Shree Ram Pump & Pipe

Openwell Submersible Pump sets are ideally suitable for ideally suitable for openwells or tanks where a wide fluctuation of water level occur. This works under water and rest at the bottom of the well. Prime mover is rewindable, water – cooled motor. Specially designed water lubricated bearing are used to withstand the axial thrust loads with minimum wear and tear. The stator is wound with special waterproof synthetic film insulated copper winding wires and made up of low watt loss silicon steel laminations assembled under pressure and rigidly locked. Motor sealing is made by polymers, ‘O’ rings, oil seals and sand guard to avoid ingress of well water/salt into the motor. Pressure equalizing rubber diaphragm is provided to guard the motor from pressure and volume variation of water as detailed in our operator’s manual. Three phase motor requires an adequate motor protection control panel. 

• Specially designed double side carbon pads for higher wear resistance.
• No suction and priming problem.
• Extremely tough and hard-wearing lubricated journal bearing are used.
• Dynamically balanced rotating parts ensures minimum vibration and longer life.
• Motor designed with higher cooling effect ensures longer life.
• Motor body available in SS 304 & Cast iron.
• Designed for wide voltage fluctuation.
• High operating efficiency.

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Openwell Submersible Pump sets are ideally suitable for ideally suitable for openwells or tanks where a wide fluctuation of water level occur. This works under water and rest at the bottom of the well. Prime mover is rewindable, water – cooled motor. Specially designed water lubricated bearing are used to withstand the axial thrust loads with minimum wear and tear. The stator is wound with special waterproof synthetic film insulated copper winding wires and made up of low watt loss silicon steel laminations assembled under pressure and rigidly locked. Motor sealing is made by polymers, ‘O’ rings, oil seals and sand guard to avoid ingress of well water/salt into the motor. Pressure equalizing rubber diaphragm is provided to guard the motor from pressure and volume variation of water as detailed in our operator’s manual. Three phase motor requires an adequate motor protection control panel. 

• Specially designed double side carbon pads for higher wear resistance.
• No suction and priming problem.
• Extremely tough and hard-wearing lubricated journal bearing are used.
• Dynamically balanced rotating parts ensures minimum vibration and longer life.
• Motor designed with higher cooling effect ensures longer life.
• Motor body available in SS 304 & Cast iron.
• Designed for wide voltage fluctuation.
• High operating efficiency.

Openwell Submersible Pump sets are ideally suitable for ideally suitable for openwells or tanks where a wide fluctuation of water level occur. This works under water and rest at the bottom of the well. Prime mover is rewindable, water – cooled motor. Specially designed water lubricated bearing are used to withstand the axial thrust loads with minimum wear and tear. The stator is wound with special waterproof synthetic film insulated copper winding wires and made up of low watt loss silicon steel laminations assembled under pressure and rigidly locked. Motor sealing is made by polymers, ‘O’ rings, oil seals and sand guard to avoid ingress of well water/salt into the motor. Pressure equalizing rubber diaphragm is provided to guard the motor from pressure and volume variation of water as detailed in our operator’s manual. Three phase motor requires an adequate motor protection control panel. 

• Specially designed double side carbon pads for higher wear resistance.
• No suction and priming problem.
• Extremely tough and hard-wearing lubricated journal bearing are used.
• Dynamically balanced rotating parts ensures minimum vibration and longer life.
• Motor designed with higher cooling effect ensures longer life.
• Motor body available in SS 304 & Cast iron.
• Designed for wide voltage fluctuation.
• High operating efficiency.

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Openwell Submersible Pump sets are ideally suitable for ideally suitable for openwells or tanks where a wide fluctuation of water level occur. This works under water and rest at the bottom of the well. Prime mover is rewindable, water – cooled motor. Specially designed water lubricated bearing are used to withstand the axial thrust loads with minimum wear and tear. The stator is wound with special waterproof synthetic film insulated copper winding wires and made up of low watt loss silicon steel laminations assembled under pressure and rigidly locked. Motor sealing is made by polymers, ‘O’ rings, oil seals and sand guard to avoid ingress of well water/salt into the motor. Pressure equalizing rubber diaphragm is provided to guard the motor from pressure and volume variation of water as detailed in our operator’s manual. Three phase motor requires an adequate motor protection control panel. 

• Specially designed double side carbon pads for higher wear resistance.
• No suction and priming problem.
• Extremely tough and hard-wearing lubricated journal bearing are used.
• Dynamically balanced rotating parts ensures minimum vibration and longer life.
• Motor designed with higher cooling effect ensures longer life.
• Motor body available in SS 304 & Cast iron.
• Designed for wide voltage fluctuation.
• High operating efficiency.

