Bomba de pistones axiales serie PVQ
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The Blince PVQ Piston Pump is a low-noise hydraulic piston pump designed for industrial hydraulic systems. As a Variable Displacement Axial Piston Pump, it offers 10.5–45.1 cm³/rev displacement, rated speed of 1800 r/min, pressure capability up to 210 bar, and multiple control options including pressure compensation, load sensing, remote pressure control, electric dual-range control, and unloading valve control. It is widely used in hydraulic power units, machine tools, presses, plastic machinery, test equipment, and industrial automation systems.

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Bomba de pistones axiales serie PVQ
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Ventajas de la serie
Product Advantages
1. Low Noise Operation
The Blince PVQ piston pump is designed as a low-noise hydraulic piston pump, making it suitable for factories, machine tools, test benches, and indoor hydraulic equipment where noise control is important.
2. Variable Displacement Design
As a Variable Displacement Axial Piston Pump, the PVQ series can adjust output flow based on system demand. This helps reduce wasted energy compared with a Fixed displacement axial piston pump.
3. Multiple Displacement Options
With displacement options from 10.5 to 45.1 cm³/rev, the PVQ series can match different hydraulic flow requirements, from compact power units to larger industrial hydraulic systems.
4. Pressure Compensation Control
Pressure compensation helps maintain system pressure while reducing pump output when full flow is not required. This improves system stability and reduces unnecessary heat generation.
5. Load Sensing Efficiency
Load sensing control allows the pump to respond to actual load demand. This is useful for hydraulic systems with changing actuator speeds, variable loads, or proportional valve control.
6. Remote and Electric Control Options
The PVQ series supports remote pressure control and electric dual-range pressure compensation, allowing users to build more flexible hydraulic control systems.
7. Wide Fluid Compatibility
The pump can work with petroleum-based hydraulic oil, synthetic hydraulic oil, water-containing hydraulic fluids, and phosphate ester fluids, depending on system requirements.
8. Thru-Drive Capability
Selected PVQ pumps can be configured with thru-drive options, making them suitable for tandem pump systems and compact hydraulic power units.
9. Suitable for Industrial Applications
The PVQ series is especially suitable for industrial equipment where smooth operation, low noise, and long service life are important.
The Blince PVQ piston pump is designed as a low-noise hydraulic piston pump, making it suitable for factories, machine tools, test benches, and indoor hydraulic equipment where noise control is important.
2. Variable Displacement Design
As a Variable Displacement Axial Piston Pump, the PVQ series can adjust output flow based on system demand. This helps reduce wasted energy compared with a Fixed displacement axial piston pump.
3. Multiple Displacement Options
With displacement options from 10.5 to 45.1 cm³/rev, the PVQ series can match different hydraulic flow requirements, from compact power units to larger industrial hydraulic systems.
4. Pressure Compensation Control
Pressure compensation helps maintain system pressure while reducing pump output when full flow is not required. This improves system stability and reduces unnecessary heat generation.
5. Load Sensing Efficiency
Load sensing control allows the pump to respond to actual load demand. This is useful for hydraulic systems with changing actuator speeds, variable loads, or proportional valve control.
6. Remote and Electric Control Options
The PVQ series supports remote pressure control and electric dual-range pressure compensation, allowing users to build more flexible hydraulic control systems.
7. Wide Fluid Compatibility
The pump can work with petroleum-based hydraulic oil, synthetic hydraulic oil, water-containing hydraulic fluids, and phosphate ester fluids, depending on system requirements.
8. Thru-Drive Capability
Selected PVQ pumps can be configured with thru-drive options, making them suitable for tandem pump systems and compact hydraulic power units.
9. Suitable for Industrial Applications
The PVQ series is especially suitable for industrial equipment where smooth operation, low noise, and long service life are important.
