Cookies help us deliver our services. By using our services, you agree to our use of cookies.
Search
You have no items in your shopping cart.
Machines
Pressure boosting of water from roof tank, breaktank, ground tank, other static water supply etc . Water supply from shallow well. his pump is for indoor installation. There are 3 Types of Pressure Pumps or Booster Pumps in the Pascali Range: Centrifugal Pumps. Peripheral Pumps. Self-Priming Jet Pumps.A “simplex” system with just a single pump is sufficient to handle most small demands assuming redundancy isn't required. However, if the application is for a hospital or other critical operation, a duplex is often specified for back-up.A booster pump is a device that increases low water pressure and flow. It provides the extra boost needed to bring your water pressure to the desired level. A water booster pump provides pressure to move water from a storage tank or throughout a whole house or commercial facility.
₱90,000.00 ₱72,000.00
A feed pump is a mechanism in diesel engine fuel systems that feeds fuel from the tank via the sedimenter and fuel filter before sending it to the injection pump . Although the injection pump pumps fuel, because its ability to take in fuel is limited, the feed pump compensates for this. Some diesel transfer pumps are rotary vane pumps, others are gear pumps. Electric diesel transfer pumps can be purchased in 12 volt, 24 volt, 230 volt and in ac and dc versions. A diesel water pump is a type of water pump that uses a diesel engine for power. It is used to transport water from one location to another for a variety of purposes including irrigation, dewatering, and firefighting. A diesel pump, which is usually referred to as a diesel fuel injection pump, is a somewhat complex mechanical piece of equipment. It is the mechanism that is used to pump fuel from the fuel tank into the carburetor, so it does just as the name suggests. Pumps are mechanical devices that use energy to move fluids from one point to another. The main application of pumps is to move fluids, such as gasses, oils, and water. An impeller or propeller is a part of a pump that helps move fluids through the device Pumps are mechanical devices that use energy to move fluids from one point to another. The main application of pumps is to move fluids, such as gasses, oils, and water. An impeller or propeller is a part of a pump that helps move fluids through the device. An impeller pump is a pump that uses an impeller.
₱32,250.00 ₱29,000.00
A feed pump is a mechanism in diesel engine fuel systems that feeds fuel from the tank via the sedimenter and fuel filter before sending it to the injection pump . Although the injection pump pumps fuel, because its ability to take in fuel is limited, the feed pump compensates for this. Some diesel transfer pumps are rotary vane pumps, others are gear pumps. Electric diesel transfer pumps can be purchased in 12 volt, 24 volt, 230 volt and in ac and dc versions. A diesel water pump is a type of water pump that uses a diesel engine for power. It is used to transport water from one location to another for a variety of purposes including irrigation, dewatering, and firefighting. A diesel pump, which is usually referred to as a diesel fuel injection pump, is a somewhat complex mechanical piece of equipment. It is the mechanism that is used to pump fuel from the fuel tank into the carburetor, so it does just as the name suggests. Pumps are mechanical devices that use energy to move fluids from one point to another. The main application of pumps is to move fluids, such as gasses, oils, and water. An impeller or propeller is a part of a pump that helps move fluids through the device Pumps are mechanical devices that use energy to move fluids from one point to another. The main application of pumps is to move fluids, such as gasses, oils, and water. An impeller or propeller is a part of a pump that helps move fluids through the device. An impeller pump is a pump that uses an impeller.
₱36,250.00 ₱29,000.00
Max Head refers to a pump's capability to push water upwards (also known as 'vertical lift'). So for example, a pump which states 'Max Head: 7m' means the pump will be able to push water flow up to 7 metres high from the water surface. What is often overlooked is that at 7 metres lift, the pump will deliver zero flow! High Head Submersible Effluent Pumps are used to pump treated effluent or wastewater from an aerobic treatment system to a spray irrigation or sprinkler system, drip irrigation system, mound system, or any other high pressure secondary treatment system. Discharge head refers to the vertical distance a pump must push fluid in order for the fluid to reach the system's highest point above the pump level. This is one of the factors that determine the size and power of your pump. Incorrect size and power can severely affect production and profit. However, while the pump head may not be a physical part of a pump , it's still a measure of the pump's power. The greater the pressure the pump can generate, the greater the head. Ultimately, the head is the highest height a pump can raise fluid against gravity. You can increase the maximum head of a submersible pump by bolting a higher horsepower motor to the pump. The better motor choice would be a three phase motor. A VFD can then be used to drive the pump and motor above original design speed thereby increasing the maximum head of the pump. The main difference between an effluent pump and a sewage pump is that effluent pumps are meant for pumping grey water with minimal solids, preferably smaller than 1/2" in diameter, whereas sewage pumps are designed to handle human waste-solids and sewage materials up to 2" diameters. You can differentiate between the suction and discharge sides in centrifugal pumps using the following methods: Markings: Centrifugal pumps typically have labels or markings on their casing indicating "suction" and "discharge" or "inlet" and " outlet." These markings help identify the suction and discharge sides.