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Openwell Submersible Pump sets are ideally suitable for ideally suitable for openwells or tanks where a wide fluctuation of water level occur. This works under water and rest at the bottom of the well. Prime mover is rewindable, water – cooled motor. Specially designed water lubricated bearing are used to withstand the axial thrust loads with minimum wear and tear. The stator is wound with special waterproof synthetic film insulated copper winding wires and made up of low watt loss silicon steel laminations assembled under pressure and rigidly locked. Motor sealing is made by polymers, ‘O’ rings, oil seals and sand guard to avoid ingress of well water/salt into the motor. Pressure equalizing rubber diaphragm is provided to guard the motor from pressure and volume variation of water as detailed in our operator’s manual. Three phase motor requires an adequate motor protection control panel. 

• Specially designed double side carbon pads for higher wear resistance.
• No suction and priming problem.
• Extremely tough and hard-wearing lubricated journal bearing are used.
• Dynamically balanced rotating parts ensures minimum vibration and longer life.
• Motor designed with higher cooling effect ensures longer life.
• Motor body available in SS 304 & Cast iron.
• Designed for wide voltage fluctuation.
• High operating efficiency.

Openwell Submersible Pump sets are ideally suitable for ideally suitable for openwells or tanks where a wide fluctuation of water level occur. This works under water and rest at the bottom of the well. Prime mover is rewindable, water – cooled motor. Specially designed water lubricated bearing are used to withstand the axial thrust loads with minimum wear and tear. The stator is wound with special waterproof synthetic film insulated copper winding wires and made up of low watt loss silicon steel laminations assembled under pressure and rigidly locked. Motor sealing is made by polymers, ‘O’ rings, oil seals and sand guard to avoid ingress of well water/salt into the motor. Pressure equalizing rubber diaphragm is provided to guard the motor from pressure and volume variation of water as detailed in our operator’s manual. Three phase motor requires an adequate motor protection control panel. 

• Specially designed double side carbon pads for higher wear resistance.
• No suction and priming problem.
• Extremely tough and hard-wearing lubricated journal bearing are used.
• Dynamically balanced rotating parts ensures minimum vibration and longer life.
• Motor designed with higher cooling effect ensures longer life.
• Motor body available in SS 304 & Cast iron.
• Designed for wide voltage fluctuation.
• High operating efficiency.

Openwell Submersible Pump sets are ideally suitable for ideally suitable for openwells or tanks where a wide fluctuation of water level occur. This works under water and rest at the bottom of the well. Prime mover is rewindable, water – cooled motor. Specially designed water lubricated bearing are used to withstand the axial thrust loads with minimum wear and tear. The stator is wound with special waterproof synthetic film insulated copper winding wires and made up of low watt loss silicon steel laminations assembled under pressure and rigidly locked. Motor sealing is made by polymers, ‘O’ rings, oil seals and sand guard to avoid ingress of well water/salt into the motor. Pressure equalizing rubber diaphragm is provided to guard the motor from pressure and volume variation of water as detailed in our operator’s manual. Three phase motor requires an adequate motor protection control panel. 

• Specially designed double side carbon pads for higher wear resistance.
• No suction and priming problem.
• Extremely tough and hard-wearing lubricated journal bearing are used.
• Dynamically balanced rotating parts ensures minimum vibration and longer life.
• Motor designed with higher cooling effect ensures longer life.
• Motor body available in SS 304 & Cast iron.
• Designed for wide voltage fluctuation.
• High operating efficiency.

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Openwell Submersible Pump sets are ideally suitable for ideally suitable for openwells or tanks where a wide fluctuation of water level occur. This works under water and rest at the bottom of the well. Prime mover is rewindable, water – cooled motor. Specially designed water lubricated bearing are used to withstand the axial thrust loads with minimum wear and tear. The stator is wound with special waterproof synthetic film insulated copper winding wires and made up of low watt loss silicon steel laminations assembled under pressure and rigidly locked. Motor sealing is made by polymers, ‘O’ rings, oil seals and sand guard to avoid ingress of well water/salt into the motor. Pressure equalizing rubber diaphragm is provided to guard the motor from pressure and volume variation of water as detailed in our operator’s manual. Three phase motor requires an adequate motor protection control panel. 

• Specially designed double side carbon pads for higher wear resistance.
• No suction and priming problem.
• Extremely tough and hard-wearing lubricated journal bearing are used.
• Dynamically balanced rotating parts ensures minimum vibration and longer life.
• Motor designed with higher cooling effect ensures longer life.
• Motor body available in SS 304 & Cast iron.
• Designed for wide voltage fluctuation.
• High operating efficiency.

