Crane Brake System (ELECTRO HYDRAULIC THRUSTOR OPERATED BRAKE)

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The Electro Hydraulic Thrustor Brake, a heavy-duty option designed for demanding industrial applications, effectively operates under harsh machinery conditions. It applies useful thrust through levers on brake shoes, releasing the brake when power is on; upon power shutoff, hydraulic thrust gradually counteracts spring pressure, smoothly applying the brake. To calculate required torque for Electro Magnetic Brake, use the formula: Torque = (71620 x H.P.) / (R.P.M. x 100) or Torque = (975 x KW) / RPM. The provided table outlines braking torque and approximate HP at 1000 rpm for various drum diameters and shoe widths. Brake shoes feature self-aligning design with high-quality brake lining, boasting large cooling surfaces and heat resistance for optimal performance. Compression springs, crafted from top-grade spring steel and heat-treated for correct hardness, provide necessary working pressure to apply the brake when power is off while allowing solenoid or thrustor force to release it when power is on.