09-13-2025, 01:54 PM
The Kawasaki K3V112DT-112R-9N29 is a high-performance hydraulic pump designed for use in various construction and industrial machinery. Understanding its specifications and compatibility is crucial for ensuring optimal performance and longevity of the equipment.
Hydraulic Pump Specifications
Engine Compatibility
The K3V112DT-112R-9N29 is typically paired with engines that can provide the necessary mechanical power to drive the hydraulic pump. While specific engine models are not universally fixed, compatibility is determined by factors such as power output, speed, and mounting configurations.
Considerations for Engine Selection
Regular maintenance of both the hydraulic pump and the engine is essential for optimal performance. This includes routine inspections, timely replacement of worn components, and ensuring proper lubrication and cooling systems are in place.
Conclusion
Selecting the appropriate engine for the Kawasaki K3V112DT-112R-9N29 hydraulic pump involves considering various factors to ensure compatibility and efficiency. By adhering to the pump's specifications and maintaining both the pump and engine, operators can achieve reliable performance and extended service life.
Hydraulic Pump Specifications
- Type: Dual axial piston variable displacement pump
- Displacement: 112 cc/rev per pump
- Operating Pressure: Up to 350 bar
- Mounting: OEM-compatible flange type
- Weight: Approximately 90–100 kg
Engine Compatibility
The K3V112DT-112R-9N29 is typically paired with engines that can provide the necessary mechanical power to drive the hydraulic pump. While specific engine models are not universally fixed, compatibility is determined by factors such as power output, speed, and mounting configurations.
Considerations for Engine Selection
- Power Output: Ensure the engine's power output matches the hydraulic pump's requirements.
- Speed: The engine's speed should align with the pump's operational specifications.
- Mounting Configuration: Verify that the engine's mounting points are compatible with the hydraulic pump's design.
Regular maintenance of both the hydraulic pump and the engine is essential for optimal performance. This includes routine inspections, timely replacement of worn components, and ensuring proper lubrication and cooling systems are in place.
Conclusion
Selecting the appropriate engine for the Kawasaki K3V112DT-112R-9N29 hydraulic pump involves considering various factors to ensure compatibility and efficiency. By adhering to the pump's specifications and maintaining both the pump and engine, operators can achieve reliable performance and extended service life.
