display and selectable channels.
Ideal for hands free applications vocals presentations etc.
FEATURES
Features
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- 16 Selectable channels
- LCD display on bodypack
- Low battery indicator
- Powered by 2*1.5V batteries
- Inclusive headset microphone
- Inclusive lavalier microphone
SPECIFICATIONS
Specifications
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- Input Connections: 3.5 mm jack
- Frequency Range: 863.000 - 865.000 MHz
- Frequency Response: 40Hz - 17.000Hz
- Batteries: 3V (two AA)
- Dimensions (L x W x H): 30 x 68 x 100mm
- Weight (kg): 0.2000
- MPN: 179.266
Product Questions
I have just bought a Fenton 10LED PA (ref nr: 170.091) from Electromarket. Will this body pack microphone work with the Fenton PA? I assume the body pack transmitter comes with the Lavalier & boom mics?
Question by: Philip Benstead on 27 Jul 2024, 19:40
Yes, it should work if you choose the frequency as 863.200 MHz, but I cannot 100% confirm that you will not have any connection issues.
Your better option would be to buy a system that has its own receiver, such as the Vonyx WM55B (product code on our website: LLA3744) - the jack receiver in this system would connect directly to the mic input on the FT10LED speaker, and the bodypack is designed to connect automatically to the receiver
Your better option would be to buy a system that has its own receiver, such as the Vonyx WM55B (product code on our website: LLA3744) - the jack receiver in this system would connect directly to the mic input on the FT10LED speaker, and the bodypack is designed to connect automatically to the receiver
Answer by: Josh Clarke (Admin) on 29 Jul 2024, 09:15