Audio-Technica ES925H6-XLR User Manual
![Audio-Technica ES925H6-XLR Microphone manual cover](/images/NLxzEYkjPcrGwLRLfWcbzRlj/thumbs/thumb175x175.webp)
To connect the ES925H6-XLR microphone to a mixer, use a standard XLR cable. Plug the female end into the microphone and the male end into an available XLR input on your mixer. Ensure the mixer is set to provide phantom power if required.
Position the ES925H6-XLR 6-12 inches away from the speaker's mouth, slightly off-axis to reduce plosives. Adjust the angle and distance to find the clearest sound with minimal background noise.
Use a pop filter or windscreen to minimize noise. Position the microphone closer to the sound source and reduce gain on the mixer. Additionally, ensure the recording environment is as quiet as possible.
Regularly clean the microphone grille with a soft cloth and avoid exposure to moisture. Store the microphone in a dry, padded case when not in use. Periodically check cables and connectors for wear.
Check that the XLR cable is securely connected to both the microphone and mixer. Ensure phantom power is enabled on the mixer. Test with a different cable and input channel to isolate the issue.
Yes, the ES925H6-XLR can be used outdoors, but it is recommended to use a windscreen to reduce wind noise. Protect the microphone from moisture and extreme temperatures.
The ES925H6-XLR is compatible with audio interfaces that have XLR inputs and provide phantom power. Check the interface specifications to ensure compatibility.
The ES925H6-XLR features a cardioid polar pattern, which captures sound primarily from the front while rejecting sound from the sides and rear. This makes it ideal for isolating the desired sound source.
Use a padded case to protect the microphone during transport. Ensure the microphone is securely placed to prevent movement and avoid exposure to extreme temperatures or moisture.
Yes, the ES925H6-XLR is suitable for recording various musical instruments. Experiment with placement to achieve the best sound quality, considering the instrument's acoustics and environment.