Rupert Neve Designs R6 500 Series Rack

Rupert Neve Design R6 Overview The Rupert Neve Designs R6 provides 150% of the needed current for a 6-space 500-series enclosure, allowing you to hear the full potential of your modules. The available current headroom helps to keep the power rails from failing under an unexpected load. LED metering reveals the amount of power being consumed, and the internal power supply is doubly shielded to prevent excessive magnetic induction at any of the channel locations. The robust steel chassis has a folding handle for mobility. The machine features eight balanced I/O channels with interchangeable TRS, XLR, and DB-25 connectors, as well as a 48V phantom power bus. The channel 7-8 via connections let you rapidly and easily convert your signal between DB-25, XLR, and TRS connectors. To accommodate 500 series modules that are slightly out of specification, the device features variable-position screw holes to facilitate easier installation. A 500 series connection feature may be enabled in pairs by connecting the link jumpers on channels 1-2, 3-4, or 5-6. Matching blank panels are also available to fill any open spaces. Power You Can Trust Power-wise, the R6 has more than 150% of the needed current for a 6-space chassis to keep the power rails from breaking under a higher-than-expected load. To assist monitor and troubleshooting malfunctioning modules, the R6 has an LED current meter that displays how much power is being utilized. The internal power supply was carefully engineered and double-shielded to prevent substantial magnetic induction in any of the channel locations. With such emphasis on delivering and monitoring power, the R6 enables your modules to reach their maximum potential. Connect like never before. With so many connections accessible, the R6 back panel functions as a patchbay in and of itself. The R6 has eight channels of balanced I/O choices, including DB-25, XLR, and TRS, which may be utilized alternately. This adaptability is especially useful when transporting the R6 to a new setting where you are unaware of the available cables, or when converting DB-25, XLR, or TRS connections to another format utilizing the THRU capabilities on channels 7-8. Solid steel construction. The chassis is made of solid steel, with bumpers to hold the device in both horizontal and vertical orientations, and it includes a collapsible handle for transportation. All connections and fittings are of the finest quality, ensuring that the R6 will withstand many years of usage A New Level of Confidence for the 500 Series Because the R6 is constructed to 500 series requirements, it will function flawlessly with any correctly designed 500 series module you choose to incorporate. To accommodate modules that are slightly out of specification, the R6 incorporates variable-position screw holes to make installation as smooth as feasible. The 500 series VCA bus connection feature may be activated in pairs on the R6 via the link jumpers on Channels 1-2, 3-4, and 5-6. When connections are enabled, compatible compressor modules, such as the 543, can share VCA control. Matching blank panels are also available to fill any open spaces. Rupert Neve Designs RND R6 500 Series Rack Features: Each card slot is intended to suit a normal 500 series module with sufficient reserve power to maintain the right voltage. Three link jumpers may be independently configured to enable connecting on Channels 1-2, 3-4, and 5-6. The LED meter monitors R6 current use to guarantee that you never run out of power. Provide rock-solid phantom power to your microphones with the R6’s powerful 48-volt bus. There are interchangeable XLR, TRS, and DB-25 I/O connectors, so you can connect anywhere you go. Channels 7-8 through connections may be utilized to rapidly and simply convert your signal from or to DB-25, XLR, or TRS connectors. The R6’s solid steel casing, two pairs of durable rubber feet for horizontal and vertical installation, and a folding handle complete the package. portable and prepared for the road The IEC power input accommodates 100–240 VAC, 50/60 Hz input with a 50-watt draw.