Max GPM | 40.3 |
Max L/Min | 152.6 |
Max PSI | 1885 |
MaxBar | 130 |
Power KW | 37 |
Plunger Dia mm | 36 |
Stroke mm | 50 |
Inlet | G11/2" |
Outlet | G1" |
Max Temp | 50℃/122℉ |
RPM | 1000 |
Shaft Size | 40mm |
Shaft Version | N |
Shaft Type | Solid |
Oil Type | Gear oil 220 |
Max GPM | 40.3 |
Max L/Min | 152.6 |
Max PSI | 1885 |
MaxBar | 130 |
Power KW | 37 |
Plunger Dia mm | 36 |
Stroke mm | 50 |
Inlet | G11/2" |
Outlet | G1" |
Max Temp | 50℃/122℉ |
RPM | 1000 |
Shaft Size | 40mm |
Shaft Version | N |
Shaft Type | Solid |
Oil Type | Gear oil 220 |
Jetting plunger pumps are a type of positive displacement pump that is used to create high-pressure water jets for cleaning or clearing debris from pipes, tubes, and other types of conduits. The main types of jetting plunger pumps are:
Triplex Plunger Pump: This type of jetting plunger pump uses three plungers, driven by a crankshaft, to create high-pressure water flow. The triplex plunger pump is known for its high efficiency and durability.
Quintuplex Plunger Pump: This type of jetting plunger pump uses five plungers, driven by a crankshaft, to create high-pressure water flow. The quintuplex plunger pump is known for its high flow rate and its ability to generate high pressures at low flow rates.
Duplex Plunger Pump: This type of jetting plunger pump uses two plungers, driven by a crankshaft, to create high-pressure water flow. The duplex plunger pump is typically used for lower flow rate applications.
Single Plunger Pump: This type of jetting plunger pump uses a single plunger, driven by a crankshaft, to create high-pressure water flow. The single plunger pump is typically used for lower flow rate applications.
Overall, the choice of jetting plunger pump will depend on the specific application, including the required flow rate, pressure, and other factors such as the type of debris being cleared. Each type of pump has its own advantages and disadvantages, and it is important to choose the right type of pump for the job at hand.