UFR52: Uni-Fi Reference Floorstanding Speaker - White Oak

Speaker Type: 3-Way Bass Reflex
Frequency Response: 40Hz—35000Hz
Nominal Impedance: 6 Ohms
Sensitivity: 86db
Crossover Frequency: 220 / 1800Hz
Maximum Power Input: 140 Watts
Tweeter: 1" Soft Dome
Midrange: 4" Aluminum
Woofers: 3 x 5.25" Aluminum
Cabinet: CARB2 Rated MDF
Cabinet Finish: Satin White with Oak Sides or Satin Black with Walnut Sides
Port: Dual Flared Slots
Binding Posts: Bi-Wire 5-Way
Dimensions (W x H x D): 7.28" x 39.18" x 13.31"
Net Weight: 52.36 lbs

Defining The Standard for Performance & Style
The new Uni-Fi Reference Series establishes a level of performance and cosmetics not associated at this price point. Building on the success and performance of the Uni-Fi 2.0 series of speakers, Uni-Fi Reference is not merely a name, but the defining characteristic of a product that has been refined for maximum performance and style.

New Concentric Driver with Cast Chassis
A wide-surround tweeter enhances it’s low and high frequency extension allowing for improved blending with the midrange. An entirely new midrange driver with large diameter voicecoil, vented rear spider and new neodymium magnet allows for better excursion and control of midrange frequencies. A new cast chassis was designed to minimize reflections back to the cone resulting in better clarity.

Newly developed 5.25" Aluminum Woofer with Cast Chassis
Drastically improving low-end reproduction, this newly developed bass driver features a single piece compound curvature aluminum cone with a large rear vented magnet delivering improved linearity and better low frequency response of any previous Uni-Fi Floorstanding speaker.

Full Perimeter Bracing
Reducing the speaker cabinets influence on audio quality the Uni-Fi reference line implements full perimeter bracing significantly reducing cabinet vibration and cabinet coloration.

Dual Flared Slot Vents
Elac's newly developed slot vents utilized both internal and external flares allowing for lower noise and high bass output for improved low frequency dynamics.