Especificaciones técnicas
| Artículo | Especificaciones de la bomba de pistón Blince PVQ |
|---|---|
| Nombre del producto | Bomba de pistón Blince PVQ |
| Tipo de bomba | Bomba de pistón hidráulica |
| Estructura de la bomba | Bomba de pistones axiales de desplazamiento variable |
| Modelos de serie | PVQ10, PVQ13, PVQ20, PVQ25, PVQ32, PVQ40, PVQ45 |
| Rango de desplazamiento | 10,5–45,1 cm³/vuelta |
| Velocidad nominal | 1800 rpm |
| Presión máxima | Hasta 210 bares / 3000 psi |
| Modelos de baja presión | PVQ13 y PVQ32: 140 bares / 2000 psi |
| Presión máxima PVQ45 | 186 bares / 2700 psi |
| Opciones de control | Compensador de presión, detección de carga, control remoto de presión, compensador de presión eléctrico de doble rango, válvula de descarga |
| Opciones de control de flujo | Detección de carga con ajustes de presión diferencial de 11 bar o 24 bar |
| Parada de desplazamiento máximo | Tope de volumen máximo ajustable opcional |
| Dirección de rotación | Derecha/en el sentido de las agujas del reloj o izquierda/en el sentido contrario a las agujas del reloj |
| Opciones de puerto | Opciones de puerto trasero y puerto lateral |
| Opciones de eje | Opciones de eje con chaveta, eje estriado y eje ISO según el modelo |
| Opción de conducción directa | Disponible en modelos PVQ seleccionados |
| Compatibilidad de fluidos | Aceite hidráulico a base de petróleo, aceite hidráulico sintético, fluidos hidráulicos que contienen agua, fluidos de éster de fosfato |
| Aplicaciones principales | Sistemas hidráulicos industriales, máquinas herramienta, prensas, maquinaria para plástico, unidades de energía hidráulica, equipos de prueba. |
Especificaciones del modelo
| Modelo | Desplazamiento | Velocidad nominal | Presión máxima | Uso típico |
|---|---|---|---|---|
| PVQ10 | 10,5 cm³/vuelta | 1800 rpm | 210 bares / 3000 psi | Sistemas hidráulicos industriales compactos |
| PVQ13 | 13,8 cm³/vuelta | 1800 rpm | 140 bares / 2000 psi | Sistemas silenciosos de media presión |
| PVQ20 | 21,1 cm³/vuelta | 1800 rpm | 210 bares / 3000 psi | Máquinas herramienta y unidades de energía hidráulica. |
| PVQ25 | 25,2 cm³/vuelta | 1800 rpm | 210 bares / 3000 psi | Equipos industriales y prensas. |
| PVQ32 | 32,9 cm³/vuelta | 1800 rpm | 140 bares / 2000 psi | Circuitos industriales de baja presión y alto caudal. |
| PVQ40 | 41,0 cm³/vuelta | 1800 rpm | 210 bares / 3000 psi | Sistemas de energía hidráulica más grandes |
| PVQ45 | 45,1 cm³/vuelta | 1800 rpm | 186 bares / 2700 psi | Sistemas hidráulicos industriales medianos y grandes. |
Industrias de aplicación

Application Scenarios
Hydraulic Power Units
The Blince PVQ piston pump is suitable for hydraulic power packs and hydraulic stations requiring stable flow, low noise, and pressure control.
Machine Tools
This Axial Piston Pump can be used in CNC machines, grinding machines, milling machines, and other machine tools for clamping, feeding, positioning, and lubrication circuits.
Industrial Presses
The PVQ series is suitable for hydraulic presses, forming machines, bending machines, and stamping equipment requiring stable pressure and efficient flow control.
Plastic Machinery
The Variable Displacement Axial Piston Pump is suitable for injection molding machines and plastic processing equipment where energy saving and smooth hydraulic response are important.
Test Benches and Laboratory Equipment
Because of its low-noise characteristics, the Blince PVQ pump can be used in hydraulic test stands, laboratory systems, and precision hydraulic equipment.
Industrial Automation Systems
The PVQ series can support automated production lines, clamping systems, lifting units, and other equipment that requires controlled hydraulic movement.
Multi-Pump Hydraulic Systems
With thru-drive options on selected models, the PVQ pump can be used in compact multi-pump hydraulic systems where one prime mover drives multiple hydraulic circuits.
