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INSTALLATION INSTRUCTIONS
PART # 14-5100
Pro-Tec Power Valve
Controller - 1200R / LTD / XLT
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NOTE: READ INSTRUCTIONS
COMPLETELY BEFORE STARTING
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Important: This item has no
warranty. It has been thoroughly tested for proper function by Pro-Tec
before packaging.
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Prior to any work, please
remove seat to allow adequate ventilation of fumes. Disconnect battery.
1.
Remove power valve servo motor.
2.
Cut center of wire loom (between servo motor
and connector).
3.
Strip wire loom wires 3/8” and insert into connector barrels and crimp
barrels onto wires. Note: Do not crimp through
outer cover.
4.
Insert power valve controller wires into opposite ends of the connector
barrels. Black to black, red to red and gray to gray. Crimp barrels onto
wires. Note: Wires with black shrink tubing should be installed in wire
loom point toward servo motor and wires with red shrink tubing point toward
the power source. Important: If wires are installed in reverse power
valve damage and/or failure will occur.
5.
Heat connector barrels until tubing recovers
and adhesive begins to flow.
6.
Remove heat from connector barrel and allow to
cool completely before continuing.
7.
Double check all connector barrels for solid
connection and proper direction of power valve controller wires.
8.
Reinstall servo motor.
9.
Reconnect battery.
Important Note
The power valve controller
can be reset by disconnecting the battery, waiting 30 seconds, then
reconnecting the battery.
Erratic Power Valve Operation
Yamaha
has reported that there is the possibility of having the power valve operate
erratically, sometimes cycling on its own.
System Description:
The power valve system is
controlled by a chip in the servo motor. The servo motor receives a signal
from the CDI unit much like a tachometer signal. The processor in the servo
motor reads this signal, then operates the power valve based on the MAP
stored in its controlling chip. Note: This signal is adjusted by the Pro-Tec
Power Valve Controller before being received by the servo motor. The servo
motor has constant power and operates based on engine RPM. After the engine
stops, a timer starts in the servo motor processor. After a few seconds, the
processor will cycle the power valve for its cleaning cycle.
Cause:
The block connector for
the servo motor may have corrosion present. With corrosion in the connector,
voltage can short from the battery side to the signal side simulating an
ignition signal. This will restart the “Engine Off” timer, and the servo
motor will again start a cleaning cycle. Corrosion may also cause loss of
the signal from the CDI unit during normal operation, causing the servo
motor to operate erratically or not at all.
Remedy:
Clean the servo motor
connections. Use dielectric grease to protect the connection when
reassembling.
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