Centrifugal Pumps Manufacturer, Ambica Machine Tools доклад по теме Технологии

Доклад раскрывает тему "Centrifugal Pumps Manufacturer, Ambica Machine Tools".
Презентация поможет подготовится к предмету Технологии, может быть полезна как ученикам и студентам, так и преподавателям.
Материал представлен на 9 страницах, оформлен в виде презентации, доступен для скачивания и просмотра онлайн.

Навигация по документу

Страница №1
Страница №2
The Centrifugal Pump is the most used pump type in the world. 
The Centrifugal Pump is the most used pump type in the world. 
This pump is simple, well-described, robust, effective and thoroughly tested.
A Centrifugal Pump is also known as a hydrodynamic pump or dynamic pressure pump.
It works on the principle of centrifugal force, which are usually quick to install and easy to repair.
Centrifugal pumps is made utilizing superior grade raw material such as iron, hastelloy and allied materials.
The Centrifugal Pump is the most used pump type in the world. The Centrifugal Pump is the most used pump type in the world. This pump is simple, well-described, robust, effective and thoroughly tested. A Centrifugal Pump is also known as a hydrodynamic pump or dynamic pressure pump. It works on the principle of centrifugal force, which are usually quick to install and easy to repair. Centrifugal pumps is made utilizing superior grade raw material such as iron, hastelloy and allied materials.
Страница №3
Principle of the Centrifugal pump:
The Centrifugal pump converts one form of energy into another form to operate for pumping fluid.
It principally takes mechanical energy from the motor assembled with the pump, and converts it into either kinetic energy or the potential energy of the fluid movement.
It absolutely depends upon the fluid as to what energy mechanical energy convert into.
Modern centrifugal pumps, however, work on a slightly different mechanism. The impeller, as indicated earlier, is available in both straight and curved blades/vanes.
In response to this outward force upon the fluid, the fluid also starts circular motion.
Eventually when the pressure of the discharge end increases, the fluid is forced to move out via the discharge end and thus one pumping cycle is completed.
Principle of the Centrifugal pump: The Centrifugal pump converts one form of energy into another form to operate for pumping fluid. It principally takes mechanical energy from the motor assembled with the pump, and converts it into either kinetic energy or the potential energy of the fluid movement. It absolutely depends upon the fluid as to what energy mechanical energy convert into. Modern centrifugal pumps, however, work on a slightly different mechanism. The impeller, as indicated earlier, is available in both straight and curved blades/vanes. In response to this outward force upon the fluid, the fluid also starts circular motion. Eventually when the pressure of the discharge end increases, the fluid is forced to move out via the discharge end and thus one pumping cycle is completed.
Страница №4
Информация вложена в изображении слайда
Страница №5
Components of Centrifugal Pump:
Impeller: The spinning part of the centrifugal pump.
Eye of the impeller: The inlet of the impeller that allows fluid to enter into it.
Vanes: The straight or curved blades of the impeller that exert force over the fluid to make it move.
Discharge nozzle: The outlet through which fluid finally exits from the impeller.
Volute: The pump’s housing.
Shaft
Shaft sleeve
Casing
Casing wear ring
Components of Centrifugal Pump: Impeller: The spinning part of the centrifugal pump. Eye of the impeller: The inlet of the impeller that allows fluid to enter into it. Vanes: The straight or curved blades of the impeller that exert force over the fluid to make it move. Discharge nozzle: The outlet through which fluid finally exits from the impeller. Volute: The pump’s housing. Shaft Shaft sleeve Casing Casing wear ring
Страница №6
Typical Applications for Centrifugal Pumps:
General fluid transfer		
Chemical & Petrochemical industries
Paper & pulp industries
Food industries
Sugar industries
Power stations
Laminates industries
Textiles industries
Rubber industries
Typical Applications for Centrifugal Pumps: General fluid transfer Chemical & Petrochemical industries Paper & pulp industries Food industries Sugar industries Power stations Laminates industries Textiles industries Rubber industries
Страница №7
Features of Centrifugal Pump:
Modular constructions, high interchangeability, fast delivery
Versatile shaft sealing arrangement, glands packing as a standard arrangement and option to use mechanical seal
Process type design results in minimum downtime
Back pull out design enabling easier removal for inspection and maintenance
Closed impellers ensures high efficiency for a long period operation
Pump comes in three bearing design resulting in good continuous process with high Productivity
Bigger shaft and bearing size enabling sturdy design
Features of Centrifugal Pump: Modular constructions, high interchangeability, fast delivery Versatile shaft sealing arrangement, glands packing as a standard arrangement and option to use mechanical seal Process type design results in minimum downtime Back pull out design enabling easier removal for inspection and maintenance Closed impellers ensures high efficiency for a long period operation Pump comes in three bearing design resulting in good continuous process with high Productivity Bigger shaft and bearing size enabling sturdy design
Страница №8
Contact US:
Ambica Machine Tools
Zaveri Ind. Estate, 
Kathwada – Singarva Road,
Kathwada, Ahmedabad-382430. 
Gujarat, India.
Contact No : +(91)-(79)- 29700123 / 29704060 
Mobile : +(91)- 9328289287
Email :  info@ambicamachinetools.com
http://www.ambicamachinetools.com/centrifugal-pump-manufacturer.htm
Contact US: Ambica Machine Tools Zaveri Ind. Estate, Kathwada – Singarva Road, Kathwada, Ahmedabad-382430. Gujarat, India. Contact No : +(91)-(79)- 29700123 / 29704060 Mobile : +(91)- 9328289287 Email :  info@ambicamachinetools.com http://www.ambicamachinetools.com/centrifugal-pump-manufacturer.htm
Страница №9
Информация вложена в изображении слайда