₱53,125.00 ₱42,500.00
Max Head refers to a pump's capability to push water upwards (also known as 'vertical lift'). So for example, a pump which states 'Max Head: 7m' means the pump will be able to push water flow up to 7 metres high from the water surface. What is often overlooked is that at 7 metres lift, the pump will deliver zero flow! High Head Submersible Effluent Pumps are used to pump treated effluent or wastewater from an aerobic treatment system to a spray irrigation or sprinkler system, drip irrigation system, mound system, or any other high pressure secondary treatment system. Discharge head refers to the vertical distance a pump must push fluid in order for the fluid to reach the system's highest point above the pump level. This is one of the factors that determine the size and power of your pump. Incorrect size and power can severely affect production and profit. However, while the pump head may not be a physical part of a pump , it's still a measure of the pump's power. The greater the pressure the pump can generate, the greater the head. Ultimately, the head is the highest height a pump can raise fluid against gravity. You can increase the maximum head of a submersible pump by bolting a higher horsepower motor to the pump. The better motor choice would be a three phase motor. A VFD can then be used to drive the pump and motor above original design speed thereby increasing the maximum head of the pump. The main difference between an effluent pump and a sewage pump is that effluent pumps are meant for pumping grey water with minimal solids, preferably smaller than 1/2" in diameter, whereas sewage pumps are designed to handle human waste-solids and sewage materials up to 2" diameters. You can differentiate between the suction and discharge sides in centrifugal pumps using the following methods: Markings: Centrifugal pumps typically have labels or markings on their casing indicating "suction" and "discharge" or "inlet" and " outlet." These markings help identify the suction and discharge sides.
₱49,375.00 ₱39,500.00
Max Head refers to a pump's capability to push water upwards (also known as 'vertical lift'). So for example, a pump which states 'Max Head: 7m' means the pump will be able to push water flow up to 7 metres high from the water surface. What is often overlooked is that at 7 metres lift, the pump will deliver zero flow! High Head Submersible Effluent Pumps are used to pump treated effluent or wastewater from an aerobic treatment system to a spray irrigation or sprinkler system, drip irrigation system, mound system, or any other high pressure secondary treatment system. Discharge head refers to the vertical distance a pump must push fluid in order for the fluid to reach the system's highest point above the pump level. This is one of the factors that determine the size and power of your pump. Incorrect size and power can severely affect production and profit. However, while the pump head may not be a physical part of a pump , it's still a measure of the pump's power. The greater the pressure the pump can generate, the greater the head. Ultimately, the head is the highest height a pump can raise fluid against gravity. You can increase the maximum head of a submersible pump by bolting a higher horsepower motor to the pump. The better motor choice would be a three phase motor. A VFD can then be used to drive the pump and motor above original design speed thereby increasing the maximum head of the pump. The main difference between an effluent pump and a sewage pump is that effluent pumps are meant for pumping grey water with minimal solids, preferably smaller than 1/2" in diameter, whereas sewage pumps are designed to handle human waste-solids and sewage materials up to 2" diameters. You can differentiate between the suction and discharge sides in centrifugal pumps using the following methods: Markings: Centrifugal pumps typically have labels or markings on their casing indicating "suction" and "discharge" or "inlet" and " outlet." These markings help identify the suction and discharge sides.
₱53,125.00 ₱42,500.00
INGCO 10Bar Automatic Pump Control Switch WAPS001
₱3,400.00
INGCO 1500W 2HP Industrial Sewage Submersible Pump w/ Floater switch and Control Box SPDB15001-5
₱23,200.00
Min: ₱0.00 Max: ₱1,162,500.00
₱0 ₱1162500