Axial piston pumps - series J-V

Precision and Power in a Compact Package: The Series J-V Axial Piston Pumps

The Series J-V axial piston pumps from SAUER BIBUS are a trusted solution for industrial applications demanding reliable, efficient hydraulic power. Designed with a swash plate construction and variable displacement, these pumps are engineered for open loop circuits where precision and performance are paramount.

Key Advantages of the Series J-V

• Low Noise Across All Pressures: The specially developed internal mechanism and bearing system ensures quiet operation, even under high-pressure conditions—ideal for noise-sensitive environments.
• Superior Energy Efficiency: A comprehensive control selection enables optimal adjustment of pressure and flow, eliminating the need for conventional external valves. This results in lower energy consumption and reduced overall system cost.
• Minimized Heat Generation: Thanks to their low dissipation loss, particularly in dead-head operation, the J-V pumps reduce oil heat build-up. This allows for compact reservoir design and improved thermal stability.
• Rapid Response & High Accuracy: Fast reaction times and exceptional repeatability ensure shorter machine cycle times, boosting productivity while enhancing system reliability.
• User-Friendly Maintenance: Featuring an extra locking screw, these pumps allow for simple first-filling with hydraulic fluid—without dismantling any lines. The mechanical adjustment feature lets users tailor flow delivery precisely to their application needs.
• Simplified Construction: The pumps are built for ease of service, with straightforward design and reliable components.

Technical Highlights

• Designed for small to medium drive power systems
• Available in 6 series ranging from 8 to 70 cm³/U
• Supports operating pressures up to 315 bar
• Compatible with a wide range of pump control configurations

Whether for automated machinery, press systems, or mobile industrial equipment, the SAUER BIBUS Series J-V delivers consistent, efficient, and controllable hydraulic power in a compact, low-noise, and easy-to-maintain format.