What are the new traffic restrictions for non-local vehicles in Lanzhou in 2020?

What's the difference between 1.5L and 1.6L engine displacement?

The differences between 1.5L and 1.6L engine displacement are: 1. Different number of models: There are fewer models with 1.5L displacement; more models with 1.6L displacement. 2. Different power: 1.5L displacement has less power; 1.6L displacement has more power. Displacement (Swept volume) is a specialized term in hydraulic transmission, referring to the volume of fluid inhaled or exhausted per stroke or cycle. The 1.5L displacement means the volume of fluid inhaled or exhausted per stroke or cycle by the cylinder. The larger the engine displacement of a car, the higher the power output. A larger displacement means the engine converts more chemical energy of fuel into mechanical energy per unit time, resulting in better dynamic performance.

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What transmission does the BMW 1 Series use?

The BMW 1 Series uses a transmission from ZF. ZF Friedrichshafen AG develops and produces complete transmission and chassis systems for passenger cars, commercial vehicles, and construction machinery. It is also a major supplier of special transmissions for ships, forklifts, railway locomotives, and helicopters. The BMW 1 Series is equipped with a 7-speed wet dual-clutch transmission. A wet dual-clutch transmission refers to a dual-clutch transmission where the clutch plates are immersed in transmission oil. There are two types of dual-clutch transmissions: dry and wet. When using the BMW 1 Series transmission daily, pay attention to the following points: Do not delay changing the transmission oil for extended periods. Prolonged failure to change the transmission oil can damage internal components such as bearings and the housing. Avoid coasting in neutral for long periods. Many experienced drivers coast in neutral when driving manual transmission vehicles, but for automatic transmissions, coasting in neutral can cause overheating and create a shock when shifting back into D gear. Never shift into D/R gear before the vehicle comes to a complete stop. Many drivers shift directly into reverse while the vehicle is still moving to showcase smooth operation, but this can severely damage the transmission gears and lead to gear grinding over time. Avoid frequently climbing steep slopes in D gear. When facing steep slopes, automatic transmission vehicles may overheat due to high load or lose climbing power from premature upshifting. In such cases, use manual mode to limit low gears or switch to sport mode to protect the transmission. Do not tow the vehicle over long distances. If an automatic transmission vehicle breaks down, use a flatbed tow truck and move the vehicle onto the tow platform while in N gear. Avoid using tow ropes or dragging the vehicle directly.

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What are the hidden functions of the Honda XRV key?

The hidden function of the Honda XRV key is that pressing and holding the lock button can raise all windows for locking. Below are the detailed introductions: Key functions: When the key is inside the car or the mechanical key is inserted into the lock, the doors and trunk will not automatically lock. If the unlock button is pressed and no door is opened within 30 seconds, the doors and trunk will automatically lock. Power configuration: The Honda XRV has a displacement of 1.5T, with a naturally aspirated engine delivering up to 131 horsepower. The transmission mechanism uses a 6-speed manual gearbox, known for its reliability and smoothness, with a torque of 155 Nm and a 0-100 km/h acceleration time of just 10 seconds.

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How to Open the Fuel Filler Cap of a Lavida Car?

To open the fuel filler cap of a Lavida car: 1. The fuel tank cap of the Lavida car is located on the right rear side of the vehicle. You can use the key or the central locking system to unlock the car and open the fuel tank cap. 2. Press the fuel tank cover to open it, then unscrew the fuel filler cap counterclockwise and hang it on the fuel tank cover. 3. When opening the fuel tank cap to refuel, ensure the fuel nozzle is correctly placed inside the filler opening to prevent fuel from spilling or splashing out, which could cause a fire or burn injuries. 4. Do not enter the car while refueling. If you must enter the car, close the door and touch a metal surface before touching the fuel nozzle again to remove static electricity, as failure to do so may generate sparks and cause a fire.

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Steps for Removing the Cylinder Head

The steps for removing the cylinder head are: 1. Turn off the ignition switch, disconnect the battery ground cable, drain the coolant, and remove the coolant hose from the connecting pipe on the cylinder head; 2. Remove the upper part of the intake manifold and use a clean cloth to block the water inlet pipe on the cylinder head; 3. Remove the spark plug connectors and loosen the clamps of the high-voltage ignition wires, as well as the protective plate of the fuel injector valve; 4. Disconnect the Hall sensor, coolant temperature sensor, air conditioning thermal switch, and the fuel injector valve connectors. 5. Loosen the wire clamp of the fuel distributor and disconnect the vacuum hose on the fuel pressure regulator. Note: The fuel line is under pressure; before loosening the hose connector, place a cloth at the pipe joint and slowly disconnect the hose to release the pressure; 6. Disconnect the supply and return fuel hoses on the fuel distributor, remove the wiring harness bracket and connecting pipe or the coolant pipeline on the cylinder head. Unscrew the front exhaust pipe from the exhaust pipe joint; 7. Turn the central screw at the toothed belt pulley end in the direction of engine rotation and remove the upper cover of the toothed belt; 8. Remove the toothed belt from the camshaft timing gear; 9. Remove the cylinder head cover, loosen and unscrew the cylinder head bolts in order, and gently remove the cylinder head.

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Which cars have horizontally opposed engines?

Currently, the only cars with horizontally opposed engines available on the market are from Japan's Subaru and Germany's Porsche, though not all models in their lineups feature this engine type. Horizontally opposed engines offer numerous advantages, primarily smooth operation, stability, a low center of gravity, and enhanced handling. Among Porsche's lineup, only the 718 Cayman, Boxster, and 911 are equipped with horizontally opposed engines. The Porsche 718 comes with either a 2.5T or 2.0T four-cylinder horizontally opposed turbocharged engine. The 2.5T engine delivers a maximum power of 269 kW (366 PS) and a peak torque of 430 Nm, while the 2.0T engine produces a maximum power of 184 kW (250 PS) and a peak torque of 310 Nm. Both engines are paired with a 7-speed dual-clutch transmission. The Porsche 911, on the other hand, offers three horizontally opposed turbocharged engine options: 3.0T, 3.8T, and 4.0L, all matched with a 7-speed dual-clutch transmission.

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What are the new traffic restrictions for non-local vehicles in Lanzhou in 2020?

What's the difference between 1.5L and 1.6L engine displacement?

What transmission does the BMW 1 Series use?

What are the hidden functions of the Honda XRV key?

How to Open the Fuel Filler Cap of a Lavida Car?

Steps for Removing the Cylinder Head

Which cars have horizontally opposed engines?

What does the yellow exclamation mark on the dashboard of a Volkswagen mean?

Which brand does the Sylphy car belong to?

What Are the Consequences of a Broken Timing Belt?

Which country does the Koleos belong to?