Shure Brothers BLX2/B58=-H9 Handheld Wireless Transmitter

Product Description

The SHURE BROTHERS, INC. BLX2/B58=-H9 is a handheld wireless transmitter equipped with a Beta 58 microphone capsule, designed for professional vocal applications. This unit serves as the handheld component of a BLX wireless system, converting a live vocal signal into a wireless radio frequency transmission for use with a compatible BLX receiver. The integrated Beta 58 capsule delivers a focused supercardioid pickup pattern suited for live performance and installation environments. Licensed audio-visual technicians and professional audio installers are the primary trade personnel who deploy this type of unit.

This handheld transmitter is intended for use in live sound reinforcement, installed sound systems, and professional audio-visual environments. It is sold as a single unit and pairs with a compatible BLX series receiver to complete the wireless microphone system. Typical installation scenarios include stage, podium, and fixed-venue applications where cable-free vocal microphone operation is required. This unit is designated for H9 frequency band operation.

Key Features

• Integrated Beta 58 supercardioid microphone capsule for focused vocal pickup
• Handheld transmitter form factor for cable-free vocal microphone use
• H9 frequency band designation for region-specific RF operation
• Designed to pair with compatible BLX series wireless receivers
• Sold as a single unit (EA), quantity per package: 1

Compatibility

Designed as a handheld transmitter component for use with compatible BLX series wireless receiver systems operating on the H9 frequency band.

Installation Notes

Installation and system configuration should be performed by a qualified audio-visual technician or licensed systems integrator familiar with wireless RF frequency coordination. Before pairing this transmitter with a receiver, power down the receiver and confirm the operating frequency band matches the installed receiver unit. Follow all applicable local and federal RF transmission regulations when selecting operating frequencies for the deployment environment.