Device carburetor "Ozone". Carburettor trigger

The carburettor is a device for accurate metering of fuel in the air stream. The part promotes the formation of a combustible mixture from air and fuel, and also regulates its supply to the cylinders of the engine.

CARBURETOR DEVICE

Currently, cars are installing the carburetor "Ozone". This is an emulsion-type part, with a feeding flow, two-chamber. The carburettor arrangement is as follows:

• Float balanced chamber;

• The main dosing systems (two);

• Ekonostat (concentrating device). Located in the second chamber;

• Idling system (autonomous);

• Transition systems between the first and second chambers;

• A pump with a diaphragm accelerating with a diffuser in the first chamber;

• Shut-off electromagnetic valve in the idling system;

• The device of removal of gases from the crankcase for the throttle;

• Drive pneumatic for throttle flap of the second chamber;

• Manual control system for the air cover of the first chamber, with a cable drive;

• Carburettor trigger with diaphragm. Serves to automatically open the flap after starting the electric motor. The process occurs due to vacuum in the intake manifold;

• Connection for the selection of rarefaction when controlling the ignition timing regulator.

HOW CARRYINGER OZONE WORKS

1. The fuel delivery device to the carburetor provides its flow through the filter grid and the needle valve. The valve maintains the correct level of fuel in the float chamber.

2. The mixture is received from the float chamber through the fuel main jets of the first and second chambers. Fuel passes into the emulsion wells and pipes. In the tubes it is mixed with the air flow coming from the jets. Further, the emulsion advances into the large and small diffusers of the carburettor through the diffusers.

3. After the ignition is switched on, the electromagnetic shut-off valve closes the fuel channel of the idling system . In the voltage state, the valve must be open.

4. The process of removing fuel from the emulsion well of the first chamber is made by the system at idle. The fuel moves through the jet connected to the electromagnetic locking piece. There is a mixing of fuel with air, which comes through the idler and the opening of the transition system from the first chamber. The resulting emulsion is connected to air and enters the pipeline.

5. Fuel-air mixture with partial opening of throttle valves enters the chambers through the holes of the transition system. The process takes place prior to the operation of the main dosing system.

6. The econostat facilitates the flow of the fuel mixture from the float chamber into the nebulizer. The enrichment device starts to operate under the condition of maximum power. This enriches the fuel emulsion.

7. Accelerated pump has ball valves. One opens at the time of filling with fuel and closes under the weight of the ball after stopping the mixture. The other valve opens under the pressure of the fuel and closes also under the weight of the ball.

8. The carburettor starting device includes a number of parts: air damper, telescopic thrust, control lever, throttle valve drive throttle, throttle valve control drive, diaphragm mechanism. When pulling the handle of the drive by the driver, the air damper closes, the throttle opens slightly.

It is important to know that repair of the carburettor, its adjustment with partial disassembly is recommended to be performed after its removal. Work requires accuracy, cleanliness. Before dismantling, it is necessary to remove dirt from the surface with a clean cloth moistened with a special compound. The owner of the car must have the necessary knowledge about the parts and components, including the carburetor device. Information will help in the operation of equipment, in troubleshooting roadside problems when there is no mobile repair service nearby.