Fuchs Plush Tube FX loop Parallel Series 2010s - Brown

Fuchs Plush Tube Buffered FX loop Parallel Seires 2010s - Brown

The Tube FX loop was designed as a multifunction unit, which adds a tube buffer to amplifiers with active or passive loops.

The unit is a full function unit, which can operate with pedal or rack level effects.

The tube FX loop is built from the finest premium parts, and will give you years of enjoyment and high performance with no maintenance required.

Features:

• Tube Buffered Reverb & FX Loop (Series or Parallel)
• Send & Return Level
• Series or Parallel Loop SW
• Line or pedal level
• 9V DC/ 20mA
• Internal Converter & Regulator for best matching & clean power

The tube fx loop is plugged into the amplifier patch (pre/power amp) or (loop) jacks. The output from the preamp (usually labeled send, or preamp out) is sent into the jack marked “From Preamp”. The output to the effects is taken from the jack marked “to effects”. This is a low impedance send which can run pedal or rack level solid state or tube equipment easily. The send level is adjusted by the send knob.

The return from your effects chain plugs into the jack marked “From Effects”. The return level is adjusted by the return level knob. This knob may be pulled to get additional return gain for lower output pedals or rack devices. This is adjusted to taste.

When the pedal is used in parallel (normal) mode, the send and return controls are used to adjust that the input to the first pedal is not overloaded, and the return level may be adjusted for how much effect you desire. When the pedal is in series mode, the return control will set overall level of the system, and the tube FX loop should be adjusted so the level of the amplifier (your system level) is approximately the same as when the unit is not used. The intent of a properly functioning effects loop is to insure proper level and impedance matching from the amplifier to and from the effects loop. While the unit can add gain when required, it is usually not recommended as it increases the chances of extraneous noise.