Electro-Voice EVF-1152S/43-BLK 15" 2-Way Full-Range Indoor Loudspeaker

High-Power Sound Solution for Indoor Applications
The black EVF-1152S is a 15-inch 2-way loudspeaker designed for superior sound reinforcement in professional indoor settings. With its precision-engineered components and flexible design, it delivers exceptional clarity and high SPL performance, making it perfect for auditoriums, performance halls, and houses of worship. This loudspeaker is built to handle demanding audio requirements with ease.

Advanced Components for Outstanding Audio Performance
This system features the ND2B 2-inch titanium compression driver, paired with a 15-inch SMX2151 woofer. Together, these components provide smooth, distortion-free sound across a wide frequency range. The Constant Directivity waveguide ensures even audio coverage within its 45° x 30° pattern, delivering consistent performance whether used in small or large spaces.

Durable Design for Long-Term Reliability
Constructed with a trapezoidal enclosure and finished with EVCoat, the EVF-1152S is built to last. Its robust materials not only enhance its durability but also optimize acoustic performance. This loudspeaker is an excellent choice for permanent installations, offering reliability and consistency even under demanding conditions.

Flexible Installation for Versatile Applications
Equipped with 22 M10 threaded suspension points, the loudspeaker supports vertical and horizontal mounting options, making it adaptable to a variety of configurations. Whether integrated into a cluster with other speakers from the EVF or EVH series or used as a standalone solution, this loudspeaker ensures flexible and seamless installations.

Simplified Setup and Operation
The EVF-1152S features a Phoenix-style connector for straightforward wiring and secure connections. An externally accessible jumper allows users to easily toggle between passive and active modes, enhancing the system’s usability. These features streamline the installation process and ensure reliable performance over time.