The AudioQuest Niagara 3000 power conditioner combines noise filtering, surge protection, and power correction for amplifiers that need high instantaneous current. Transient Power Correction provides a peak instantaneous current reserve of over 55 A, while the Ground Noise-Dissipation system reduces noise carried through the ground without compromising safety.
Level-X Linear Noise-Dissipation technology filters noise across a wide range of frequencies. The NRG Series input and output contacts are made from high-purity copper and beryllium copper, with silver plating for low resistance at radio frequencies. It features two banks of isolated outlets and can be installed in an equipment rack using the included brackets.
- Type: Power conditioner / filter / isolator
- Color: Black
- Power correction technology: Transient Power Correction
- Peak instantaneous current reserve: Over 55 A
- Ground noise reduction system: Ground Noise-Dissipation
- Linear noise-filtering technology: Level-X Linear Noise-Dissipation
- Common-mode noise reduction: Over 24 dB from 3 kHz to 1 GHz
- Maximum input current capacity: 15 A RMS
- AC outlets: 7 (2 high-current outlets with Transient Power Correction and 5 with Level-X Linear Noise Dissipation)
- Banks of isolated outlets: 2
- Surge protection: Non-sacrificial, tested with input surges of 6000 V / 3000 A
- Overvoltage shutdown: At 140 V AC, in less than 0.25 s, with automatic reset when the input voltage returns to a safe range
- AC inputs and outputs: NRG Series, made from high-purity copper and beryllium copper, with silver plating
- Dimensions: 44.4 × 8.7 × 38.6 cm (W × H × D)
- Rack mounting: 2 RU brackets
- Weight: 11.29 kg
Specifications
- Type
- Power Strip, Filter / Isolator
- Colour
- Black
Connectivity
- Bluetooth
- No
- Wifi
- No
- Ethernet (LAN)
- No
- USB Input
- No
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.