
Audio2000'S AST4264BX3 3-Pack Black Microphone Gooseneck Table Mounts with 5/8'' X 27 Threads and Mounting Screws
$18.57
Frequently Asked Questions
- Q: What is included in the Audio2000'S AST4264BX3 package? A: The package includes three black microphone gooseneck table mounts and nine mounting screws, with three screws for each gooseneck mount.
- Q: What type of threads do the gooseneck mounts support? A: The gooseneck mounts are designed for microphone clips and holders that have 5/8" X 27 threads.
- Q: Are the Audio2000'S AST4264BX3 mounts compatible with other models? A: Yes, these mounts are compatible with Audio2000'S AST4261B, AST4262B, and AST4263B black goosenecks.
- Q: What material are the AST4264BX3 mounts made from? A: The microphone gooseneck table mounts are constructed from plastic.
- Q: What is the flange diameter for these mounts? A: The flange diameter for the AST4264BX3 mounts is 1.75 inches, which helps with mounting stability and conserving space.
- Q: Can these mounts be used for other applications besides microphones? A: While primarily designed for microphones, the mounts may be used for other equipment compatible with 5/8" X 27 threads, depending on the user's needs.
- Q: How easy is it to install the Audio2000'S AST4264BX3 mounts? A: Installation is straightforward, as the package includes all necessary mounting screws, and the design allows for easy attachment to tables or surfaces.
- Q: What is the weight capacity of each gooseneck mount? A: The specific weight capacity is not listed, but the mounts are designed for standard microphone equipment, ensuring stability for typical use.
- Q: Are the mounting screws included suitable for various table thicknesses? A: The included screws are standard length, designed to fit typical table thicknesses; however, users should check their specific table dimensions for compatibility.
- Q: What is the purpose of the gooseneck design in these mounts? A: The gooseneck design allows for flexible positioning of microphones, enabling users to adjust the angle and height for optimal sound capture.