Peavey 112/212 EFX Remote Switch Connector, Headphone Jack, Effects Loop, Ground Polarity Switch

(20)REMOTE SWITCH CONNECTOR

This 8-pin DIN connector is provided for the connection of the PFC 3 footswitch (included). The footswitch cable should be connected before the amp is powered up. See the FOOTSWITCH section of this manual for explanation of switch operation.

(21)HEADPHONE JACK

This 1/4" stereo (TRS) connector accepts standard stereo headphones. Using this jack interrupts the signal to the speaker, making it ideal for quiet practice situations.

(22)EFFECTS LOOP

These 1/4" mono (TS) jacks allow signal to be sent to and returned from external effects processors. Using shielded cables, patch from SEND to the input of the external device, and from the output of the device to RETURN. Only devices that do not increase signal gain should be used in this loop.

(23)GROUND POLARITY SWITCH

This 3-position, rocker-type switch should normally be placed in the center “0” position. If hum or noise is noticed coming from the speakers, the switch may be placed in the “+”or “-” position to minimize hum/noise. If changing the polarity does not alleviate the problem, consult your authorized Peavey dealer, the Peavey factory, or a qualified service technician.

NOTE: This feature only provided on 120 Volt models.

(24)EXTERNAL SPEAKER JACK

This 1/4" mono (TS) jack allows the connection of an external speaker cabinet(s). It is wired in parallel with the internal speakers. External enclosures must be capable of handling 100 Watts and have a minimum impedance of 8 Ohms.

(25)POWER AMP IN

This 1/4" jack allows the connection of line level signals directly to the power amp.

(26)PREAMP OUT

This 1/4" jack allows patching to mixing consoles, tape recorders, etc. Use a shielded cable to patch from this jack to the input of the device receiving the signal. This patch does not affect the operation of the amplifier or the signal continuing to the power amp and speakers.

(27)EFFECTS LEVEL

This switch selects the EFFECTS LOOP (22) sensitivity to avoid overdriving effects with no input level control.

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