About the QSC YMS10T-BLK Yoke Mount for S10T Loudspeakers
The QSC YMS10T-BLK is a dedicated yoke mounting bracket designed to enable secure and flexible installation of the QSC S10T surface-mount loudspeaker. This accessory is engineered to convert the versatile S10T, which can also be used as a ceiling speaker or on a wall bracket, into a standard yoke-mounted configuration suitable for hanging from trusses, pipe grids, or other overhead structures. The yoke provides a robust and reliable interface between the speaker's integrated mounting points and the standard 1.5-inch diameter pipe or threaded rod commonly used in professional rigging. This allows for precise aiming and orientation of the loudspeaker, which is essential for achieving optimal coverage and sound quality in venues such as theaters, houses of worship, conference centers, and retail spaces.
Constructed from heavy-gauge steel, the yoke is built to support the weight of the S10T loudspeaker safely and securely in a suspended application. Its design includes safety locking mechanisms to prevent accidental disengagement once the speaker is mounted. The yoke assembly allows for a wide range of tilt adjustment, enabling installers to aim the speaker accurately towards the intended listening area after it has been hung. The finish is a durable black coating that matches the professional aesthetic of QSC loudspeakers and resists corrosion, ensuring a long service life in various environmental conditions.
The YMS10T-BLK simplifies the installation process by providing a manufacturer-approved, purpose-built solution for suspending the S10T. It eliminates the need for custom fabrication or the use of potentially incompatible generic mounts, ensuring a perfect fit and a secure mechanical connection. By offering this dedicated yoke, QSC provides system integrators and installers with a complete and flexible solution for deploying the S10T loudspeaker in virtually any orientation required by the acoustic design of a space, ensuring both performance and safety are upheld.