Handheld with RE520 head, 653-663MHz
The RE3-HHT is a lightweight, yet robust UHF handheld transmitter body. It is ideally-suited for professional performance and presentation applications. Due to its commonly-used 1.25” diameter, 28 UN-2A thread pitch microphone head coupling, it accepts mic heads using this common coupling convention. Although primarily intended to accept the ND and RE Series heads developed for RE3 listed in the accessories section of this data sheet, the RE3-HHT will adapt other microphone heads using the 1.25” diameter, 28 UN-2A thread pitch coupling scheme.
The all-metal body is robust and durable, and operates on 2 AA alkaline or rechargeable NiMH cells.
The ultrasonic sync function makes for a simple system setup by syncing the transmitter to the receiver frequency tuning and other functional data.
The selectable output power (band specific) assists in overcoming the challenges of both long, or short, transmission ranges.
The tuning bandwidth affords generous frequency tuning options helping to avoid various sources of possible interference.
The threaded coupling makes attaching and interchanging a variety of heads simple and convenient.
Recharging contacts provide for functional use with the optional BC2 charging station allowing the NiMH rechargeable cells within two bodypack transmitters to be charged without removal.
- Robust metal body
- Sync function for easy frequency setup
- Selectable low and high output power (band specific)
- Up to 36 MHz tuning bandwidth (band specific)
- Common threaded coupling allows microphone head interchangeable
RE420-RC3 Wireless Head with RE420 Capsule
- Thread-on microphone head for Electro-Voice handheld transmitters (compatible with many other brand's handheld transmitters)
- Premium condenser element delivers a warm low-end, open mid-range, and clear high-end sonic signature
- Cardioid polar pattern provides excellent acoustic isolation with a comfortable working range
- Multi-stage pop filter minimizes breath blasts and plosives
- Selectable high-pass filter reduces undesirable low frequency content when engaged
