HPP VB2V Variable Displacement Piston Pump
High-pressure capability: HPP VB2V piston pumps are capable of producing very high working pressures, typically reaching tens of megapascals (MPa) or more, making them ideal for high-pressure hydraulic systems.
High efficiency: Piston pumps have high volumetric and mechanical efficiencies, and HPP-VB2V hydraulic pumps have minimal internal leakage, effectively converting mechanical energy into hydraulic energy.
Convenient flow adjustment: Toyooki HPP VB2V piston pumps can easily adjust flow by changing the stroke of the plunger or using a displacement regulator to accommodate different operating requirements.
| Model | Displacement
(㎝3/rev) |
Pressure adjustment range
(MPa) |
Rotating speed (min-1) | ||
| Flange type | Rated | Max. | Lowest | ||
| HPPｰVB2VｰF8A3 (ｰ EE）ｰB | *to 8.0 | 1 to 7 | 1,800 | 2,500 | 500 |
| HPPｰVB2VｰF8A5 (ｰ EE）ｰB | 3 to 14 | ||||
Poocca Hydraulics (Shenzhen) Co., Ltd. was established in 2006. It is a comprehensive hydraulic service enterprise integrating R&D, manufacturing, maintenance and sales of hydraulic pumps, motors, valves and accessories. Extensive experience in providing power transmission and drive solutions to hydraulic system users worldwide.
After decades of continuous development and innovation in the hydraulic industry, Poocca Hydraulics is favored by manufacturers in many regions at home and abroad, and has also established a solid corporate partnership.
As a competent manufacturer of diversified Hydraulic Pumps, we are thriving across the globe and we are happy to share the overwhelming positive feedback we have received from satisfied customers across the globe. Our products have won accolades for their superior quality and performance. Consistent positive reviews reflect the trust and satisfaction customers experience after making a purchase.
Join our customers and experience the excellence that sets us apart. Your trust is our motivation and we look forward to exceeding your expectations with our POOCCA hydraulic pump solutions.
