Discontinued
Details
Enjoy Extended Returns thru Feb 1, 2018!
You have until Feb 1, 2018 to return or exchange items bought after Nov 1, 2017. All other standard return policy conditions apply.
Close
Shipping Location
Enter new zip code to refresh estimated delivery time.
Update
Unrecognized Zip Code
Audix AP42 Performance Series Dual-Channel Bodypack Wireless System with Two HT5 Omnidirectional Headworn Microphones (Black, 554 to 586 MHz)
Audix AP42 Performance Series Dual-Channel Bodypack Wireless System with Two HT5 Omnidirectional Headworn Microphones (Black, 554 to 586 MHz)
B&H # AUAP42HT5B MFR # AP42 HT5-B
Discontinued
Reviews 0
Write a review
Q&A
Transmitter Type: B60 Bodypack + 2 Black HT5 Headworn Mics
B60 Bodypack + 2 Black HT5 Headworn Mics
Audix HT5 overview
- 1Description
The AP42 Performance Series Dual-Channel Bodypack Wireless System from Audix includes the R42 2-channel diversity receiver, two B60 bodypack transmitters, and two black HT5 headworn condenser microphones. The R42 receiver operates on a frequency range of 554 to 586 MHz and offers one-touch auto scan searches for clear channel. The unit features an internal antenna combiner for dual antenna operation. It comes in a 19" rackmount chassis and includes BNC cables for front mounting antennas. Thanks to the one-touch sync function, this receiver easily links to the B60 bodypack transmitters placed within 300'.
Enclosed in a metal housing with modular antenna design, the bodypack transmitters feature a high-contrast LCD display with group, channel, and battery indicator. Each HT5 microphone can be connected to its respective bodypack transmitter via the integrated 3-pin mini XLR-terminated cable. These lightweight microphones are suitable for live presentation, and broadcast applications. They have a uniformly controlled omnidirectional polar pattern and can capture vocals from a comfortable distance of 2 to 3" off axis.
-
HT5 Headworn Microphone with 3-Pin Mini XLR Connector (Black)
The Audix HT5 is a professional omnidirectional headworn microphone with excellent audio reproduction and a slim profile. The HT5 is ideal for an array of applications such as presentation, music performances, fitness instruction, broadcasts and more.
The omnidirectional polar pattern provides a uniform frequency response while providing excellent off-axis rejection, eliminating residual noise, feedback etc. Its flat frequency response is tailored to accurately capture the tonal quality of vocals while minimizing low frequency noise and rumble. The HT5's slim profile is unobtrusive and ideal for stage and broadcast applications.
- Omnidirectional Polar Pattern
- The omnidirectional polar pattern provides a uniform frequency response while providing excellent off-axis rejection.
- Low Profile
- The HT5's slim profile is unobtrusive and ideal for stage and broadcast applications.
- Tailored Frequency Response
- Its flat frequency response is tailored to accurately capture the tonal quality of vocals while minimizing low frequency noise.
- Moisture Resistant
- The capsule is protected from damage due to perspiration, humidity, etc.
UPC: 687471591062
- R42 Kit-B Performance Series Dual-Channel UHF Diversity Receiver (B: 554 to 586 MHz)
- B60 Performance Series Bodypack Transmitter (522 to 586 MHz)
In the Box
Table of Contents
- 1Description
-
HT5 Headworn Microphone with 3-Pin Mini XLR Connector (Black)
Transducer Condenser Polar Pattern Omnidirectional Frequency Response 50Hz - 15kHz Dynamic Range (Typical) Not specified by manufacturer Signal-to-Noise Ratio Not specified by manufacturer Maximum Input Sound Level 135dB Power Requirements Phantom Power Output Impedance 100Ω Output Connectors 3-Pin Mini XLR Pad No Low Frequency Roll-Off Natural Roll-Off at 50Hz Dimensions Not specified by manufacturer Weight Not specified by manufacturer Packaging Info Box Dimensions (LxWxH) 9.8 x 6.0 x 3.9"
- R42 Kit-B Performance Series Dual-Channel UHF Diversity Receiver (B: 554 to 586 MHz)
- B60 Performance Series Bodypack Transmitter (522 to 586 MHz)
Audix HT5 Q&A
Audix HT5 accessories
See any errors on this page?
Let us know.
