BPV200-01R Linde BPV Variable Piston Pump

Product Overview

The BPV200-01R belongs to the Linde Hydraulics BPV Series, a high-pressure variable displacement axial piston pump designed for closed-loop hydrostatic transmission systems.

Linde’s historical BPV documentation describes a swash-plate axial piston architecture equipped with components required for closed-loop operation, including an integrated auxiliary pump, high-pressure relief valves, boost check valves, a cold-start valve, boost-pressure protection and a full-flow cartridge filter.

The Linde BPV family supports clockwise and counter-clockwise rotation and offers multiple control concepts, including cam control, hydraulic remote control, electro-hydraulic control, automotive control and torque control.

For replacement applications, BPV200-01R / 2559 / H2X517B00071 should not be interpreted as a complete Linde 11-field ordering code. The archived Linde model-code sheet requires dedicated fields for displacement, rotation, control, control option, mounting, shaft, relief setting, displacement limits, PTO/POR and special execution.

Our replacement engineering therefore focuses on true in-place interchangeability, not displacement matching alone, followed by 100% simulated working-condition testing.

Technical Specifications

BPV200-01R

• Brand: Linde Hydraulics
• Series: BPV
• Model reference: BPV200-01R
• Pump type: Variable displacement axial piston pump
• Design: Swash-plate axial piston design
• Circuit: Closed-loop hydrostatic transmission
• Nominal size: 200 cc/rev class
• Maximum displacement: approximately 202.6 cm³/rev according to historical BPV series specification data; final confirmation should follow the complete ordering code and nameplate.
• Rated / maximum working pressure: 420 bar
• Peak pressure: 500 bar
• Maximum speed at 100% duty cycle: 2,100 rpm
• Peak speed: 2,400 rpm
• Rotation: R = clockwise.
• Control type: not fully identifiable from the supplied BPV200-01R string alone; Linde BPV configurations include cam, hydraulic remote, electro-hydraulic, automotive and torque control.
• Mounting: SAE E, 4-bolt, for the BPV200 configuration in the Linde model-code system.
• Drive shaft: SAE F spline for BPV200 in the Linde model-code system.
• Auxiliary pump: gear-type auxiliary pump for size 200.
• Boost pressure: 16 bar in the historical BPV specification.
• Cold-start pressure: 21 bar.
• Weight: not published as one universally applicable BPV200 value in the primary technical material reviewed; configuration-dependent weight should therefore be confirmed from the actual unit or drawing.

Key Technical Advantages

1. 420 bar Rated Pressure / 500 bar Peak Pressure

The original Linde BPV documentation specifies 420 bar rated working pressure and 500 bar peak pressure for the main pump. These values are intended for high-pressure closed-loop hydrostatic applications; the peak value should not be treated as a continuous operating target.

2. Variable Swash-Plate Axial Piston Design

The BPV uses a variable swash-plate architecture to control pump displacement and flow direction. Depending on configuration, displacement can be controlled mechanically, hydraulically or electro-hydraulically.

3. Integrated Closed-Loop Support Components

The BPV design integrates major closed-loop functions, including:

• Auxiliary pump
• High-pressure relief valves
• Boost check valves
• Cold-start valve
• Boost-pressure relief
• 10 μm boost-flow cartridge filtration

This integrated architecture simplifies the hydraulic package and supports stable closed-loop operation.

4. SAE/DIN-Compatible Mounting Architecture

Historical Linde documentation states that BPV mounting arrangements are suitable for both DIN and SAE pitch circles. The BPV200 ordering system specifically identifies SAE E four-bolt mounting and an SAE F spline shaft configuration.

5. Bidirectional Rotation Configurations

The official Linde model-code sheet defines:

• R = clockwise
• L = counter-clockwise

This makes rotation verification a critical step in pump replacement and commissioning.

6. Replacement-Focused Engineering

For legacy BPV equipment, our replacement engineering process focuses on:

• In-place interchangeability
• Mechanical interface matching
• Shaft and spline verification
• Rotation verification
• Control configuration verification
• Hydraulic port matching
• Pressure-setting verification
• 100% simulated working-condition testing

The goal is to match the complete hydraulic installation rather than simply replacing a 200 cc/rev pump with another nominally similar unit.

Application Areas

Typical BPV applications include:

• Heavy construction machinery
• Track-type machines
• Large industrial vehicles
• Heavy-duty forklifts
• Hydrostatic travel drives
• Mobile off-highway equipment
• High-power closed-loop hydraulic systems
• Linde and legacy equipment replacement applications

Historical Linde material shows its hydraulic portfolio being applied across construction machinery, lifting equipment, road machinery, loaders, forklifts, specialty vehicles, industrial equipment and other heavy-duty applications.

Expert Maintenance Tips

Verify Rotation Before Commissioning

The Linde ordering system defines R as clockwise and L as counter-clockwise. Always verify the input shaft direction, pump rotation and hydraulic port arrangement before startup.

Do Not Operate Continuously at Peak Pressure

The BPV specification distinguishes between 420 bar rated working pressure and 500 bar peak pressure. The peak rating is not a substitute for continuous operating pressure.

Check Boost and Cold-Start Pressure

Historical BPV documentation specifies approximately 16 bar boost pressure and 21 bar cold-start pressure. These values are critical when commissioning a closed-loop replacement pump.

Inspect the Control Cover and Control Circuit

Linde BPV control components are integrated into the control cover. Cam, hydraulic remote, electro-hydraulic, automotive and torque-control versions have different control characteristics, so the replacement unit must match the original control configuration.

Maintain Filtration and Hydraulic Cleanliness

The historical BPV design incorporates a 10 μm full-flow boost filter. After replacing the pump, inspect the filter, hydraulic fluid cleanliness, flushing condition and contamination levels in the complete closed-loop circuit.

Verify the Complete Pump Configuration

For BPV200-01R / H2X517B00071, confirm the following before shipment or installation:

complete nameplate + control type + mounting + spline shaft + rotation + relief setting + displacement limits + auxiliary-pump configuration.

This is the engineering basis for genuine Interchangeability.