Electro-Voice RE3-BPNID-5H Bodypack Wireless System with No Input Device (5H: 560 to 596 MHz)

The RE3-RX5H Diversity Wireless Receiver from Electro-Voice is a UHF wireless diversity receiver featuring clear frequency scanning, wireless synchronization to transmitter, balanced XLR outputs, and unbalanced 1/4" TRS outputs. It can be used when paired with any RE3 HHT handheld capsule or bodypack transmitter and microphone (sold separately) to deliver rock-solid system performance for presentation or interview audio applications.

The RE3-RX is rack-mountable, and the 1/2 space diversity receiver is designed to function as the control center for your wireless setup. Using clear frequency scan and sync functions, the receiver offers control settings that synchronize to a mated transmitter. Diversity reception technology minimizes the chance of signal dropouts and provides two different antenna locations. The antennas switch moment by moment based on signal strength and stability, which insures solid performance.

Additionally, the easy-to-read LCD display provides vivid viewing of all menus and operating parameters.

The RE3-BPT-5H Bodypack Transmitter from Electro-Voice is a small, lightweight, easily worn and concealed, robust UHF bodypack transmitter. It can be used when paired with a lavalier microphone and a receiver (sold separately) to capture audio for a wide variety of professional presentation and performance applications.

The bodypack transmitter's all-metal body is durable and operates on two AA alkaline or rechargeable NiMH cells. Built with a 10 MHz tuning bandwidth, it offers generous frequency tuning options within the North American Duplex Gap. The selectable 10 or 20mW output power assists in overcoming the challenges of both long, or short transmission ranges.

Furthermore, the ultrasonic sync function makes for a simple system setup by syncing the transmitter to the receiver's frequency tuning and other functional data. Also, recharging contacts offer use with an optional BC2 charging station (sold separately) allowing NiMH rechargeable cells to be charged without removal from the bodypack.