1. Brief description: Disc brake of YPZ2 series is such a brake of hoisting crane transport that can not only provide requisite for advanced function of hydraulic disc brake, but also can bring tangible benefits to large-scale modern machine, which stands on a more solid basis and enjoys even more robust growth. With the strong […]
The replacement cycle for industrial brake pads is not fixed and depends on several key factors. Unlike automotive brakes, industrial systems operate under highly varied conditions, making a universal timeline impractical. Primary Factors Influencing Replacement: Determining Replacement: Inspection Over Schedule Instead of a time-based schedule, replacement should be based on regular inspection. Conclusion: There is […]
In the industrial sector, reliable and precise braking systems are non-negotiable for safety, control, and operational efficiency. The choice often narrows down to two principal technologies: electromagnetic brakes (EM brakes) and hydraulic brakes. While both are designed to slow down or hold industrial loads, their operating mechanisms, performance characteristics, and ideal applications differ significantly. 1. […]
Industrial brakes are essential safety and control devices used in machinery across virtually every industry, from cranes and conveyors to wind turbines and elevators. Their primary function is to slow down or hold a moving load or rotational component by converting kinetic energy into heat. The core principle behind most industrial brakes is friction. A […]
Industrial brakes are essential components for machinery, responsible for stopping or holding a load safely and efficiently. While there are many types of brakes, two of the most common are electromagnetic and hydraulic. Understanding the fundamental differences between these two systems is crucial for selecting the right brake for a specific application. How Do They […]
Thruster type Brakeing springforce (kg) Rated stroke(mm) Motor capacity(kw) Rated voltage(v) Rated turrent(A) Action time(s) Frequency(c/h) Dimensions(mm) Weight(kg) rise decline D D1 H D3 H1 L1 L2 L3 C C1 YT1-320/12 250 200 1.1 380 2.6 2.4 2 470 35 35 1100 55 1035 100 190 515 44 35 170
Thruster type Brakeing springforce (kg) Rated stroke(mm) Motor capacity(kw) Rated voltage(v) Rated turrent(A) Action time(s) Frequency(c/h) Dimensions(mm) Weight(kg) rise decline D D1 H D3 H1 L1 L2 L3 C C1 YT1-320/12 280 120 1.1 380 2.6 0.9 0.9 720 35 35 995 55 930 100 190 515 44 35 160
Thruster type Brakeing springforce (kg) Rated stroke(mm) Motor capacity(kw) Rated voltage(v) Rated turrent(A) Action time(s) Frequency(c/h) Dimensions(mm) Weight(kg) rise decline D D1 H D3 H1 L1 L2 L3 C C1 YT1-180/12 105 120 0.4 380 0.98 1 0.6 720 25 30 820 50 765 85 170 420 40 30 60
Thruster type Brakeing springforce (kg) Rated stroke(mm) Motor capacity(kw) Rated voltage(v) Rated turrent(A) Action time(s) Frequency(c/h) Dimensions(mm) Weight(kg) rise decline D D1 H D3 H1 L1 L2 L3 C C1 YT1-125/10 90 100 0.4 380 0.98 0.75 0.6 720 25 25 745 50 695 40 90 390 30 25 56
Thruster type Brakeing springforce (kg) Rated stroke(mm) Motor capacity(kw) Rated voltage(v) Rated turrent(A) Action time(s) Frequency(c/h) Dimensions(mm) Weight(kg) rise decline D D1 H D3 H1 L1 L2 L3 C C1 YT1-90/8 70 80 0.25 380 0.62 0.8 0.5 720 20 25 600 40 555 60 120 320 30 25 31