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IT-REF 16 E I
16 E I 16A Symmetrical AC Power Conditioner
SKU
172417
MPN:
IT-REF 16 E I
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Overview

The IT-Reference 16E i’s Discrete Symmetrical Power features total isolation between the filtered-high current outlets, and the isolated symmetrical power AC outlet banks. This positively breaks noise inducing ground loops, hum bars, and power supply backwash between critical interconnected equipment, all without compromising electrical safety. Furman’s newly refined Dual-Screen Transformers yield the widest bandwidth of noise-reduction possible. This enables the IT-Reference 16E i to uncover unprecedented levels of video and audio detail, while insuring that plasmas, LCD screens, or video projectors are free of AC ground contamination from an audio processor or power amplifiers.

When employing the IT-Reference 16E i you will immediately notice far clearer, stunningly focused sound and visual images from your system. Video presentation will be crisp and colors true with greater gray and black scale definition, as well as noticeably improved depth and clarity. Sonic transients will be startlingly fast with bass fundamentals that shake foundations with their weight and visceral impact. Mid and high frequencies will bloom with sweet, non-glaring ease while imaging improves dramatically.

Features

  • Symmetrical balanced power with dual screen technology cancels hum-inducing noise from audio and video
  • Four discrete power banks eliminate inter-component interference
  • Power Factor technology provides surplus current for power-starved amplifiers
  • Linear Filtering Technology for unequaled audio / video clarity
  • Virtually maintenance-free AC surge suppression
  • Detachable surge suppression module for telco and cable / satellite connectors

    Specifications

    Line Voltage 240
    Number of Outlets 12
    Number of Isolated Banks
    4
    Outlet Descriptions
    8 symmetrical balanced outlets
    Line Voltage 275 VAC ±5 VAC
    Linear Noise Attenuation >95 dB, 10Hz. - 50 kHz. >40 dB 50kHz. – 1MHz.
    Power Consumption 8.5 Watts for display and control circuits independent of actual load