Upvac Series Dry Vertical Vacuum Pumps
The vertical vacuum pumps from Mechvac Tech provide a broad working range, dependable performance, and reduced lifetime costs. Since of their oil-free, non-contacting screw design, vertical pumps are an excellent option for the chemical, plastics, industrial, petrochemical, and packaging sectors because they can handle corrosives, organics, inorganics, and solvents.
Equipment that can be vacuumed includes vertical screw dry vacuum pumps. Due to its superior features and performance, it may displace other comparable goods and establish itself as standard equipment in industrial production. It also exhibits great stability in a variety of environmental conditions.
Vertical Pumps are vacuum pumps that protect the environment since they don’t use sewage or recyclable solvent. Models of vacuum pumps have sturdy housing and rotor that work quietly and are easy to service and maintain.
Reliable sealing arrangements minimize frequent maintenance by preventing bearing and lubricant contamination. These pumps are regarded as tireless workhorses since they are made to withstand the extreme, continuous demands of industrial settings.
The upvac series features a strikingly straightforward yet elegant design with non-contacting screw technology for safe and dependable functioning.
Simple to Maintain & Quiet Operation
Sealing or lubricating in the vacuum phases doesn’t need water or oil. As a result, these vertical vacuum systems cut down on pollution, effluent creation, and expensive treatment.
Wide Operating Spectrum
Any pressure between zero and atmospheric pressure can be used with these models. When used in conjunction with a high vacuum booster pump, the pumping capacity is almost infinite.
Continual Performance
The low rotating speed of the upvac series provides steady and reliable functioning. designed to provide more discharge pressure handling capacity than other vertical designs, extending process time. These vacuum pumps are built to withstand higher vapour and liquid tolerances and have a long service life.
Working Principle
The power produced by the motor is transferred to the working part by a number of high-precision synchronous gears in the transmission part, including the motor drive gear, the intermediate wheel, and a pair of synchronous time limit gears connected with the rotor shaft.
All the transmission gears are lubricated with oil, and at the same time, a forced lubricating oil pump is installed at the bottom of the transmission box for forced lubrication of each bearing, greatly extending the life of the bearing.
The intake and exhaust pump covers and the pump shell make up a closed pump chamber. A set of parallel male and female rotors mesh together inside the pump chamber and are hung vertically through the top and lower-end bearings.
Between the tooth surfaces of the male and female rotors and between the rotors and the pump chamber, there are minor gaps. Without any friction or lubrication, the rotors revolve within the chamber of the pump. The rotor shaft’s two ends use a unique combination seal that is specially designed to prevent leaking in a variety of demanding procedures.
In order to ensure a smooth rise in inlet and exhaust temperature, improve production safety, and significantly extend the service life of bearings and seals, a complete water cooling jacket cooling system is formed in the closed pump cavity to cool the pump cavity, exhaust end, bearing, and seal, as well as remove the heat of gas compression and bearing seal friction over time.
Advantages
- A solitary vacuum pump.
- Minimal energy consumption.
- Strong work adaptability, capacity to pump liquids, and ability to contain caustic and tiny amounts of dust gas.
- Low environmental costs, good environmental protection, and no industrial waste.
- Radioactive materials can be pumped with effective sealing after utilizing a magnetic driving seal.
- High level of safety, frictionless interior design.
- Low cost of maintenance.
- Maximum economic value, organic solvent recovery, and lower emissions.
- Vertical construction prevents materials from building up on the front road.
The vertical vacuum pump’s volume is exquisite and easy to install, maintain, and transport, but it has a lower vacuum degree and less air supply than a starting motor and does not harm the environment. It is also beneficial to utilize it in settings with high standards.
The vertical vacuum pump itself won’t take up much room, and installation is easier. Users can use it with ease, especially considering that it won’t harm the environment. A high-efficiency and environmentally friendly technological product, MechVac Tech’s Vertical Vacuum Pump is a variable positive displacement vacuum pump.
Frequently asked questions
A vertical vacuum pump is a device that creates a vacuum to draw liquid or gas into and through an enclosed space. This type of pump is often used in industry to move liquids or gasses through a piping system.
Some benefits of using a vertical vacuum pump include:
- The ability to move large volumes of liquid or gas quickly and efficiently
- The ability to create a vacuum in a wide range of spaces, including both large and small containers
- Low maintenance and operating costs
- Ease of use and installation
- Ability to be used in a variety of applications, from industrial-scale operations to smaller domestic tasks.
Using a vertical vacuum pump has many advantages and can help streamline various processes. It is an efficient and cost-effective way to manage the movement of liquids or gases through a system. It is also easy to install and maintain, making it a great choice for many businesses and applications.
A vertical vacuum pump works by using a rotating vane to create a vacuum. The vane is attached to a crankshaft that rotates when the engine is running. This causes the vanes to move in and out, which creates a vacuum.
The vacuum pulls the air out of the fuel tank, which causes the fuel to be drawn up into the engine. The air is sucked in through an air filter, and then it’s compressed by the piston. This compression increases the temperature of the air, and it’s then injected into the cylinders. The spark plugs ignite the fuel-air mixture, and this causes the engine to run.
A few industries that use vertical vacuum pumps are the food industry, the chemical industry, and the pharmaceutical industry. In each of these industries, there are specific applications for which vertical vacuum pumps are well-suited.
For example, in the food industry, vertical vacuum pumps can be used for packaging and sealing foods in order to preserve them. In the chemical industry, vertical vacuum pumps can be used for distillation and evaporation processes. And in the pharmaceutical industry, they can be used for tabletting and encapsulation.
A vertical vacuum pump is a great investment for businesses because it offers many benefits, such as energy efficiency, low noise levels, and easy installation.
Vertical vacuum pumps are highly efficient due to their small size and light weight. They also operate very quietly, so they’re ideal for use in sensitive areas where noise levels need to be kept to a minimum. And since they’re easy to install, even businesses with limited space can benefit from using a vertical vacuum pump.
Vertically stacked centrifugal vacuum pumps are among the most efficient and reliable vacuum pumps on the market. They are often used to evacuate large tanks or vessels, and they offer a number of benefits over traditional pumps.
First, vertical vacuum pumps are very efficient. They can evacuate a tank or vessel much more quickly than traditional pumps, which makes them ideal for high-volume applications.
Second, they are extremely reliable. They have few moving parts, so they are less likely to break down than traditional pumps.
Finally, they take up less space than traditional pumps, making them ideal for tight spaces.
A vertical vacuum pump is a type of rotary vane pump that has the vanes mounted in a vertical position. They are usually used to suck fluid or gas up from a tank or container.
They can be used for many different applications, including pumping fuel out of tanks, removing air from packaging and hoses, and sucking water out of cellars and basements. They are also commonly used in the food industry to remove moisture from food products.
A vertical vacuum pump is a type of vacuum pump that has a specially designed, cylindrical vessel in which the liquid is pumped. This design allows the liquid to be pumped more quickly and easily than other types of vacuum pumps.
Vertical vacuum pumps are often used in chemical processing and manufacturing because they can handle large volumes of liquid very quickly. They are also easy to operate and maintain, which makes them a popular choice for industrial applications.
