Shure BLX14/P31 Headset Wireless System with PGA31 Microphone
Shure BLX14/P31 Wireless Headset System with PGA31 Microphone
The Shure BLX14/P31 pairs a BLX bodypack transmitter with a PGA31 cardioid condenser headset microphone for hands-free speaking and performance. The wearable setup lets presenters, educators, and performers move while keeping the microphone positioned near the mouth.
- PGA31 headset microphone: Lightweight cardioid condenser design for voice pickup.
- BLX bodypack transmitter: Clips to clothing or a belt for a wearable wireless setup.
- QuickScan frequency selection: Helps locate an available frequency during setup; wireless performance depends on the local radio environment.
- Battery life: Up to 14 hours under suitable operating conditions. Actual runtime varies with batteries and use.
Confirm the supplied system's frequency band and compatibility with your audio equipment before purchase. Set up and match the transmitter and receiver before use. Interference, distance, obstacles, microphone placement, and gain settings affect performance.
Shure BLX14/P31 Wireless Headset System with PGA31 Microphone
The Shure BLX14/P31 pairs a BLX bodypack transmitter with a PGA31 cardioid condenser headset microphone for hands-free speaking and performance. The wearable setup lets presenters, educators, and performers move while keeping the microphone positioned near the mouth.
- PGA31 headset microphone: Lightweight cardioid condenser design for voice pickup.
- BLX bodypack transmitter: Clips to clothing or a belt for a wearable wireless setup.
- QuickScan frequency selection: Helps locate an available frequency during setup; wireless performance depends on the local radio environment.
- Battery life: Up to 14 hours under suitable operating conditions. Actual runtime varies with batteries and use.
Confirm the supplied system's frequency band and compatibility with your audio equipment before purchase. Set up and match the transmitter and receiver before use. Interference, distance, obstacles, microphone placement, and gain settings affect performance.