The Azden WMS-PRO+i VHF Camera-Mount Wireless Omni Lavalier Microphone System includes a new interface cable making it compatible with any mobile device with a TRRS jack. Record great wireless audio while shooting video with your mobile device. Works with most current model iOS and Android devices. The WMS-PRO+i is an easy to use and affordable wireless audio system combining the WM-PRO body-pack transmitter and WR-PRO camera mount receiver. Both a lavalier microphone and a handheld microphone are included for added flexibility.
The WL/T-PRO combines the WM-PRO body-pack transmitter with the EX-503 electret condenser omni-directional lavalier microphone. This is the standard 2 frequency switchable (169.445MHz and 170.245MHz) body-pack transmitter for all “PRO” series receivers. Uses a single 9V alkaline battery and comes with a belt-clip. The EX-413 handheld plug-in microphone is also included and can be substituted for the lavalier mic when the user prefers.
The WR-PRO is a single channel receiver, but has two selectable operating frequencies to choose from (169.445MHz and 170.245MHz) giving the user an option in case one channel has interference. Comes with camera shoe mount and a hard wired 3.5mm mono microphone output cable.
Azden WMS-PRO+i VHF Camera-Mount Wireless Omni Lavalier Microphone System with Handheld Mic Azden WR-PRO VHF Camera-Mount Wireless Receiver Azden WLT/PRO VHF Wireless Bodypack Transmitter with Omni Lavalier Mic Shoe mount Adapter Earphone Monitor Belt Clip 3.5mm to 3.5mm Output Cable 3.5mm TRRS Adapter Output Cable for Smartphone Hook-and-Loop Mounting Tape Limited 2-Year Warranty
System
Wireless Transmission
Analog VHF
Number of RF Channels
2
Included Transmitters
1 x Bodypack
RF Frequency Band
169.445 MHz
170.245 MHz
Max Operating Range
250' / 76.2 m
Max Systems per Setup
2
Receiver
Form Factor
Camera-Mount
Mounting Options
Shoe-Mount
Antenna
1 x Telescopic, Fixed
Number of Audio Channels
1
Audio I/O
1 x 1/8" / 3.5 mm TRS Female Unbalanced Mic Output 1 x 1/8" / 3.5 mm TRS Female Headphone Output