Openwell Submersible Pump sets are ideally suitable for ideally suitable for openwells or tanks where a wide fluctuation of water level occur. This works under water and rest at the bottom of the well. Prime mover is rewindable, water – cooled motor. Specially designed water lubricated bearing are used to withstand the axial thrust loads with minimum wear and tear. The stator is wound with special waterproof synthetic film insulated copper winding wires and made up of low watt loss silicon steel laminations assembled under pressure and rigidly locked. Motor sealing is made by polymers, ‘O’ rings, oil seals and sand guard to avoid ingress of well water/salt into the motor. Pressure equalizing rubber diaphragm is provided to guard the motor from pressure and volume variation of water as detailed in our operator’s manual. Three phase motor requires an adequate motor protection control panel. 

• Specially designed double side carbon pads for higher wear resistance.
• No suction and priming problem.
• Extremely tough and hard-wearing lubricated journal bearing are used.
• Dynamically balanced rotating parts ensures minimum vibration and longer life.
• Motor designed with higher cooling effect ensures longer life.
• Motor body available in SS 304 & Cast iron.
• Designed for wide voltage fluctuation.
• High operating efficiency.

Openwell Submersible Pump sets are ideally suitable for ideally suitable for openwells or tanks where a wide fluctuation of water level occur. This works under water and rest at the bottom of the well. Prime mover is rewindable, water – cooled motor. Specially designed water lubricated bearing are used to withstand the axial thrust loads with minimum wear and tear. The stator is wound with special waterproof synthetic film insulated copper winding wires and made up of low watt loss silicon steel laminations assembled under pressure and rigidly locked. Motor sealing is made by polymers, ‘O’ rings, oil seals and sand guard to avoid ingress of well water/salt into the motor. Pressure equalizing rubber diaphragm is provided to guard the motor from pressure and volume variation of water as detailed in our operator’s manual. Three phase motor requires an adequate motor protection control panel. 

• Specially designed double side carbon pads for higher wear resistance.
• No suction and priming problem.
• Extremely tough and hard-wearing lubricated journal bearing are used.
• Dynamically balanced rotating parts ensures minimum vibration and longer life.
• Motor designed with higher cooling effect ensures longer life.
• Motor body available in SS 304 & Cast iron.
• Designed for wide voltage fluctuation.
• High operating efficiency.

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

LUBI Mini Openwell Pump – LHL 

 

 

Features :

 

·       Pumpset shall be designed to withstand voltage drops to 320 volts.

·       It has well designed sleeve and thrust bearing of adequate capacity for longer life.

·       High operating efficiencies of pumpset result into high water discharge rate and lower power bills.

·       All components are precisely machined on modern precision machine tools to give you years of reliable operation.

·       Stator and rotor of the monoset are vacuum impregnated with synthetic varnish and epoxy coated for corrosion resistance.

·       All rotating components are dynamically balanced to ensure long bearing life and vibration free smooth operation.

·       All cast iron parts shall be CED (cathode electrode deposition) coated for corrosion resistance with uniform coating and controlled deposition thickness of 20-30 microns.

 

Variety & Range

●        Flow Range : up to 310 m³/h

●        Head Range : up to 72 metres

●        Rating : 0.37 – 22 kW

●        Rated Speed : 2900 RPM

 

Applications :

• Agriculture
• Domestic
• Industrial
• Commercial

 

 

Pumps that are partially or completely above the fluid level allow air into the suction line, which must be evacuated or displaced before the pump can move the liquid. Self-priming pumps are capable of removing air at startup before beginning its normal pumping functions.

To avoid the mixing of air and water, self-priming pumps create a partial vacuum to discharge water while also evacuating any air. It does this by combining the air and water during the priming process, forcing the air to rise and the water to sink or go down. Gravity then pulls the air-free water back into the impeller, where it mixes with the remaining air in the suction line.

This process repeats until all air is evacuated and a vacuum forms in the suction line. Once this happens, atmospheric pressure forces the water into the suction line and towards the impeller to allow pumping to begin.

• Entrained Gas Handling – Due to their ability to vent suction lines they can handle fluids with entrained gasses, priming for up to 30 mins without drawing liquid.
• Easy to Maintain – They are far easier to maintain than a submersible pump which is immersed in the liquid and may need confined space training to maintain.
• Reliable – Their designs are not based on use with other accessories meaning they do not rely on additional valves to function which can sometimes fail
• Robust – As the motor and cable are not immersed in fluids, they are longer lasting and less exposed to pumping mediums when handling corrosive or aggressive fluids

 

Application :

• Pumping water, fuels, clear or gray water, raw sewage,
• industrial wastewater, and more
• Liquid transfer systems
• Irrigation
• Basement floodwater pumps
• Bailing out boats
• Increasing water pressure
• Sewage treatment

Centrifugal Monoblock Pump - LBL

 

 

·  "LUBI" 1440 RPM Monoblock pumping sets are specially manufactured to meet the requirement of Agriculture. The Impellers and volute chambers are designed for a wide range of total heads.

