1. The positive pole of the battery → the power supply of the starter → the electromagnetic switch → the excitation winding resistance → the armature winding resistance → the iron → the negative pole of the battery, so the starter generates an electromagnetic turning distance and starts the engine.
2. The starter, also known as the motor, generates power from the DC motor, transmits power to the flywheel gear ring through the starting gear, and drives the flywheel and crankshaft to rotate to start the engine.1 The power output structure is divided into two parts: the electric pivot and the transmission shaft.
3. Working principle: First, understand how the starter rotates. It generates a magnetic field by four magnetic field coils on the inner wall of the shell, that is, the opposite pole isopole and the adjacent pole isodifferent.
4. The working principle of the starter is that when the ignition is turned on and closed, the two coil windings are energized. Because the resistance of the suction coil is small, the current is large. This coil is connected in series with the motor circuit. Under the action of current, the electric machine rotates slowly to facilitate the connection of the small gear and flywheel. .
5. After the motor switch is turned on, the suction coil and additional resistance are short-circuited. Keep the coil powered. The moving iron heart maintains the suction position. When the drive gear and the flywheel gear ring are almost completely meshed, the moving iron heart drives the putter forward so that the contact disc turns on the main circuit of the starter.The start-up relay stops working and the contact opens.
The working principle of the car start-up system is to transition the engine from a stationary state to a working state, turn the crankshaft of the engine with the help of external force, start the internal combustion engine, and burn the combustible gas in the cylinder. Come on, the start-up work can cycle, and the crankshaft can only start to rotate to the engine under the action of external force.
The working principle of the automobile start-up system is that the battery provides electrical energy. Under the control of the ignition switch and the starting relay, the starter converts electrical energy into mechanical energy, and drives the flywheel gear and crankshaft of the engine to rotate, so that the engine can run by itself.
Car start-up principle: to make the engine from a stationary stateIn the transition to the working state, the crankshaft of the engine must be rotated by external force to inhale (or form) a combustible mixture in the cylinder and burn and expand, so that the working cycle can proceed automatically.
The working principle of the automobile start-up system is to convert the electrical energy of the battery into mechanical energy to start the engine through the starter. The following is a relevant introduction to the car start-up system: the basic composition of the start-up system is composed of storage batteries, ignition switches, start-up relays, starters, etc.
The working principle of the braking system: the braking of the car is realized through brake pedals, brake master pump, brake fluid, brake discs, ABS pumps and other mechanisms, which is used for braking and parking functions. Working principle of the cooling system: It takes away the heat of the engine through the circulation of the coolant around the engine, and the main function of the cooling system is to dissipate heat for the engine.
1. Hall distributor is a contactless distributor installed inside the distributor. As shown in the figure, it is composed of Hall trigger disc and Hall voltage generator integrated circuit.
2. Car start-up principle: In order to transition the engine from a stationary state to a working state, the crankshaft of the engine must be rotated by external force so that the combustible mixture is sucked in (or formed) and burned and expanded in the cylinder, and the working cycle is carried out automatically. The whole process from the crankshaft starting to rotate under the action of external force to the engine starting to automatically idle is called engine start.
3. The gasoline engine converts the energy of gasoline into kinetic energy to drive the car. The easiest way is to obtain kinetic energy by burning gasoline inside the engine.Therefore, the car engine is an internal combustion engine - combustion occurs inside the engine. There are two points to pay attention to: There are also other types of internal combustion engines, such as diesel engines and gas turbines, each with its own advantages and disadvantages.
4. The internal combustion engine can only start under no load, and the starting speed must be maintained at the lowest stable speed, otherwise it may turn off. Therefore, before the car starts, the transmission route between the engine and the drive wheel must be cut off in order to start the engine.
1. The working principle of automobile start-up system The reason is that the battery provides electrical energy. Under the control of the ignition switch and the starter relay, the starter converts electrical energy into mechanical energy, driving the engine flywheel gear ring and crankshaft to rotate, so that the engine enters into a self-operating state, as shown in the figure.
