Aerospace
Aerospace
Forging hydraulic wisdom with the power philosophy of interstellar navigation, infusing liquid vitality into aerospace systems! Our aerospace hydraulic transmission solutions deeply integrate microgravity adaptability with extreme vacuum tightness, achieving nanometer - level zero - leakage transmission in the ultra - wide temperature range from -270℃ to +150℃. The fluid dynamics algorithm imitating stardust trajectories precisely regulates the pulsation frequency of each cubic millimeter of hydraulic medium, making the microarcsecond - level steering of spacecraft attitude control systems and the microgram - level translation of payload compartments as smooth as stellar orbits. From the millimeter - level docking of near - Earth orbit spacecraft to the decade - long continuous energy supply of deep - space probes, this system verified by more than 2500 space environment simulations is becoming the power neural center connecting the Earth and deep space with its "zero - failure" aerospace standard!
Boeing 737 Landing Gear Hydraulic System
Technical Data
| Type | Displacement cm³/rev | Maximum Working Pressure | Peak Pressure Bar | Max Speed Rmp | Shaft Type | Control Method |
| KC-A10VSO18 | 18 | 280 | 350 | 3000 | Parallelkeyed shaft, Splined shaft | PC,PFC,EPC,LSC |
| KC-A10VSO28 | 28 | 280 | 350 | 2800 | Parallelkeyed shaft, Splined shaft | PC,PFC,EPC,LSC |
| KC-A10VSO45 | 45 | 280 | 350 | 2500 | Parallelkeyed shaft, Splined shaft | PC,PFC,EPC,LSC |
| KC-A10VSO71 | 71 | 280 | 350 | 2200 | Parallelkeyed shaft, Splined shaft | PC,PFC,EPC,LSC |
| KC-A10VSO100 | 100 | 280 | 350 | 2000 | Parallelkeyed shaft, Splined shaft | PC,PFC,EPC,LSC |
| KC-A10VSO140 | 140 | 280 | 350 | 1800 | Parallelkeyed shaft, Splined shaft | PC,PFC,EPC,LSC |
Core product series
KC-A10VSO
Working principle
KC-A10VSO is an axial piston variable pump with a straight-axis swashplate structure, suitable for hydraulic transmission in open circuits. The pump body is commonly made of cast iron, while key components such as pistons and swashplates are made of alloy steel. By changing the angle of the swashplate, it can achieve precise flow regulation. This pump has high working efficiency, with minimal energy conversion losses, effectively reducing energy consumption.
Advantages
High - precision control: Enables ultra - fine flow and pressure adjustment.
Low - noise design: Minimizes operating noise.
Quick response: Adapts to load changes rapidly.
Long lifespan: Ensures long - term reliable operation.
Strong anti - contamination: Tolerates oil pollution, cuts maintenance.
Core product series
KC-A10VSO
Working principle
KC-A10VSO is an axial piston variable pump with a straight-axis swashplate structure, suitable for hydraulic transmission in open circuits. The pump body is commonly made of cast iron, while key components such as pistons and swashplates are made of alloy steel. By changing the angle of the swashplate, it can achieve precise flow regulation. This pump has high working efficiency, with minimal energy conversion losses, effectively reducing energy consumption.
Advantages
High - precision control: Enables ultra - fine flow and pressure adjustment. Low - noise design: Minimizes operating noise. Quick response: Adapts to load changes rapidly. Long lifespan: Ensures long - term reliable operation. Strong anti - contamination: Tolerates oil pollution, cuts maintenance.