·  "LUBI" Electric Motors, which are incorporated with the Monoblock are designed in "A" Class insulation and are suitable for large variations in line voltage. High silicon Steel laminations, Polyester Base Super enamelled Copper Wires and selected high grade Insulating material of best quality use into the making of these Motors. The Diecast rotors are dynamically balanced, which ensures long bearing life and prevents Vibration, for multiple purpose fan end shaft is extended and fitted with flat pulley.

• Monoblock are designed to withstand voltage drops to 320 volts.

• All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

 

Material of Construction :

Pump Casing : It is made of close grained cast iron of high tensile strength and has a very smooth surface finish for low friction losses.

Impeller : It is enclosed and is made of close grained cast iron with a very smooth surface finish for high efficiency.

Stuffing Box : It is water lubricated and is sufficiently deep. It is Packed with graphite Packings. (For LBH & LBL Series)

Mechanical Seal : Superior Mechanical Shaft Seal for longer life & effective sealing against water leakage. (For LBI Series)

Flanges : Companion Flanges are provided for connecting the suction and delivery pipes.

Stator Frame : It is made of close grained cast iron and has adequate numbers of cooling fins to keep the stator temperature rise within limits.

Stator : Vacuum Impregnated with polyester base copper wire and insulation.

Rotor : Rotor is aluminium die-casted. Rotor shaft is made of carbon steel and is of adequate size to transmit power to the impeller. It is provided with a replaceable bronze shaft sleeve to protect the shaft from wear.

Fan : It is made of Cast Iron and is designed to give a good air flow over the stator frame.

Bearings : They are grease lubricated and of ample size to withstand radial and axial thrust loads.

Terminal Box : It is of ample size to facilitate easy wiring.

 

Applications :

• Irrigation of Fields / Farms
• Housing complexes
• Community water supply
• Fire Fighting system
• Industries

 

Centrifugal Monoblock Pump - LBL

 

 

·  "LUBI" 1440 RPM Monoblock pumping sets are specially manufactured to meet the requirement of Agriculture. The Impellers and volute chambers are designed for a wide range of total heads.

·  "LUBI" Electric Motors, which are incorporated with the Monoblock are designed in "A" Class insulation and are suitable for large variations in line voltage. High silicon Steel laminations, Polyester Base Super enamelled Copper Wires and selected high grade Insulating material of best quality use into the making of these Motors. The Diecast rotors are dynamically balanced, which ensures long bearing life and prevents Vibration, for multiple purpose fan end shaft is extended and fitted with flat pulley.

• Monoblock are designed to withstand voltage drops to 320 volts.

• All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

 

Material of Construction :

Pump Casing : It is made of close grained cast iron of high tensile strength and has a very smooth surface finish for low friction losses.

Impeller : It is enclosed and is made of close grained cast iron with a very smooth surface finish for high efficiency.

Stuffing Box : It is water lubricated and is sufficiently deep. It is Packed with graphite Packings. (For LBH & LBL Series)

Mechanical Seal : Superior Mechanical Shaft Seal for longer life & effective sealing against water leakage. (For LBI Series)

Flanges : Companion Flanges are provided for connecting the suction and delivery pipes.

Stator Frame : It is made of close grained cast iron and has adequate numbers of cooling fins to keep the stator temperature rise within limits.

Stator : Vacuum Impregnated with polyester base copper wire and insulation.

Rotor : Rotor is aluminium die-casted. Rotor shaft is made of carbon steel and is of adequate size to transmit power to the impeller. It is provided with a replaceable bronze shaft sleeve to protect the shaft from wear.

Fan : It is made of Cast Iron and is designed to give a good air flow over the stator frame.

Bearings : They are grease lubricated and of ample size to withstand radial and axial thrust loads.

Terminal Box : It is of ample size to facilitate easy wiring.

 

Applications :

• Irrigation of Fields / Farms
• Housing complexes
• Community water supply
• Fire Fighting system
• Industries

 

Centrifugal Monoblock Pump - LBL

 

 

·  "LUBI" 1440 RPM Monoblock pumping sets are specially manufactured to meet the requirement of Agriculture. The Impellers and volute chambers are designed for a wide range of total heads.