2. Automobile start-up principle: In order to transition the engine from a stationary state to a working state, the crankshaft of the engine must be rotated with the help of external forces, so that the combustible mixed gas is sucked (or formed) in the cylinder and burned and expanded, and the working cycle is carried out automatically.
3. The working principle of the car start-up system is that the battery provides electrical energy. Under the control of the ignition switch and the starting relay, the starter converts electrical energy into mechanical energy, and drives the flywheel gear and crankshaft of the engine to rotate, so that the engine runs by itself.
4. The transmission system is generally composed of clutch, transmission, universal transmission, main reducer, differential and half-shaft, etc. Introduction to the transmission system The basic function of the transmission system is to transmit the power emitted by the engine to the driving wheels of the car to generate driving force so that the car can run at a certain speed.
The working principle of the car start system is to transition the engine from a stationary state toWorking state, use external force to rotate the crankshaft of the engine, start the internal combustion engine, and make the combustible gas in the cylinder burn. Only then can the crankshaft start to circulate under the action of external force to turn to the engine to start running.
The working principle of the automobile start-up system is that the battery provides electrical energy. Under the control of the ignition switch and the starting relay, the starter converts electrical energy into mechanical energy, and drives the flywheel gear and crankshaft of the engine to rotate, so that the engine can run by itself.
Working principle: engine working principle: convert the thermal energy generated by fuel combustion into mechanical energy, thus generating power; the working principle of the transmission system: the mechanism that cuts or transmits power and achieves different torques.
The iron core is magnetized, attracting the contact arm, and the contact arm is closed. The electromagnet coil circuit is turned on, the relay contact is closed, and the attraction coil is connected at the same time and the coil current circuit is maintained.When the attraction coil and the maintenance coil are just connected to the current, the two coils produce magnetic flux in the same direction, and under the joint action of their magnetic force, the moving iron core moves forward.
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1. The positive pole of the battery → the power supply of the starter → the electromagnetic switch → the excitation winding resistance → the armature winding resistance → the iron → the negative pole of the battery, so the starter generates an electromagnetic turning distance and starts the engine.
2. The starter, also known as the motor, generates power from the DC motor, transmits power to the flywheel gear ring through the starting gear, and drives the flywheel and crankshaft to rotate to start the engine.1 The power output structure is divided into two parts: the electric pivot and the transmission shaft.
3. Working principle: First, understand how the starter rotates. It generates a magnetic field by four magnetic field coils on the inner wall of the shell, that is, the opposite pole isopole and the adjacent pole isodifferent.
4. The working principle of the starter is that when the ignition is turned on and closed, the two coil windings are energized. Because the resistance of the suction coil is small, the current is large. This coil is connected in series with the motor circuit. Under the action of current, the electric machine rotates slowly to facilitate the connection of the small gear and flywheel. .
5. After the motor switch is turned on, the suction coil and additional resistance are short-circuited. Keep the coil powered. The moving iron heart maintains the suction position. When the drive gear and the flywheel gear ring are almost completely meshed, the moving iron heart drives the putter forward so that the contact disc turns on the main circuit of the starter.The start-up relay stops working and the contact opens.
The working principle of the car start-up system is to transition the engine from a stationary state to a working state, turn the crankshaft of the engine with the help of external force, start the internal combustion engine, and burn the combustible gas in the cylinder. Come on, the start-up work can cycle, and the crankshaft can only start to rotate to the engine under the action of external force.
The working principle of the automobile start-up system is that the battery provides electrical energy. Under the control of the ignition switch and the starting relay, the starter converts electrical energy into mechanical energy, and drives the flywheel gear and crankshaft of the engine to rotate, so that the engine can run by itself.
Car start-up principle: to make the engine from a stationary stateIn the transition to the working state, the crankshaft of the engine must be rotated by external force to inhale (or form) a combustible mixture in the cylinder and burn and expand, so that the working cycle can proceed automatically.
