Features
- Flat frequency response
- Brass cut filter
The Contacta RX30 Rechargeable Hearing Loop Listener is a compact listening device for use with hearing loop systems. It enables people to listen to a hearing loop system as if they were wearing a hearing device switched to the T-Coil Program.
This lapel microphone is compatible with the Portable Radio Frequency Transmitter [RF-TX1-865/915]. It includes a tie clip and 1 metre cable with a mini-XLR connector. It enables handsfree communication with clear sound using a high quality Condenser microphone capsule.
The compact Portable Radio Frequency Transmitter delivers wireless transmission of speech and music to compatible portable receivers [RF-RX1-865/915]. There are two versions that respectively work on 865MHz (UK/EU) or 915MHz (USA/AU) frequencies. Transmission range is up to 100 metres in open air, and there is no limit to the number of receivers which can be used per group. The transmitter utilises digital audio transmission technology. A micro-USB power supply provides fast and simple charging and the unit can also be charged using the drop-in RF-DC6/RF-DC24 charging trays.
This handheld microphone has an integrated multi-frequency transmitter and UHF technology. It is for use with Portable Radio Frequency Receivers [RF-RX1-865/915], with two versions available that respectively work on 865MHz (UK/EU) or 915MHz (USA/AU) frequencies. This microphone transmits sound wirelessly and directly to groups of receivers programmed on the same channel, making it ideal for use in lectures, events, and educational venues. The unit is supplied with 2x AA Alkaline batteries. However, rechargeable batteries can be used to power the unit and charged through the micro-USB charge port.
The Radio Frequency Stationary Transmitter is intended for rack mounting, available using 865MHz (UK/EU) or 915MHz (USA/AU) frequencies. It uses internationally compatible frequencies to transfer clear sound to portable receivers [RF-RX1-865/915]. It is designed to provide wireless and amplified assistive listening in large venues from a source to compatible RF receivers using FM radio waves.