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Product Details:
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| Oem Service: | Available | Adaptation Model: | Bridge Crane/Winches |
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| Installation: | Easy To Install | Usage Environment: | -15℃-60℃ |
| Color: | Support Customization | Braking Time: | Rapid Braking |
| Availability: | Widely Available | Lift Capacity: | 1-80 Ton Lift Capacity |
that play a vital role in crane operations is the crane brakes. These essential parts are responsible for controlling the movement and stopping of cranes, providing safety and stability during lifting and lowering operations.1. Braking force is evenly distributed. When braking, the braking force distribution of the left and right wheels is relatively balanced, and it is easy to obtain the correct distribution of the braking force of the front and rear wheels.
2. It is not easy to brake by itself. When the car vibrates or the suspension deforms, it will not brake by itself, nor will it affect the original braking performance.
3. High sealing requirements. The pipeline must be "leak-proof". Once there is a leak, the entire system will fail.
4. The characteristics of the brake fluid have a great influence. The viscosity of the brake fluid changes with temperature. The viscosity is high at low temperatures and may evaporate at high temperatures to produce air resistance, which seriously affects the braking effect.
5. The continuous braking capacity is limited. It cannot maintain the braking effect for a long time and needs to continuously step on the brake pedal.
6. Can be combined with a booster. It can be used in combination with various boosters or use two-stage and multi-stage pumps to form various servo brake systems to obtain greater braking force.
7. Good thermal stability. The brake conflict pad is not long, the working surface area is relatively small, and the heat dissipation is good.
8. Good water stability. High unit pressure, easy to drain, easy to shake off after getting wet, and the pad has a scrubbing effect on the disc. After the water is discharged, it can be restored to normal after one or two braking.
9. The braking torque is irrelevant to the driving direction. The braking torque is irrelevant to the forward and backward movement of the car.
10. Small size and quality. Under the condition of outputting the same braking torque, the mass and size of the disc brake are smaller than those of the drum.
11. Easy maintenance. The friction pad of the disc is easier to replace after wear than the friction pad of the drum. The structure is also simpler.
12. Rapid braking response. The spring device is used to form the braking torque. The spring reset time is the braking response time.
13. Long life. The new friction material has high life performance.
14. Compact structure. Although the axial size is small, the braking torque is large enough.
15. Safe and reliable performance. Smooth braking and high action frequency.
Engineering machinery: such as excavators, loaders, cranes, etc. These equipment require strong braking force to ensure safe operation and efficient work.
Mining machinery: used for transportation equipment and excavation equipment in mines. These equipment usually work in harsh environments and require reliable braking systems.
Port machinery: such as port cranes, transporters, etc. These equipment require precise braking control to ensure the safe handling of goods.
General industry: such as plastic processing machinery, pressure machinery, heavy machinery, machine tools, etc. These equipment require precise braking control in industrial production.
The application of hydraulic brake systems in these fields is mainly because they have the advantages of large output torque, fast response speed, high precision, etc., which can meet the high-precision control requirements in various complex environments.
Contact Person: Mr. kalai
Tel: +8618790521666
Fax: 86-755-23343104
