Series P70
Small yet outstanding
The P70 series three-cylinder piston pump is theoretically capable of handling input power up to 70 horsepower (51 kW). It ranges from a minimum pressure output of 11,603 pounds per square inch (psi) at 7.92 gallons per minute (800 bar equates to 30 liters per minute) to a maximum pressure of 36,259 psi at 2.5 gallons per minute (2500 bar equates to 9.5 liters per minute).
Technical parameters
Maximum input power
70HP
Connectiontype
Direct connection
Plunger
3
Max input sppeed
1000 R·P·M
Reductioon ratio
–
Revolution speed
1000 R·P·M
Gear oil
1.19 GPM
Type of gear oil
85W-90
Weight
Performance range
Note:
1 Bar = 0.1 MPa = 14.5 Psi
1 L/Min = 0.06 m³/H = 0.264 Gpm
1 kW = 1.36 Hp
The flow values provided here refer to “theoretical” flow and do not account for efficiency reduction due to water compressibility and expansion of pressurized components.
Within this performance range, you can match your engine power according to your specific needs. Please note that piston diameter, stroke, and other factors have not been considered here, so the flow rate may be higher than the actual flow rate.
Fluid End Specs
| Plunger Pump Model | Plunger Pump Model Size | The Corresponding Flow Rate At A Specific Pump Speed | Rated Working Pressure |
||
|---|---|---|---|---|---|
| Plunger Model | Diameter（Mm） | Stroke（Mm） | 1000R P M/min | Bar | |
| P70-35k-9 | #009 | 09 | 50 | 9.5 L/min | 2500 |
| P70-30k-10 | #010 | 10 | 50 | 12 L/min | 2000 |
| P70-25k-11 | #011 | 11 | 50 | 14 L/min | 1700 |
| P70-20k-12 | #012 | 12 | 50 | 17 L/min | 1400 |
| P70-15k-14 | #014 | 14 | 50 | 23 L/min | 1000 |
| P70-10k-16 | #016 | 16 | 50 | 30 L/min | 800 |
- The flow values provided here refer to “theoretical” flow and do not account for efficiency reduction due to water compressibility and expansion of pressurized components.
- Within this performance range, you can match your engine power according to your specific needs. Please note that piston diameter, stroke, and other factors have not been considered here, so the flow rate may be higher than the actual flow rate.