伺服制动系统原理图.jpg
集成双回路全液压制动系统.jpg
全液压制动系统.jpg
集成式双回路全液压制动控制系统.jpg
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  • 伺服制动系统原理图.jpg
  • 集成双回路全液压制动系统.jpg
  • 全液压制动系统.jpg
  • 集成式双回路全液压制动控制系统.jpg

Full hydraulic brake system

Due to the excellent performance of the full hydraulic braking system, it has played its important SAFE braking function on forklifts, loaders, wheeled excavators, cranes, busy at both ends, garbage sweepers, bulldozers, graders, tractors, trackless rubber-wheeled vehicles, scrapers, combine harvesters, tunnel wet spraying machines, mining trucks and other models.
  • Commodity name: Full hydraulic brake system

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  • Product Description
  •  Technical features

          These systems can be designed as single-circuit braking systems or as dual-circuit braking systems.

          The servo system and the brake plunger of the open-core booster brake cylinder are coaxial, which reduces the length. At the same time, the pressure regulating valve is inside the plunger, making the structure more compact.

          The components of the integrated dual-circuit full hydraulic brake control system are highly integrated and modular, and the volume is also very compact.

          All dual-circuit systems are independent of each other, which does not affect each other and improves the SAFE of the vehicle braking system.Sex.

          With high braking pressure, and the braking effect is sensitive and advanced

          Has a low pedal force.

          The hydraulic system is simple and flexible, and the parameter adjustment is convenient.

          High anti-pollution ability, almost no maintenance.

          With hydraulic or electrical and other inching function.

     

    Application model

    Due to the excellent performance of the full hydraulic braking system, it has played its important SAFE braking function on forklifts, loaders, wheeled excavators, cranes, busy at both ends, garbage sweepers, bulldozers, graders, tractors, trackless rubber-wheeled vehicles, scrapers, combine harvesters, tunnel wet spraying machines, mining trucks and other models.

     

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