The KH 310 three-way active ti-amplified monitor features a Mathematically Modeled Dispersion™ Waveguide (MMD™), flexible acoustical controls, various input options and an extensive range of mounting hardware. This allows the loudspeaker to be used in diverse acoustical conditions, with any source equipment and in a wide variety of physical locations. The KH 310 represents the latest in acoustic and electronic simulation and measurement technologies to ensure the most accurate sound reproduction possible.

The KH 310 is designed for use as a near-field monitor, as a front loudspeaker in mid-sized multichannel systems, or as a rear loudspeaker in a larger multichannel system. It can be used in project, music, broadcast centers, OB vans, and post production studios for tracking, mixing, and mastering.There is a powerful alloy fabric dome Elliptical Mathematically Modeled Dispersion™ (MMD™) waveguide, with wide horizontal and narrow vertical dispersion. A new in-house simulated drivers, fabric dome, neodymium magnet, midrange driver, with long throw composite sandwich cone bass driver with Extremely Linear Force Factor™ (ELFF™) and ribbed surround. Two-color + dimmable Neumann logo, Compact sealed three-way cabinet design (magnetically shielded)One-piece front panel with no discontinuities the powerful analog class AB amplifiers with large headroom independent thermo limiters for woofer, midrange dome and tweeter to protect the voice coils, woofer soft clip and excursion limiters Production consistency due to individual hand-alignment in final test. The 4-position bass, low-mid and treble acoustical controls.Wide range input gain and output level controls. Ground lift universal switched-mode power supply (100 … 240 V). Extensive mounting hardware options optional robust metal grille,optional transportation accessories. Smoother oAPPLICATION Low-distorion ff-axis response, more forgiving of diverse acoustical environments, the freedom of movement across the mixing console to reduces reflections off the mixing console Latest modeling techniques used to minimize non-linear (inter-modulation) distortion