Where is the carbon canister purge solenoid valve located on the Sylphy?

2 Answers
BraydenMarie
08/30/25 3:50am
The carbon canister purge solenoid valve is located below the engine, within the engine compartment. Here is some relevant information: 1. Gasoline: The carbon canister absorbs vapors produced by gasoline evaporation. Gasoline is a highly volatile liquid, and it will evaporate inside the vehicle's fuel tank. If gasoline vapors are directly released into the atmosphere, it can cause pollution and is also unsafe. 2. Precautions: If the vapors produced by gasoline evaporation are not released, it can lead to increased pressure inside the fuel tank, which may potentially cause the fuel tank to explode. Therefore, engineers invented the carbon canister, which absorbs the gasoline vapors generated inside the fuel tank.
Was this review help?
14
3
Share
KennedyLynn
09/11/25 7:53am
I've been in auto repair for decades. The Nissan Sylphy's carbon canister purge valve is generally located at the rear left or right of the engine compartment, near the firewall and intake manifold. To be specific, when you open the hood and look back from the fan direction, you'll see a small black box or valve connected to a hose, mounted on a bracket. The position is relatively conspicuous, mainly designed to control fuel vapor flow and reduce emission pollution. If the valve fails, symptoms like unstable idle or illuminated emission warning light may occur, requiring inspection. For diagnosis, first use a multimeter to check voltage and determine if it's stuck or malfunctioning. Remember to turn off the engine and disconnect the battery before replacing the valve to prevent short-circuit hazards. The location shows little variation across Sylphy model years, but consulting the manual before DIY is always safest.
Was this review help?
3
2
Share
Expand All
More Forum Discussions

What is the range of NIO cars in kilometers?

NIO's maximum range reaches 430 kilometers. Here is an introduction to NIO cars: NIO's battery equipment. This vehicle is equipped with a 70 kWh capacity battery. The battery has a relatively large capacity, requiring 10 hours for a full charge with slow charging. Fast charging can replenish 70-80% of the battery in about an hour. The official claimed maximum range is 430 kilometers, but in actual usage, depending on road conditions and driving habits, the range should be around 380 kilometers. Basic specifications of NIO. The NIO ES6 is positioned as a mid-sized pure electric SUV with a five-seat layout, standardly equipped with a 70 kWh ternary lithium battery pack, with an optional 84 kWh nickel-cobalt-manganese NCM811 battery cell. There are three versions available: the Base Edition, Performance Edition, and Limited Founding Edition, totaling six models. The fastest acceleration from 0 to 100 km/h is 4.7 seconds, and the highest NEDC combined cycle range is 510 kilometers.
16
1
Share

What is the fuel tank capacity of the Chevrolet Captiva?

The fuel tank capacity of the Chevrolet Captiva is 65 liters. The Chevrolet Captiva is a vehicle launched by Chevrolet. Chevrolet officially announced the launch price of the 2015 Captiva, with the new model offering a total of 4 variants. Introduction to Automotive Fuel Tanks: The automotive fuel tank is the full name of the car's fuel tank. Currently, with the development of the automotive industry and the revitalization of the domestic automotive sector, major automobile manufacturers have shown a significant increase in demand for automotive fuel tanks. Design Principle: Utilizing the heat energy generated by the engine during vehicle operation, a thermal circulation system is added between the engine, fuel tank, and radiator. The original single fuel tank design is transformed into a combined fuel tank consisting of a main tank and an auxiliary tank.
7
3
Share

What is the fuel consumption of the Swift 1.3?

The fuel consumption of the Suzuki Swift 1.3 manual transmission is 6.3L to 7.2L per 100 kilometers. Environmental conditions affecting fuel consumption: Low temperatures cause the vehicle to take longer to warm up the engine, resulting in higher fuel consumption. Road conditions affecting fuel consumption: Factors such as road gradient, surface dryness or wetness, curves, and mountainous roads. Driving conditions affecting fuel consumption: Frequent city driving leads to higher fuel consumption, while normal highway driving results in lower consumption. Degree of tire wear affecting fuel consumption: This also impacts the vehicle's fuel consumption. When tires are severely worn, they may slip, requiring increased engine power output and thus higher fuel consumption.
7
4
Share

What is the tire model size for the Chevrolet Cruze?

The Chevrolet Cruze is equipped with Continental Conti-MAX-Contact-MC5 tires in size 225/45R16. Tire specifications are commonly represented by a set of numbers, where the first number indicates the tire width and the latter denotes the rim diameter in inches. Checking tire wear indicators: Regardless of the tire brand, wear indicator marks are set in the grooves of the tread. When the tread depth has worn down to the level of the raised indicator rubber, it indicates that the tires need to be replaced. Bulging phenomenon: Bulging on the tread suggests localized deterioration of the rubber or uneven pressure. At this point, the tire is at risk of bursting at any time, making continued driving highly dangerous, so immediate replacement is necessary.
18
1
Share

What is the fuel consumption of the Arrizo 7?

The Arrizo 7 has a fuel consumption of 5.9 to 6.9 liters per 100 kilometers. Sudden Acceleration: Many people enjoy the thrill of sudden acceleration, but this behavior comes at the cost of significantly increased fuel consumption. The additional fuel burned serves no practical purpose, so it's best to maintain a steady speed when possible. When accelerating, do so gradually. When following other vehicles, avoid constantly adjusting speed with the brakes—instead, use the throttle more efficiently. High-Speed Driving in Low Gears: This mistake is most common among drivers of manual transmission vehicles, though it occasionally occurs with automatic transmissions as well. Manual drivers, especially beginners, often struggle with gear selection and speed coordination. Without monitoring engine RPM or the instantaneous fuel consumption display, they may accelerate aggressively in low gears, sometimes revving the engine beyond 3,500 RPM. This wastes unnecessary fuel. Frequent Lane Changes: Studies show that driving in a straight line at a steady speed is the most fuel-efficient, particularly within the economical speed range of 80–90 km/h. To achieve this, avoid frequent lane changes. The reason is simple: changing lanes requires acceleration, which inevitably increases fuel consumption compared to steady-speed driving. Excessive Braking: While braking is essential for safety, its major drawback is increased fuel consumption. Therefore, use brakes judiciously.
11
4
Share

What is the actual fuel consumption of the 1.8 Civic?

The actual fuel consumption of the 1.8 Civic is 6.6-6.8L/100km. Fuel consumption depends on driving habits: Drivers who brake harshly, have fluctuating speeds, let the engine idle for long periods, aggressively seize gaps, or drive long distances at high speeds in low gears will all experience increased fuel consumption. Principles of vehicle fuel consumption: Fuel consumption per 100 kilometers is an indicator of a vehicle. Within the economic speed range, the slower the vehicle travels, the higher the fuel consumption per 100 kilometers. Conversely, exceeding the economic speed has the opposite effect. If the engine speed is maintained within the same safe range, the hourly fuel consumption remains the same regardless of the vehicle's speed.
15
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.