If you are interested in obtaining construction plans for ram pumps, I invite you to visit the Rubén Cobos website rubenfcobos.com/bombas-de-ari... . On its page, you can find a section dedicated to downloading drawings of different sizes of ram pumps for your projects. Just go to their website and look for the corresponding section. Take advantage of this opportunity to access valuable information and resources for the construction of ram pumps! Visit the Rubén Cobos website and discover more rubenfcobos.com/tienda/
What is the material used to build the ram pump?
What type of flanges are used on the pump and why?
What are the four main components of a ram pump?
What is the function of the non-return valve in the pump?
What type of seal is used in the non-return valve?
What is the material used to make the non-return valve seat?
What material is used to make the moving parts of the pump?
Why is an enlargement used before the impulse valve?
What is the advantage of using standardized flanges instead of handmade flanges?
What is the diameter of the pump body?
What is the angle of the inlet of the bomb?
What kind of material is used to weld the pipe?
What is the function of the impulse valve in the ram pump?
How is the plunger stroke adjusted on the boost valve?
What type of pressure gauge is recommended to use in the installation of the pump?
The video is a detailed guide on building a heavy duty ram pump. The presenter, Rubén Cobos, introduces himself as an engineer specializing in pumping systems and provides information on the secrets and construction details of this type of pump.
The ram pump shown in the video has a one and a half inch inlet and is made of schedule 40 carbon steel. ANSI standard flanges are used to ensure strength and it is mentioned that DIN standard flanges can also be used. if ANSI flanges are not available in the industry.
It is explained that the flanges used in this pump allow to know the pressure and resistance they offer, unlike the handmade flanges that do not provide these values ​​precisely.
The video goes on to describe the major components of the ram pump, including the body, non-return valve, accumulator tank, and boost valve. It is highlighted that the design of the pump complies with the recommendations of a study called "Optimal design and analysis of a RAM system" published in Research Gate.
The detailed anatomy of the pump body is shown, explaining that it is built with schedule 40 carbon steel pipe welded with a 6011 electrode. The importance of enlarging before the impulse valve to reduce friction losses is mentioned.
The non-return valve is then disassembled to show its components, such as the valve seat made of nylon with a neoprene gasket to ensure a hermetic seal. It is mentioned that all the moving components of the pump are made of materials that do not easily corrode, such as nylon and stainless steel.
The installation of the pump is described, which includes the placement of a manometer to measure the pressure, a shut-off valve and the distribution lines that must be selected to withstand the high pressures generated by the pump.
The video concludes by inviting viewers to subscribe to Rubén Cobos's channel and offers the possibility of downloading construction plans for different sizes of water rams from his website.