Furman P-2300 IT E

Designed for the most critical, ultra-low noise installations, the P-2300 IT E supplies up to 10 amps of balanced AC power ideal for recording studios, broadcast stations, video production facilities, or any environment requiring a pristine, studio-quality signal-to-noise ratio.

The P-2300 IT E features a specially wound and shielded toroidal balanced isolation transformer specifically designed to reduce hum pickup by sensitive equipment when ultra-low-noise is a must. Additionally, Furman’s revolutionary Series Multi-Stage Protection (SMP), Extreme Voltage Shutdown (EVS), and Linear Filtering Technology (LiFT) are combined to ensure what our customers have grown to expect from Furman — uncompromised protection and purification.

Symmetrically Balanced Power
Furman’s Symmetrically Balanced Power provides a virtually invisible noise floor by reworking incoming AC into a balanced power output. Similar to a balanced audio signal, balanced power splits a single voltage path into two separate voltage paths which are in opposite polarity, cancelling out noise and distortion on the incoming line. This noise reduction is extraordinarily efficient and linear across a huge frequency range, unveiling harmonics, overtones and low-level signals commonly masked by AC line noise.

Unmatched Protection
Furman’s SMP and EVS circuitry safeguards equipment from transient voltage events (such as surges and spikes), as well as sustained overvoltage conditions (commonly caused by wiring faults), for complete and comprehensive protection of sensitive equipment.

Innovative Convenience and Monitoring Features
The P-2300 IT E’s front panel LED window displays incoming voltage or output current, with ”Protection OK”, ”Extreme Voltage” and color-coded ”Voltage Range” indicators for comprehensive power monitoring. A front panel USB outlet charges most personal media devices and cell phones right at your equipment rack. Universal IEC C-13 receptacles (12 rear panel, 2 front panel) and a removable power cord ensure compatibility with regional power requirements