Shure Brothers Inc UA700 Omnidirectional Whip Antenna

Product Description

The SHURE BROTHERS INC UA700 is an omnidirectional whip antenna designed for wireless audio and RF signal reception applications. It provides 360-degree signal coverage in the horizontal plane, making it a reliable choice for fixed or portable receiver installations where consistent signal pickup from multiple directions is required. Licensed audio and RF technicians install this antenna type in a wide range of professional audio, sound reinforcement, and wireless communication setups. Its whip form factor allows for straightforward mounting and adjustment at the receiver or distribution point.

The UA700 is suited for use with compatible wireless receiver systems in both residential and commercial environments. Typical installation scenarios include stage, house of worship, corporate AV, and broadcast settings where a compact, omnidirectional antenna is needed at the receiver end. It is sold as a single unit and is intended for use by qualified AV and RF installation professionals.

Key Features

• Omnidirectional radiation pattern provides 360-degree horizontal signal coverage
• Whip antenna form factor allows for simple, low-profile mounting
• Sold as a single unit for individual receiver or distribution system use
• Compact design suits rack-mounted or standalone receiver installations

Compatibility

Designed as an OEM-style replacement or accessory antenna for compatible wireless receiver systems. No specific model compatibility data was provided in the product input.

Installation Notes

Installation of the UA700 should be performed by a qualified AV or RF technician familiar with wireless system setup and antenna placement best practices. Power down the receiver or wireless system before connecting or disconnecting the antenna. Position the antenna to minimize obstructions and multipath interference for best RF performance. Follow applicable local codes and the receiver manufacturer guidelines for antenna placement and cable routing.