Shure PGX Series Wireless Microphone kit - Includes: PGX4 Receiver, PGX1 Bodypack Transmitter, WL93 Lavalier Microphone and Countryman E6 Head-worn Microphone (H6/524 - 542 MHz)

Exclusively through B&H, this Shure PGX Standard Series Wireless Microphone Kit includes the WL93 lavalier and Countryman E6 head-worn microphones for maximum flexibility on stage or in broadcast applications. The systems combine the convenience of single touch remote channel setup with the reliability of diversity UHF operation. The user friendly yet rugged design of the Shure PGX systems measure up to provide years of reliable use in halls, houses-of-worship, clubs, theaters, restaurants, bars, etc. This system includes the PGX4 receiver, PGX1 bodypack transmitter, WL93 lavalier microphone and Countryman E6 head-worn microphone.

The PGX4 Receiver operates over an 18 MHz UHF bandwidth with the flexibility of selecting up to 90 UHF frequencies. The diversity design enables dual internal receiver circuits to compete for the strongest possible reception. The result minimizes noise and RF interference. The rear panel features XLR and 1/4" phone outputs. An infrared port enables frequency information to sync with the transmitter remotely.

The PGX1 Bodypack Transmitter is lightweight and durable, featuring a 4-pin mini microphone input. The microphone input is compatible with Shure's WL series lavaliers, headsets and instrument cables. A 3-position input level switch enables the microphone input to accommodate microphone level and line level signal, as well as provide added headroom for distorted audio signals. The transmitter operates up to 8 hours on 2 AA alkaline batteries.

The Countryman E6 professional head-worn microphone is designed to perform on-stage, in conference settings and broadcast applications. A thin boom and miniature element virtually disappears against the skin and the microphone element features a wide frequency response and high SPL handling. The omnidirectional pattern provides a generous pick up while minimizing residual surface noise.