The working principle of the automobile start-up system is to convert the electrical energy of the battery into mechanical energy to start the engine through the starter. The following is a relevant introduction to the car start-up system: the basic composition of the start-up system is composed of storage batteries, ignition switches, start-up relays, starters, etc.
The working principle of the braking system: the braking of the car is realized through brake pedals, brake master pump, brake fluid, brake discs, ABS pumps and other mechanisms, which is used for braking and parking functions. Working principle of the cooling system: It takes away the heat of the engine through the circulation of the coolant around the engine, and the main function of the cooling system is to dissipate heat for the engine.
1. Hall distributor is a contactless distributor installed inside the distributor. As shown in the figure, it is composed of Hall trigger disc and Hall voltage generator integrated circuit.
2. Car start-up principle: In order to transition the engine from a stationary state to a working state, the crankshaft of the engine must be rotated by external force so that the combustible mixture is sucked in (or formed) and burned and expanded in the cylinder, and the working cycle is carried out automatically. The whole process from the crankshaft starting to rotate under the action of external force to the engine starting to automatically idle is called engine start.
3. The gasoline engine converts the energy of gasoline into kinetic energy to drive the car. The easiest way is to obtain kinetic energy by burning gasoline inside the engine.Therefore, the car engine is an internal combustion engine - combustion occurs inside the engine. There are two points to pay attention to: There are also other types of internal combustion engines, such as diesel engines and gas turbines, each with its own advantages and disadvantages.
4. The internal combustion engine can only start under no load, and the starting speed must be maintained at the lowest stable speed, otherwise it may turn off. Therefore, before the car starts, the transmission route between the engine and the drive wheel must be cut off in order to start the engine.
1. The working principle of automobile start-up system The reason is that the battery provides electrical energy. Under the control of the ignition switch and the starter relay, the starter converts electrical energy into mechanical energy, driving the engine flywheel gear ring and crankshaft to rotate, so that the engine enters into a self-operating state, as shown in the figure.
2. Automobile start-up principle: In order to transition the engine from a stationary state to a working state, the crankshaft of the engine must be rotated with the help of external forces, so that the combustible mixed gas is sucked (or formed) in the cylinder and burned and expanded, and the working cycle is carried out automatically.
3. The working principle of the car start-up system is that the battery provides electrical energy. Under the control of the ignition switch and the starting relay, the starter converts electrical energy into mechanical energy, and drives the flywheel gear and crankshaft of the engine to rotate, so that the engine runs by itself.
4. The transmission system is generally composed of clutch, transmission, universal transmission, main reducer, differential and half-shaft, etc. Introduction to the transmission system The basic function of the transmission system is to transmit the power emitted by the engine to the driving wheels of the car to generate driving force so that the car can run at a certain speed.
The working principle of the car start system is to transition the engine from a stationary state toWorking state, use external force to rotate the crankshaft of the engine, start the internal combustion engine, and make the combustible gas in the cylinder burn. Only then can the crankshaft start to circulate under the action of external force to turn to the engine to start running.
The working principle of the automobile start-up system is that the battery provides electrical energy. Under the control of the ignition switch and the starting relay, the starter converts electrical energy into mechanical energy, and drives the flywheel gear and crankshaft of the engine to rotate, so that the engine can run by itself.
Working principle: engine working principle: convert the thermal energy generated by fuel combustion into mechanical energy, thus generating power; the working principle of the transmission system: the mechanism that cuts or transmits power and achieves different torques.
The iron core is magnetized, attracting the contact arm, and the contact arm is closed. The electromagnet coil circuit is turned on, the relay contact is closed, and the attraction coil is connected at the same time and the coil current circuit is maintained.When the attraction coil and the maintenance coil are just connected to the current, the two coils produce magnetic flux in the same direction, and under the joint action of their magnetic force, the moving iron core moves forward.
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