·  "LUBI" Electric Motors, which are incorporated with the Monoblock are designed in "A" Class insulation and are suitable for large variations in line voltage. High silicon Steel laminations, Polyester Base Super enamelled Copper Wires and selected high grade Insulating material of best quality use into the making of these Motors. The Diecast rotors are dynamically balanced, which ensures long bearing life and prevents Vibration, for multiple purpose fan end shaft is extended and fitted with flat pulley.

• Monoblock are designed to withstand voltage drops to 320 volts.

• All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

 

Material of Construction :

Pump Casing : It is made of close grained cast iron of high tensile strength and has a very smooth surface finish for low friction losses.

Impeller : It is enclosed and is made of close grained cast iron with a very smooth surface finish for high efficiency.

Stuffing Box : It is water lubricated and is sufficiently deep. It is Packed with graphite Packings. (For LBH & LBL Series)

Mechanical Seal : Superior Mechanical Shaft Seal for longer life & effective sealing against water leakage. (For LBI Series)

Flanges : Companion Flanges are provided for connecting the suction and delivery pipes.

Stator Frame : It is made of close grained cast iron and has adequate numbers of cooling fins to keep the stator temperature rise within limits.

Stator : Vacuum Impregnated with polyester base copper wire and insulation.

Rotor : Rotor is aluminium die-casted. Rotor shaft is made of carbon steel and is of adequate size to transmit power to the impeller. It is provided with a replaceable bronze shaft sleeve to protect the shaft from wear.

Fan : It is made of Cast Iron and is designed to give a good air flow over the stator frame.

Bearings : They are grease lubricated and of ample size to withstand radial and axial thrust loads.

Terminal Box : It is of ample size to facilitate easy wiring.

 

Applications :

• Irrigation of Fields / Farms
• Housing complexes
• Community water supply
• Fire Fighting system
• Industries

 

LUBI Monoblock Pump (LBH) (A Class)  - LBH

 

 

Features :

 

·     Monoblock are designed to withstand voltage drops to 320 volts.

·     Better insulating materials are used so that monoblock can withstand high temperature rise.

·     High operating efficiencies of the monoblock result into greater water discharge rate and lower power bills.

·     The “back pullout” facility enables the monoblock to be serviced without disturbing the pipe work.

·     All components are manufactured from materials as per standard specification. They are precisely machined on modern machine tools to give you years of reliable operation.

·     All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

·     All rotating components and assemblies are dynamically balanced to ensure long bearing life and vibration free smooth operation

·     All monoblock are fully tested as per the specification prior to despatch.

 

Variety & Range

●        Flow Range : up to 151.2 m³/h

●        Head Range : up to 90 metres

●        Rating : 1.50 to 22.00 kW

●        Rated Speed :

 

Applications :

• Agriculture
• Industrial
• Commercial

LUBI Monoblock Pump (LBH) (A Class)  - LBH

 

 

Features :

 

·     Monoblock are designed to withstand voltage drops to 320 volts.

·     Better insulating materials are used so that monoblock can withstand high temperature rise.

·     High operating efficiencies of the monoblock result into greater water discharge rate and lower power bills.

·     The “back pullout” facility enables the monoblock to be serviced without disturbing the pipe work.

·     All components are manufactured from materials as per standard specification. They are precisely machined on modern machine tools to give you years of reliable operation.

·     All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

·     All rotating components and assemblies are dynamically balanced to ensure long bearing life and vibration free smooth operation

·     All monoblock are fully tested as per the specification prior to despatch.

 

Variety & Range

●        Flow Range : up to 151.2 m³/h

●        Head Range : up to 90 metres

●        Rating : 1.50 to 22.00 kW

●        Rated Speed :

 

Applications :

• Agriculture
• Industrial
• Commercial

 

Shallow Well Jet Pump / Centrifugal Jet Pump

 

 

Features :

 

·  The pump casing shall be fabricated from AISI 304 stainless steel sheet metal and shall have axial suction and radial discharge port.

·  The pumps shall have closed type impeller with material of construction of AISI 304 stainless steel sheet metal.

·  The Pump shaft sealing shall be by mechanical shaft seal of Carbon/Ceramic/NBR/AISI 304 construction suitable for 10 bar pressure rating and water temperature from 0 to +90 deg. C.

·  The Motor will be suitable for 1 phase, 230volts, 50 Hz (Standard Supply), 3 phase, 415volts, 50 Hz.

·  All Fabricated stainless steel pump components shall be manufactured in house by the manufacturing company.

 

 

Variety & Range

●        Flow Range : up to 5.4 m³/h

●        Head Range : up to 40 metres

●        Rating : 0.37 - 0.75 kW

●        Rated Speed : 2900 RPM

 

Applications :

• Domestic
• Industrial
• Commercial

 

 

Self Priming Pump

 

 

Features :

 

·       Pump casing, Adapter, End shields are made of close-grained cast iron of high tensile strength.

