Oil Suction Machine
Suction machines, or aspirators, are a standard medical device that removes obstructions like mucus and saliva from the airways. They have become a mainstay in pre-hospital and hospital settings.
A hollow annular air bag is mounted around the pump cylinder for eliminating bubbles during the operation of portable oil suction drainers. It also has a float mechanism that stops the longitudinal air passage on the top cover when the engine oil level inside the tank reaches the high oil level.
Air-operated oil suction drainers
The air-operated oil suction drainers are ideal to carry out a rapid oil change (by suction) of all motor vehicles. They can be used for both drainage or aspiration using the 10 supplied probes. They are particularly suitable for changing the engine oil in the pit area.
The unit consists of an air tank, a pump cylinder, a plunger which moves in the pump cylinder OIL SUCTION MACHINE to induce a suction force, and a control valve carried on a link on the bottom side of the top cover which is controlled by a float to stop the longitudinal air passage when the oil level in the oil tank reaches the maximum oil level. This structure of portable oil drainer has the drawback that the protruding portions 923 of the tubular top flange tend to break.
The air-operated oil suction drainers Meclube are designed for a quick change of the engine oil in any vehicle, with suction or drainage through lateral basin adjustable for height. The transparent chamber allows the quantity and quality of sucked oil to be checked immediately. After depressurization the oil drainers work autonomously, without requiring continuous connection to the compressed air system and they are suitable for suckling hot oil at 70 – 80°C. They can be easily carried and transported to the desired location. The waste oil is collected in a central waste storage.
Vacuum oil extractor
A vacuum oil extractor is a pump that creates a partial vacuum in one container to draw the engine oil into another. It is used for draining and transferring fluids from car engines without the mess or hassle of an oil pan. It consists of a siphoning tube that is inserted into the dipstick tube, a pump to operate and a reservoir to hold the siphoned oil. There are different types of oil extractors, but they all work in the same way. They use atmospheric pressure to generate a partial vacuum between the full tank and the recovery tank. This causes the oil or other fluid to flow up the long tube, similar to syphoning gasoline.
Air-operated vacuum pumps are the fastest and most efficient, but they require an external air compressor to work. Some models, such as the EWK Pneumatic Oil Extraction Pump, are equipped with a venturi vacuum system that can remove fluids from tanks and reservoirs in minutes. It also features an eagle-mouth-shaped spout that makes pouring easier.
These pumps are best for those who have trouble crawling under a car or lifting the vehicle to access the oil drain plug. They can also be used for other applications, such as evacuating gear oil from lawnmowers and boats. They can be used to empty many different types of fluids from vehicles and equipment, including engine oil, brake fluid, coolant and transmission fluids. They also come with a hose that can be attached to the reservoir to allow you to transfer the sucked oil into a container for safe storage.
Manual oil extractor
An engine oil extractor is a pumping tool that helps you remove old car oil from your vehicle without having to drain it. This makes changing the oil much faster and easier, while avoiding any messy spills.
It can also be used to change other fluids such as power steering fluid, transmission fluid, and gear oil. These tools can be found at many auto parts stores and are great for DIYers. Some are even portable and can be used anywhere. Others are designed to work with a specific type of vehicle or car, making them more useful in professional mechanics’ garages.
Manual oil extractors typically come with a handle that you can pump up and down to create vacuum pressure. This helps to draw the engine oil into the pump’s reservoir, where it is stored until it is emptied. Most manual extractors also have tubes that you can insert into the engine to suck out the oil. Some have a storage tube for the tubes so you don’t have to worry about losing them.
Electric and pneumatic oil extractors are powered by a battery or air compressor. They are easy to use and operate, and you can pump them by hand or at the push of a button. They are also small and compact, which makes them ideal for traveling. They may not be suitable for large vehicles, however, and they can sometimes struggle with larger amounts of oil.
Oil pump
The oil pump pushes motor oil through the passages in the engine to properly distribute it to all of the different engine components. Its job is to reduce friction between moving parts, which will keep the engine running smoothly and help remove heat from pistons, bearings and shafts. This will keep internal engine parts from rubbing together, which can cause damage and reduce the life of the engine.
The oil pressure created by the pump can vary due to temperature and engine speed, and this must be controlled. If the pressure becomes too high, it can rupture the filter or blow out press-fit oil plugs. A spring-loaded pressure relief valve is incorporated into most pumps, which opens when the OIL SUCTION MACHINE oil pressure exceeds a certain limit and reroutes the excess oil back either to the pump inlet or down to the oil pan.
There are two types of oil pumps: gear and rotor. Gear pumps have two gears with close tolerances, which mesh at the center and force oil into the pump outlet. Rotor pumps have an inner and outer rotor with lobes that mesh in and out of the oil. As the lobes come in and out of mesh, they pull oil from the diminishing cavities of the rotor into the oil pump outlet.
Both kinds of oil pumps will wear over time, especially if the engine is driven at very high RPMs for long periods of time. This is because the oil pump sucks up oil from the crankcase through a pipe called the pickup tube, which has a screen that will stop large chunks of debris but provides no protection for the pump itself.
