
Linde B2PV — double variable displacement hydraulic pumps
Linde B2PV is a double axial piston variable displacement pump with two independent swashplate sections in a single housing for closed hydraulic circuit operation. The design simultaneously supplies two independent drive circuits from one engine, which is characteristic of hydrostatic all-wheel-drive transmissions in mobile machinery. The series covers displacements from 35 to 105 cc/rev per section.
Linde B2PV series models
The series covers displacements from 35 to 186 cm³ per section.
- Linde B2PV35-01
- Linde B2PV50-01
- Linde B2PV75-01
- Linde B2PV105-01
- Linde B2PV140-01
- Linde B2PV186-01
Browse all series in the Linde Multi-stage Hydraulic Pumps section.
Advantages of Linde B2PV
- Two independent variable sections in one housing — parallel supply to two closed-circuit drive loops from a single shaft
- Variable displacement of each section enables stepless speed and tractive force control in each circuit independently
- Compact layout reduces mounting points and simplifies hydrostatic transmission design
- High power density and long service life under continuous peak loads in mobile machinery
Applications of Linde B2PV
Linde B2PV pumps are used as main pumps in hydrostatic transmissions of excavators Atlas 1602, Atlas 1702, Atlas 1802, Eder 835, as well as other wheeled and tracked machines in construction and forestry where a two-circuit hydrostatic drive solution is required.
Parts and repair of Linde B2PV hydraulic pumps
Quality spare parts are available for the Linde B2PV series: cylinder blocks, shafts, pistons, valve plates, seals and repair kits. Parts are selected using equipment catalogues and hydraulic diagrams, ensuring accurate identification without errors.
Aspect Plus provides professional repair of Linde B2PV hydraulic pumps: fault diagnosis, replacement of worn components and final bench testing to confirm restoration of factory specifications.
Provide the equipment make or pump model — we will select the parts and prepare a quote.
