What is the fuel tank capacity of the Geely Vision?

What is the purpose of an air filter?

The function of an air filter: To filter out particulate impurities in the air, ensuring that a sufficient amount of clean air enters the cylinders, and preventing floating dust in the air from being sucked into the engine, which can accelerate the wear of piston assemblies and cylinders. According to the car's maintenance manual, the air filter should generally be replaced every 10,000 to 20,000 kilometers or during every other maintenance interval. However, it is recommended to clean the air filter every 5,000 kilometers to reduce the buildup of throttle sludge. The location of the car's air filter element is determined by the intake form and the engine's structure. It is usually located in the air cleaner on the engine's intake pipe. There are two types of air filters in cars: dry and wet. Dry filters are made of paper or organic materials, while wet filters are made of metal mesh. Air filter: It is a type of filter, also known as an air filter cartridge, air cleaner, or air element. It is mainly used in engineering vehicles, cars, agricultural vehicles, laboratories, sterile operating rooms, and various precision operating rooms as an air filter. During operation, the engine sucks in a large amount of air. If the air is not filtered, the suspended dust in the air will be drawn into the cylinders, accelerating the wear of piston assemblies and cylinders. Larger particles entering between the pistons and cylinders can cause severe cylinder scoring, especially in dry and sandy working environments. The air cleaner is installed in front of the carburetor or intake pipe to filter out dust and sand particles from the air, ensuring that sufficient and clean air enters the cylinders. Using an excessively dirty air filter while driving can cause insufficient engine intake, leading to incomplete fuel combustion, unstable engine operation, reduced power, and increased fuel consumption. Therefore, it is essential to keep the air filter clean. The car's air cleaner is a device that removes particulate impurities from the air, consisting of one or several components that clean the air. Its main function is to filter out harmful impurities from the air before it enters the cylinders, reducing early wear of the cylinders, pistons, piston rings, valves, and valve seats. Therefore, before air enters the cylinders, it must pass through the fine filtration of the air cleaner. An excessively dirty air cleaner can cause poor engine performance, excessive fuel consumption, and engine damage. When inspecting the air cleaner, if it is found to have minimal dust and light blockage, it can be cleaned by blowing compressed air from the inside out and reused. An overly dirty air filter should be replaced promptly.

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How to Read Tire Pressure Parameters?

You can use a tire pressure gauge to check the specific values of tire pressure. Here is the correct method for using a tire pressure gauge: 1. The central line of the pressure measurement port forms a 90°-180° angle with the axis of the gauge body. The scale is a rectangular prism, with a range of 0.07Wpa-0.4Wpa. Before reading, gently tap the instrument's casing or surface glass with your finger to eliminate friction in the transmission mechanism. 2. When observing, the pointer should overlap with the mirrored pointer. The value indicated by the pointer at this time is the pressure reading, accurate to one decimal place. Read the temperature value on the pressure gauge, also precise to one decimal place. 3. Align and press the measurement end slot of the pressure gauge with the tire valve stem. The pointer on the tire pressure gauge will deflect, and the indicated value is the inflation pressure of the tire. Alternatively, the gauge's indicator rod may be pushed out by the pressure, displaying the inflation pressure. The greater the internal pressure, the more the pointer deflects. Here is additional information: 1. Inner scale values: psi (pounds per square inch); outer scale values: kgf/cm² (engineering atmosphere) = 1.033 standard atmospheres = 1.02 bar. 2. For passenger car tires, the pressure is generally between 2.0 and 2.5 bar, not exceeding 3.5 bar. 3. For light truck tires, typically 6-ply, the pressure is between 3.0 and 3.5 bar; for 8-ply tires, between 4.0 and 4.5 bar; and for 10-ply tires, not exceeding 5.5 bar. 4. For trailer tires, the pressure generally does not exceed 4.2 bar.

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What to Do When the Buick Engine Malfunction Light is On and the Car Won't Start?

If the engine malfunction light is on, you can follow these steps: First, check whether the engine is running normally, such as whether there is shaking, black smoke, or difficulty starting. If any of these issues exist, try not to start the engine again. Note: Do not start the engine if the red light is on. If the engine is running normally and the car can be driven, go to a service station as soon as possible to diagnose the issue. The service station can easily read the fault code using a portable diagnostic tool to obtain targeted repair information. If the engine is running normally, the owner can also try gently reconnecting various wiring harness connectors, as a loose connection may be the cause. Alternatively, repeatedly turning the key to the ON position may help reset the system. Generally, the engine malfunction light may come on due to the following seven reasons: Sensor failure: Sensors such as the coolant temperature sensor, crankshaft position sensor, air flow sensor, intake temperature sensor, and oxygen sensor may be damaged, have poor contact, or experience signal interruption. When the ECU cannot accurately obtain engine data, the malfunction light will illuminate. Fuel or oil quality issues: If fuel or engine oil is not added according to the manufacturer's requirements, it may cause engine wear and trigger the malfunction light. Poor combustion of the air-fuel mixture: Poor combustion can lead to engine carbon buildup or knocking. When detected by the oxygen sensor and reported to the ECU, the malfunction light will illuminate as a warning. Issues such as faulty spark plugs, ignition coils, fuel pumps, or clogged fuel lines can cause poor combustion. Turbocharger problems: Issues with the intake boost pipeline or turbocharger can also trigger the malfunction light. The most common problem is turbocharger damage, which may also cause oil leaks, excessive oil consumption, reduced power, metallic noises, or blue/black smoke from the exhaust. Intake problems: If there is an issue with the air intake, it may lead to engine pipe blockages, and in severe cases, trigger the malfunction light. A dirty air filter that is not cleaned regularly can cause intake problems. Exhaust problems: Exhaust system faults can also trigger the malfunction light. Common causes include faulty rear oxygen sensors, catalytic converters, exhaust camshafts, or bearings. The catalytic converter is the most frequently affected component. Using leaded gasoline, lead- or silicon-based lubricant additives, physical damage to the catalytic converter, or fuel system issues can all lead to catalytic converter failure. Anti-theft system failure: If the car's electronic anti-theft system malfunctions or the anti-theft controller does not match the engine ECU, the anti-theft system may prevent the engine from operating normally and trigger the malfunction light.

