P1014 Toyota Auto Trouble Code
Parts or components should not be replaced with reference to only a P1014 Toyota DTC. The vehicle service manual should be consulted for more information on possible causes of the fault, along with required testing.
When you fill your car with gas, the vapors in the tank get forced into a canister filled with activated charcoal. Also, on a hot day as the gas heats up and vaporizes, those same vapors push into the canister where they're stored. But the charcoal can only hold so much vapor. At some point it has to be emptied. The emptying process is called canister purge.
P1014 Toyota Possible Solution:
Gasoline engines use spark plugs to cause an explosion of fuel within the cylinder. In a properly timed engine, this explosion occurs at the proper moment to send the piston to the bottom of the cylinder and provide power to the drive shaft. If the plug wires are out of sequence, the explosion occurs at the wrong time. The improper timing of the explosion sometimes pushes the cylinder the wrong direction or interferes with the turning of the crank. As a result, the engine stutters or backfires, if it runs at all.
P1014 Toyota Description For All Models :
- Toyota 1000
- Toyota 105
- Toyota 1600
- Toyota 2000
- Toyota 4500
- Toyota 4runner
- Toyota 700
- Toyota Aa
- Toyota Allion
- Toyota Alphard
- Toyota Altezza
- Toyota Aristo
- Toyota Aurion
- Toyota Auris
- Toyota Avallon
- Toyota Avalon
- Toyota Avalon Ii
- Toyota Avanza
- Toyota Avensis
- Toyota Aygo
- Toyota Bandeirante
- Toyota Bb
- Toyota Blade
- Toyota Blizzard
- Toyota Brevis
- Toyota Caldina
- Toyota Cami
- Toyota Camry
- Toyota Carina
- Toyota Caserta
- Toyota Celica
- Toyota Celsior
- Toyota Century
- Toyota Chaser
- Toyota Coaster
- Toyota Condor
- Toyota Conquest
- Toyota Corolla
- Toyota Corona
- Toyota Corsa
- Toyota Cressida
- Toyota Cresta
- Toyota Crown
- Toyota Curren
- Toyota Cynos
- Toyota Denso
- Toyota Dyna
- Toyota Echo
- Toyota Es
- Toyota Es3
- Toyota Estima
- Toyota Etios
- Toyota F-1
- Toyota Fchv
- Toyota Fj
- Toyota Fj Cruiser
- Toyota Fk
- Toyota Fortuner
- Toyota Fxs
- Toyota Gaia
- Toyota Gt1
- Toyota Gt86
- Toyota Hi-ace
- Toyota Highlander
- Toyota Hilux
- Toyota Hilux Viii
- Toyota Hmv
- Toyota Ipsum
- Toyota Iq
- Toyota Isis
- Toyota Ist
- Toyota Kluger
- Toyota Land Cruiser
- Toyota Lexcen
- Toyota Lite-ace
- Toyota Mark Ii
- Toyota Mark X
- Toyota Master
- Toyota Matrix
- Toyota Mega
- Toyota Mega Cruiser
- Toyota Model F
- Toyota Mr2
- Toyota Mr2 Spyder
- Toyota Mrj
- Toyota Mr-s
- Toyota Noah
- Toyota Opa
- Toyota Paseo
- Toyota Passo
- Toyota Picnic
- Toyota Platz
- Toyota Pod
- Toyota Porte
- Toyota Premio
- Toyota Previa
- Toyota Prius
- Toyota Prius 2
- Toyota Prius 3
- Toyota Prius 4
- Toyota Proace
- Toyota Progres
- Toyota Progress
- Toyota Pronard
- Toyota Publica
- Toyota Quantum
- Toyota Ractis
- Toyota Raum
- Toyota Rav4
- Toyota Retro Cruiser
- Toyota Rs
- Toyota Rsc
- Toyota Rt
- Toyota Runx
- Toyota Sa
- Toyota Sequoia
- Toyota Sera
- Toyota Sienna
- Toyota Soarer
- Toyota Solara
- Toyota Soluna
- Toyota Space
- Toyota Sparky
- Toyota Sport
- Toyota Sports
- Toyota Sprinter
- Toyota Stallion
- Toyota Starlet
- Toyota Super
- Toyota Supra
- Toyota Tacoma
- Toyota Tazz
- Toyota Tercel
- Toyota Trd
- Toyota Tundra
- Toyota Vanguard
- Toyota Venture
- Toyota Venza
- Toyota Verossa
- Toyota Vista
- Toyota Vitz
- Toyota Will
- Toyota Windom
- Toyota Wish
- Toyota Xyr
- Toyota Yaris
P1014 Toyota Trouble Repair :
If your vehicle failed a P1014 Toyota test and the P1014 Toyota Check Engine Light is NOT on, chances are you have a problem with the OBDII system, a burned out MIL lamp, or a faulty catalytic converter. The converter is essentially an afterburner that cleans up the exhaust after it exits the engine. The OBDII system uses a ownstream oxygen sensor to monitor the efficiency of the converter, and it should detect a drop in converter efficiency if the converter has been contaminated or is failing (ignition misfiring, leaky exhaust valves, and oil burning can all damage the converter). What you want to look any conditions that might cause ignition misfire, an overly rich or lean fuel condition, or loss of compression. Use your OBD Express DIY to look at the oxygen sensor outputs, coolant temperature, airflow, calculated engine load, and inlet air temperature.
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