Javisko mikrofón Omnitronic WAMS-65BT bezdrôtový dynamický s kardioidnou charakteristikou

The Omnitronic WAMS-65BT Wireless Dynamic Cardioid is a stage microphone designed for live performance and public speaking. It features a dynamic cardioid pickup pattern to reduce background noise and feedback, operates on the 865 MHz wireless band for stable transmission, and is powered by standard AA batteries for convenient field use. The microphone has a plastic housing with a black finish, measures 260 mm in height and weighs 130 g, offering a balance of durability and light handling for extended use on stage.

Advantages

The cardioid dynamic capsule provides focused sound capture, minimizing off-axis noise and improving clarity for vocals. Wireless operation on the 865 MHz band allows cable-free mobility on stage and in event spaces. Battery power via AA cells enables quick replacement and easy sourcing of power in most locations. The lightweight plastic body reduces fatigue during handheld use while providing a robust exterior for regular stage handling.

Suitable for

Key specifications

How to use

Insert fresh AA batteries into the microphone battery compartment following the polarity markings, then switch on the microphone and the corresponding receiver tuned to the 865 MHz band. Position the microphone with the head aimed at the sound source and maintain a consistent distance for even levels. For best results, keep the microphone on-axis to the performer’s mouth and avoid covering the grille. After use, switch the microphone off and remove batteries if storing for extended periods to prevent leakage.

Recommendations

Before each event, verify receiver and transmitter frequency alignment and perform a soundcheck to adjust levels and equalization. Use fresh or fully charged AA batteries for consistent performance. Maintain a distance of 5–15 cm from the microphone capsule for typical vocal work, and avoid handling noise by holding the microphone body steadily. Store the microphone in a dry place away from extreme temperatures.