Rane ME60S

Technical Details

Product Details

Package Dimensions
Width : 13.6 inch
Height : 4.5 inch
Length : 20.3 inch

Shipping Weight: 9.15 pounds (View shipping rates and policies)

ASIN : B0002ITZYC

Product Description

Rane ME60S (Rane ME-60S) ME 60S Graphic Equalizer Features Constant-Q Bandwidth Design Overall Level Controls and Passive Bypass Switches 20 mm Filter Slide Controls with 6 dB or 12 dB Slide Range Switch Sweepable Low & High Cut Filters Infrasonic Ultrasonic & RFI Filters Balanced XLR and 1/4'' TRS Inputs and Outputs Universal internal switching power supply (100-240 VAC) The Rane ME 60S Stereo Constant-Q Equalizer is a two-channel 1/3-octave design housed in a two rack-space unit. It features a Range switch for high slider resolution in the 6 dB mode equivalent resolution to 45 mm sliders found on the DEQ 60L. The 12 dB mode provides a wide range of control over system audio. The ME 60S evolved by combining two ME 30S equalizers in one unit and then embellishing with two adjustable band-limiting filters on the low and high end. Though consuming only 12 watts of power a Power switch is added to the ME 60S (the ME 30S consumes 7 watts and does not have a Power switch). The active filter sections feature Ranes innovative constant-Q (constant bandwidth) design. Constant-Q means the bandwidth of each individual filter is guaranteed to be narrow enough to prevent unwarranted interaction between filters yet wide enough to produce exactly the type of correction curve demanded by even the most unusual acoustic surroundings. This differs dramatically from conventional designs of the past encumbered with the unfortunate characteristic of changing bandwidth when changing boost/cut amounts. The adjustable filters are useful when it is desirable to band limit the audio signal. For instance restricting high frequencies to match the incoming signal usually produces the most quiet system. And a common use for the Low Cut Filter is limiting the signal going to 70-volt speaker systems. Often low frequencies saturate the loudspeaker transformers. Restricting these signals greatly im