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What is the wading depth of NIO vehicles?

NIO's maximum wading depth is 400mm-450mm. The wading depth of NIO vehicles is determined by the height of the vehicle chassis, which is the ground clearance listed in the model's parameter configuration table. Generally speaking, the greater the ground clearance, the higher the chassis, and the higher the safety factor when passing through waterlogged roads. Therefore, in terms of safe wading depth, the advantages of off-road vehicles and SUVs are obvious. However, for most compact and small cars with low chassis, the position of the vehicle's air intake should be used as a benchmark when passing through waterlogged roads. If the air intake is below the water level when a NIO vehicle is wading, water will be sucked into the engine's cylinders. Since water cannot be compressed like air, it will cause serious damage to the engine's mechanical structure (connecting rods, pistons, crankshaft, etc.). Therefore, the wading depth should not exceed the height of the engine's air intake. The height of the engine's air intake, and thus the maximum wading depth, can also be increased by installing a snorkel. If wading is unavoidable, the following safe and correct operations should be performed: Before the vehicle enters the water, always turn off the automatic start-stop function to prevent the vehicle from automatically restarting after stalling in the water, which could cause serious damage if water enters the engine. Judge the underwater road conditions based on the passage of preceding vehicles and choose a suitable entry point. Observe the path taken by other vehicles and follow their tracks at low speed, avoiding sudden acceleration or deceleration. On roads prone to water accumulation, observe warning water level markers, trees, and reference points such as the wheels and doors of other vehicles to estimate the water depth before deciding whether to proceed. Know your vehicle's safe wading depth. If the water depth exceeds half of the tire height or the engine's air intake, do not enter the water recklessly; choose an alternative route instead.

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Can you still drive on highways without ETC in the future?

It is possible to drive on highways without ETC. According to the State Council's regulations, starting from 2020, vehicles without ETC will not enjoy toll discounts. In the future, only one manual lane will be retained at highway toll stations, and tolls can only be paid through manual channels. Additionally, newly installed ETC devices cannot be used on highways immediately; they must be activated first. During holiday free-toll periods, vehicles can still use highways. For users who have already installed ETC, passing through ETC lanes will not incur charges. The principle of ETC toll deduction: Highways will have one or more ETC lanes. Through dedicated short-range microwave communication between the vehicle's electronic tag installed on the windshield and the microwave antenna in the ETC lane at the toll station, the system uses computer networking technology to settle payments with banks in the background. This allows vehicles to pay tolls without stopping at the toll station, all based on the principle of "pass first, deduct later." Benefits of installing ETC: Time-saving: Eliminates the hassle of waiting in line; Green and eco-friendly: Promotes low-carbon travel by reducing noise and exhaust emissions since vehicles do not need to stop at toll stations; Reduced wear and tear: Saves costs by minimizing frequent starts and stops, lowering vehicle wear and fuel consumption. Users also enjoy a 5% discount on tolls; Improved efficiency: ETC lanes can theoretically increase traffic efficiency by 2-3 times, making traditional ETC systems more advanced, faster, and higher-tech. Compared to license plate payment, ETC technology is more mature and advantageous. More policy support: The State Council explicitly stated in the "13th Five-Year Plan for the Development of a Modern Comprehensive Transportation System" that "by 2020, intercity transportation cards will be widely used in key city clusters, and the proportion of vehicles equipped with ETC will significantly increase." It also set a target in the "13th Five-Year" comprehensive transportation development indicators: "By 2020, the ETC usage rate for passenger vehicles on roads should reach 50%." More future possibilities: In addition to continuously improving the convenience of ETC installation and usage rates for passenger vehicles, efforts will be made to promote ETC usage for trucks in the future. There will also be exploration of deep integration between ETC systems and smart transportation directions such as vehicle-to-vehicle communication and vehicle-road coordination, providing comprehensive travel services for car owners. This means more application scenarios will support ETC usage.

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How to Solve the Problem of Tractor Hydraulic System Not Lifting?

Tractor hydraulic system not lifting can be caused by various reasons. Below are the specific causes and solutions: 1. The agricultural implement is too heavy, does not match the tractor, or the connection holes between the lower link and the lifting rod are improperly used: Replace with a lighter agricultural implement. 2. The hydraulic oil filter is clogged, causing weak lifting or no lifting: Clean the oil filter. 3. Insufficient hydraulic oil in the tractor's lifting system or oil leakage in the oil line: Add hydraulic oil. 4. The hydraulic oil model is not suitable for the tractor. 5. Air entering the hydraulic pipeline. 6. The safety valve pressure of the distributor or multi-way valve is too low.

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What is the fuel tank capacity of the Geely Vision?

What is the purpose of an air filter?

How to Read Tire Pressure Parameters?

What to Do When the Buick Engine Malfunction Light is On and the Car Won't Start?

What is the wading depth of NIO vehicles?

Can you still drive on highways without ETC in the future?

How to Solve the Problem of Tractor Hydraulic System Not Lifting?

What model of tires does the 10th generation Accord use?

How to Check the Tire Specifications of a Jeep Wrangler?

What does ETC mean at highway toll booths?

Does Cadillac require the first maintenance in 3 months?