·       Forged Brass Impeller is used to give trouble free service.

·       Motor windings are vacuum impregnated with synthetic varnish for better moisture resistance.

·       Superior Mechanical Seal for longer life and effective sealing against water leakage.

·       Aluminium Extruded Motor Body for better heat dissipation and Corrosion resistant.

·       Double Shielded pre-lubricated anti-friction ball bearings are fitted at both ends to withstand radial and axial loads.

·       Better insulating materials shall be used so that pumpset can withstand high temperature rise.

·       Self-Priming up to 6.0 meters at mean sea level.

·       Fitted with Thermal Overload Protector (TOP).

·       Totally Enclosed Fan Cooled (TEFC) construction resists dust, moisture.

·       Light weight, Easy maintenance and spares availability

·       High Tensile Brass Impeller is used to give trouble free service. Motor windings are vacuum impregnated with synthetic varnish for better moisture resistance.

·       Superior Mechanical Seal for longer life and effective sealing against water leakage.

·       Fitted with Thermal Overload Protector (TOP).

·       Sheet Metal Drip-proof Fan cooled motor body. (MDL-2SP, 4SP) Totally Enclosed Fan Cooled (TEFC) construction resists dust, moisture. (MDL-2TC, 4TC).

·       Top mounted terminal box with covered capacitors.

 

Applications :

• Domestic
• Industrial
• Commercial

 

 

Centrifugal Monoblock Pump - LBL

 

 

·  "LUBI" 1440 RPM Monoblock pumping sets are specially manufactured to meet the requirement of Agriculture. The Impellers and volute chambers are designed for a wide range of total heads.

·  "LUBI" Electric Motors, which are incorporated with the Monoblock are designed in "A" Class insulation and are suitable for large variations in line voltage. High silicon Steel laminations, Polyester Base Super enamelled Copper Wires and selected high grade Insulating material of best quality use into the making of these Motors. The Diecast rotors are dynamically balanced, which ensures long bearing life and prevents Vibration, for multiple purpose fan end shaft is extended and fitted with flat pulley.

• Monoblock are designed to withstand voltage drops to 320 volts.

• All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

 

Material of Construction :

Pump Casing : It is made of close grained cast iron of high tensile strength and has a very smooth surface finish for low friction losses.

Impeller : It is enclosed and is made of close grained cast iron with a very smooth surface finish for high efficiency.

Stuffing Box : It is water lubricated and is sufficiently deep. It is Packed with graphite Packings. (For LBH & LBL Series)

Mechanical Seal : Superior Mechanical Shaft Seal for longer life & effective sealing against water leakage. (For LBI Series)

Flanges : Companion Flanges are provided for connecting the suction and delivery pipes.

Stator Frame : It is made of close grained cast iron and has adequate numbers of cooling fins to keep the stator temperature rise within limits.

Stator : Vacuum Impregnated with polyester base copper wire and insulation.

Rotor : Rotor is aluminium die-casted. Rotor shaft is made of carbon steel and is of adequate size to transmit power to the impeller. It is provided with a replaceable bronze shaft sleeve to protect the shaft from wear.

Fan : It is made of Cast Iron and is designed to give a good air flow over the stator frame.

Bearings : They are grease lubricated and of ample size to withstand radial and axial thrust loads.

Terminal Box : It is of ample size to facilitate easy wiring.

 

Applications :

• Irrigation of Fields / Farms
• Housing complexes
• Community water supply
• Fire Fighting system
• Industries

 

Centrifugal Monoblock Pump - LBL

 

 

·  "LUBI" 1440 RPM Monoblock pumping sets are specially manufactured to meet the requirement of Agriculture. The Impellers and volute chambers are designed for a wide range of total heads.

·  "LUBI" Electric Motors, which are incorporated with the Monoblock are designed in "A" Class insulation and are suitable for large variations in line voltage. High silicon Steel laminations, Polyester Base Super enamelled Copper Wires and selected high grade Insulating material of best quality use into the making of these Motors. The Diecast rotors are dynamically balanced, which ensures long bearing life and prevents Vibration, for multiple purpose fan end shaft is extended and fitted with flat pulley.

• Monoblock are designed to withstand voltage drops to 320 volts.

• All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

 

Material of Construction :

Pump Casing : It is made of close grained cast iron of high tensile strength and has a very smooth surface finish for low friction losses.

Impeller : It is enclosed and is made of close grained cast iron with a very smooth surface finish for high efficiency.

Stuffing Box : It is water lubricated and is sufficiently deep. It is Packed with graphite Packings. (For LBH & LBL Series)

Mechanical Seal : Superior Mechanical Shaft Seal for longer life & effective sealing against water leakage. (For LBI Series)

Flanges : Companion Flanges are provided for connecting the suction and delivery pipes.

