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Parts for your 2013 Toyota Camry-Temperature sensors
Remsa Brake Wear Sensor Length: 300mm PAIR - 001077
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Remsa Brake Wear Sensor Length: 305mm - 001158
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Remsa Brake Wear Sensor Length: 435mm - 001143
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Remsa Brake Wear Sensor Length: 85mm PAIR - 001095
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Remsa Brake Wear Sensor Length: 795mm - 001202
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Explore 4WD & Adventure
Remsa Brake Wear Sensor Length: 420mm - 001175
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Remsa Brake Wear Sensor Length: 800mm - 001104
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Remsa Brake Wear Sensor Length: 300mm PAIR - 001094
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Remsa Brake Wear Sensor Length: 765mm - 001203
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Remsa Brake Wear Sensor Length: 95mm PAIR - 001043
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Remsa Brake Wear Sensor Length: 698mm - 001110
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Remsa Brake Wear Sensor Length: 960mm - 001114
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Remsa Brake Wear Sensor Length: 390mm - 001166
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Remsa Brake Wear Sensor Length: 130mm PAIR - 001093
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Remsa Brake Wear Sensor Length: 910mm - 001113
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Remsa Brake Wear Sensor Length: 460mm PAIR - 001026
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Remsa Brake Wear Sensor Length: 1004mm - 001116
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Remsa Brake Wear Sensor Length: 90mm PAIR - 001002
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Remsa Brake Wear Sensor Length: 310mm - 001020
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Remsa Brake Wear Sensor Length: 120mm PAIR - 001133
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Remsa Brake Wear Sensor Length: 400mm - 001174
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Remsa Brake Wear Sensor Length: 310mm PAIR - 001082
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Remsa Brake Wear Sensor Length: 270mm PAIR - 001060
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2013 Toyota Camry temperature sensors: purpose, care, and when to replace
Yes, the 2013 Toyota Camry absolutely uses temperature sensors. Toyota’s factory Repair Manual and Electrical Wiring Diagram (EWD) for the XV50 series, along with the New Car Features (NCF) manual for the 2AR-FE/2GR-FE engines and the Hybrid 2AR-FXE, all detail multiple temperature sensors used by the powertrain and climate systems.
On this model, temperature sensors do the heavy lifting in the background to keep things smooth and efficient. The Engine Coolant Temperature (ECT) sensor tells the ECU how hot the engine is so it can sort fuelling, ignition timing, idle speed, and radiator fan operation. An Intake Air Temperature (IAT) sensor helps fine-tune mixtures for Aussie and Kiwi climate swings. There’s an ambient air temperature sensor up front for the outside-temp display and A/C logic, an A/C evaporator sensor to prevent the system icing up, and a transmission fluid temperature (TFT) sensor that influences shift strategy. Hybrid variants also monitor HV battery temperatures for longevity and safety.
- Common sensors on a 2013 Camry: ECT, IAT (often integrated with the MAF), ambient air temp (front bumper/grille area), A/C evaporator thermistor, and TFT (inside the transmission).
- Typical clues they need attention: hard cold starts, rough idle, poor economy, radiator fans running constantly, no A/C cooling, erratic temp gauge, or OBD-II codes like P0115–P0119 (ECT) or P0071–P0073 (ambient).
For servicing, there’s no strict “use-by” date on these sensors, but they should get a once-over during routine maintenance—especially when the coolant is changed (Toyota Super Long Life Coolant intervals apply), after front-end repairs, or if fault codes appear. A good tech will scan live data, compare temperature readings to reality, and do a quick wiring/connector check under the bonnet. If the IAT is part of the MAF, a careful clean with proper MAF cleaner (never brake or throttle-body spray) can restore accurate readings.
When replacing, stick with quality or genuine parts. For the ECT, work on a cool engine, catch and top up coolant, and bleed the system afterwards to avoid air pockets. Inspect connectors for green corrosion or brittle clips and repair loom damage before refitting. After replacement, clear codes and confirm the fans and A/C behave as they should on a short road test. Hybrid battery temperature sensors should be left to high-voltage–trained technicians only. With basic care, Camry temperature sensors quietly keep performance crisp, emissions tidy, and comfort spot-on from city crawls to long Kiwi and Aussie highway runs.
Popular questions about 2013 Toyota Camry temperature sensors
Where is the engine coolant temperature (ECT) sensor on a 2013 Camry?
On the 2.5L 2AR-FE, the ECT sensor is threaded into the water outlet/thermostat housing area on the cylinder head, generally accessible from the top once the intake snorkel is out of the way. On the 3.5L 2GR-FE V6, it’s located at the water outlet on the bank facing the radiator. Hybrid models place the ECT in a similar water outlet location on the 2AR-FXE. Always confirm with the Toyota EWD/Repair Manual for your exact engine.
Can a dodgy temperature sensor cause bad fuel economy or hard starting?
Sure can. If the ECT reports the engine as “cold” when it’s not, the ECU enriches the mix, burning more fuel and sometimes flooding on restart. If it reads “hot” during a cold start, it can cause stumbles and long cranks. The IAT can also skew fuelling, and a faulty ambient sensor can confuse A/C logic. A quick scan of live data will usually give the game away.
Do temperature sensors need routine replacement?
There’s no fixed kilometre interval. They’re generally replaced when faulty or during related repairs. Best practice is to check readings during scheduled coolant service, ensure Toyota Super Long Life Coolant is fresh and correct, and inspect connectors and looms. If you’re seeing fault codes or odd behaviour, test first—don’t just throw parts at it.