Product Detail
The Lectrosonics HMa is a remarkable digital hybrid wireless UHF plug-on transmitter. Its unique design seamlessly matches any microphone or line - level source through a standard XLR connector. You can select phantom power at 5, 15, or 48 volts, or turn it off for dynamic microphones and line - level signals. It features a wide tuning range of up to 76 MHz (19 MHz for block 941 version with 695 frequencies), with tuning steps of 100 kHz or 25 kHz. In Nu Hybrid mode, it offers excellent audio quality with wide frequency response and dynamic range, and is compatible with Lectrosonics Mode 3 and IFB receivers. Key features include accepting audio from XLR - equipped sources, selectable phantom power, a wide tuning range for numerous frequencies, selectable output power, adjustable low - frequency roll - off, power from two AA batteries, a USB port for firmware updates, an IR port for fast setup, and a solid machined aluminum housing. Technical specs cover operating frequency, power output, compatibility modes, and more, ensuring a comprehensive and high - performance audio solution.
Using the Lectrosonics HMa transmitter is easy. First, connect your microphone or audio source to the standard 3 - pin XLR female audio input jack. You can choose the appropriate phantom power voltage (5V, 15V, 48V, or turn it off) according to your needs. Select the desired frequency using the frequency selection steps of 100 kHz or 25 kHz. Adjust the audio input gain and other settings through the LCD with membrane switches. For a quick setup, use the IR port to transfer settings from an IR - enabled receiver. When it comes to batteries, use two 1.5 - Volt AA alkaline batteries. Remember, battery life varies depending on whether you use phantom power or not. Keep the transmitter in an environment with a temperature between - 20°C (- 5°F) and 40°C (104°F). To maintain the transmitter, periodically check the firmware and update it via the USB port. Clean the housing with a soft, dry cloth. Avoid exposing it to moisture or extreme conditions to ensure long - term performance.