Stator Frame : It is made of close grained cast iron and has adequate numbers of cooling fins to keep the stator temperature rise within limits.

Stator : Vacuum Impregnated with polyester base copper wire and insulation.

Rotor : Rotor is aluminium die-casted. Rotor shaft is made of carbon steel and is of adequate size to transmit power to the impeller. It is provided with a replaceable bronze shaft sleeve to protect the shaft from wear.

Fan : It is made of Cast Iron and is designed to give a good air flow over the stator frame.

Bearings : They are grease lubricated and of ample size to withstand radial and axial thrust loads.

Terminal Box : It is of ample size to facilitate easy wiring.

 

Applications :

• Irrigation of Fields / Farms
• Housing complexes
• Community water supply
• Fire Fighting system
• Industries

 

Centrifugal Monoblock Pump - LBL

 

 

·  "LUBI" 1440 RPM Monoblock pumping sets are specially manufactured to meet the requirement of Agriculture. The Impellers and volute chambers are designed for a wide range of total heads.

·  "LUBI" Electric Motors, which are incorporated with the Monoblock are designed in "A" Class insulation and are suitable for large variations in line voltage. High silicon Steel laminations, Polyester Base Super enamelled Copper Wires and selected high grade Insulating material of best quality use into the making of these Motors. The Diecast rotors are dynamically balanced, which ensures long bearing life and prevents Vibration, for multiple purpose fan end shaft is extended and fitted with flat pulley.

• Monoblock are designed to withstand voltage drops to 320 volts.

• All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

 

Material of Construction :

Pump Casing : It is made of close grained cast iron of high tensile strength and has a very smooth surface finish for low friction losses.

Impeller : It is enclosed and is made of close grained cast iron with a very smooth surface finish for high efficiency.

Stuffing Box : It is water lubricated and is sufficiently deep. It is Packed with graphite Packings. (For LBH & LBL Series)

Mechanical Seal : Superior Mechanical Shaft Seal for longer life & effective sealing against water leakage. (For LBI Series)

Flanges : Companion Flanges are provided for connecting the suction and delivery pipes.

Stator Frame : It is made of close grained cast iron and has adequate numbers of cooling fins to keep the stator temperature rise within limits.

Stator : Vacuum Impregnated with polyester base copper wire and insulation.

Rotor : Rotor is aluminium die-casted. Rotor shaft is made of carbon steel and is of adequate size to transmit power to the impeller. It is provided with a replaceable bronze shaft sleeve to protect the shaft from wear.

Fan : It is made of Cast Iron and is designed to give a good air flow over the stator frame.

Bearings : They are grease lubricated and of ample size to withstand radial and axial thrust loads.

Terminal Box : It is of ample size to facilitate easy wiring.

 

Applications :

• Irrigation of Fields / Farms
• Housing complexes
• Community water supply
• Fire Fighting system
• Industries

 

Centrifugal Monoblock Pump - LBL

 

 

·  "LUBI" 1440 RPM Monoblock pumping sets are specially manufactured to meet the requirement of Agriculture. The Impellers and volute chambers are designed for a wide range of total heads.

·  "LUBI" Electric Motors, which are incorporated with the Monoblock are designed in "A" Class insulation and are suitable for large variations in line voltage. High silicon Steel laminations, Polyester Base Super enamelled Copper Wires and selected high grade Insulating material of best quality use into the making of these Motors. The Diecast rotors are dynamically balanced, which ensures long bearing life and prevents Vibration, for multiple purpose fan end shaft is extended and fitted with flat pulley.

• Monoblock are designed to withstand voltage drops to 320 volts.

• All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

 

Material of Construction :

Pump Casing : It is made of close grained cast iron of high tensile strength and has a very smooth surface finish for low friction losses.

Impeller : It is enclosed and is made of close grained cast iron with a very smooth surface finish for high efficiency.

Stuffing Box : It is water lubricated and is sufficiently deep. It is Packed with graphite Packings. (For LBH & LBL Series)

Mechanical Seal : Superior Mechanical Shaft Seal for longer life & effective sealing against water leakage. (For LBI Series)

Flanges : Companion Flanges are provided for connecting the suction and delivery pipes.

Stator Frame : It is made of close grained cast iron and has adequate numbers of cooling fins to keep the stator temperature rise within limits.

Stator : Vacuum Impregnated with polyester base copper wire and insulation.

Rotor : Rotor is aluminium die-casted. Rotor shaft is made of carbon steel and is of adequate size to transmit power to the impeller. It is provided with a replaceable bronze shaft sleeve to protect the shaft from wear.

