Fender SPL-6000P Owner's Manual

Summary of SPL-6000P

  • Page 1

    Power amplifiers from fender pro audio owner's manual for spl-6000 p/n 038866.

  • Page 2: Owner'S Manual

    This procedure applies to stereo, mono, or bridged opera- tion into a full-range loudspeaker system which uses a pas- sive high-level crossover (or none at all). If you are using the spl-6000 in a multi-amplifier system with an electronic or low-level passive crossover, the input level controls on t...

  • Page 3

    1. Front panel a - peak led indicator the red peak led indicator illuminates when the output volt- age of the amplifier reaches clipping (maximum output volt- age). The threshold for the peak indicator automatically adjusts for load impedance and supply voltage variations. B - limit switches the lim...

  • Page 4

    G - mode select mono bridged/stereo this two-position switch (left rear panel) selects either the mono bridge or normal stereo mode. With the button in the "in" position, the amplifier is in the mono bridged mode. With the button in the "out" position, the amplifier is configured for the normal two-...

  • Page 5

    Power and audio signal cables are the most common sources of sound system failure. Well-made and carefully maintained cables are essential to the reliability of the entire system. If long speaker cables are required, make sure the wire is of sufficient size to transfer all of the avail- able amplifi...

  • Page 6

    Caution: never use coiled cords for speaker hookup, even in an emergency. Coiled guitar-type cords usually have higher internal resis- tance than the speakers themselves. This is due to the light-gauge wire used to keep the coil cords flexible. These cords will prevent most of the power from reachin...

  • Page 7

    Specifications designation type pr 200 output power stereo continuous sine wave output power, both channels driven +/- 1db, 20 hz to 20khz, thd 150 w into 8 Ω , each channel 300 w into 4 Ω , each channel mono bridge 300 w into 16 Ω 600 w into 8 Ω single channel driven @ 1 khz, 1% thd 8 Ω 179w 4 Ω 31...