Fan : It is made of Cast Iron and is designed to give a good air flow over the stator frame.

Bearings : They are grease lubricated and of ample size to withstand radial and axial thrust loads.

Terminal Box : It is of ample size to facilitate easy wiring.

 

Applications :

• Irrigation of Fields / Farms
• Housing complexes
• Community water supply
• Fire Fighting system
• Industries

 

Centrifugal Monoblock Pump - LBL

 

 

·  "LUBI" 1440 RPM Monoblock pumping sets are specially manufactured to meet the requirement of Agriculture. The Impellers and volute chambers are designed for a wide range of total heads.

·  "LUBI" Electric Motors, which are incorporated with the Monoblock are designed in "A" Class insulation and are suitable for large variations in line voltage. High silicon Steel laminations, Polyester Base Super enamelled Copper Wires and selected high grade Insulating material of best quality use into the making of these Motors. The Diecast rotors are dynamically balanced, which ensures long bearing life and prevents Vibration, for multiple purpose fan end shaft is extended and fitted with flat pulley.

• Monoblock are designed to withstand voltage drops to 320 volts.

• All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

 

Material of Construction :

Pump Casing : It is made of close grained cast iron of high tensile strength and has a very smooth surface finish for low friction losses.

Impeller : It is enclosed and is made of close grained cast iron with a very smooth surface finish for high efficiency.

Stuffing Box : It is water lubricated and is sufficiently deep. It is Packed with graphite Packings. (For LBH & LBL Series)

Mechanical Seal : Superior Mechanical Shaft Seal for longer life & effective sealing against water leakage. (For LBI Series)

Flanges : Companion Flanges are provided for connecting the suction and delivery pipes.

Stator Frame : It is made of close grained cast iron and has adequate numbers of cooling fins to keep the stator temperature rise within limits.

Stator : Vacuum Impregnated with polyester base copper wire and insulation.

Rotor : Rotor is aluminium die-casted. Rotor shaft is made of carbon steel and is of adequate size to transmit power to the impeller. It is provided with a replaceable bronze shaft sleeve to protect the shaft from wear.

Fan : It is made of Cast Iron and is designed to give a good air flow over the stator frame.

Bearings : They are grease lubricated and of ample size to withstand radial and axial thrust loads.

Terminal Box : It is of ample size to facilitate easy wiring.

 

Applications :

• Irrigation of Fields / Farms
• Housing complexes
• Community water supply
• Fire Fighting system
• Industries

 

Centrifugal Monoblock Pump - LBL

 

 

·  "LUBI" 1440 RPM Monoblock pumping sets are specially manufactured to meet the requirement of Agriculture. The Impellers and volute chambers are designed for a wide range of total heads.

·  "LUBI" Electric Motors, which are incorporated with the Monoblock are designed in "A" Class insulation and are suitable for large variations in line voltage. High silicon Steel laminations, Polyester Base Super enamelled Copper Wires and selected high grade Insulating material of best quality use into the making of these Motors. The Diecast rotors are dynamically balanced, which ensures long bearing life and prevents Vibration, for multiple purpose fan end shaft is extended and fitted with flat pulley.

• Monoblock are designed to withstand voltage drops to 320 volts.

• All Monoblock windings are vacuum impregnated with synthetic varnish for better moisture resistance.

 

Material of Construction :

Pump Casing : It is made of close grained cast iron of high tensile strength and has a very smooth surface finish for low friction losses.

Impeller : It is enclosed and is made of close grained cast iron with a very smooth surface finish for high efficiency.

Stuffing Box : It is water lubricated and is sufficiently deep. It is Packed with graphite Packings. (For LBH & LBL Series)

Mechanical Seal : Superior Mechanical Shaft Seal for longer life & effective sealing against water leakage. (For LBI Series)

Flanges : Companion Flanges are provided for connecting the suction and delivery pipes.

Stator Frame : It is made of close grained cast iron and has adequate numbers of cooling fins to keep the stator temperature rise within limits.

Stator : Vacuum Impregnated with polyester base copper wire and insulation.

Rotor : Rotor is aluminium die-casted. Rotor shaft is made of carbon steel and is of adequate size to transmit power to the impeller. It is provided with a replaceable bronze shaft sleeve to protect the shaft from wear.

Fan : It is made of Cast Iron and is designed to give a good air flow over the stator frame.

Bearings : They are grease lubricated and of ample size to withstand radial and axial thrust loads.

Terminal Box : It is of ample size to facilitate easy wiring.

 

Applications :

• Irrigation of Fields / Farms
• Housing complexes
• Community water supply
• Fire Fighting system
• Industries