Industrial Disc Brakes
Industrial braking systems; fail-safe disc brakes
Our industrial disc brakes and braking systems are designed for applications where a safety device is needed to prevent the uncontrolled operation of industrial machinery such as cranes, hoists, and winches.
We use several different types of fail-safe disc brakes in our industrial braking systems including caliper disc brakes (fixed and floating) and linkage-style thruster disc brakes.
Spring applied disc brakes are released (or held open) using either hydraulics, electromagnetics, pneumatics, or with an electrohydraulic thruster. We work with the customer to design the ideal braking system for the specific requirements of your unique application.
As compared to industrial drum brakes, disc brakes are capable of producing higher torque levels and can handle higher rubbing speeds. Fail-safe disc brakes are also able to handle higher disc and pad surface temperatures during an e-stop and dissipate heat faster than industrial drum brakes.
We also provide all the necessary components and accessories for our industrial disc braking systems including brake disc/hub assemblies, various types of couplings, hydraulic power units, and enclosures.
As with all of our engineered products, we provide comprehensive support including technical troubleshooting and repair services for our industrial disc brakes and electrohydraulic thrusters.
We encourage you to use our advanced search function below to get a sense for the types of disc brakes we use in our industrial braking systems. However, please note that not every brake model is featured in this search function and selection of brake features/options is also critical.
Products
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- SST10/355/30/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 450 N·m
Diameter: 355 mm - USB3-05/315/30E50
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 450 N·m
Diameter: 315 mm - USB5-05/280/30/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 450 N·m
Diameter: 280 mm - 65E – 495
Actuation: Electromagnetic Solenoid Released
Maximum Torque: 440 N·m
Diameter: 495 mm - RST1/315/30/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 430 N·m
Diameter: 315 mm - 5E – 495
Actuation: Electromagnetic Solenoid Released
Maximum Torque: 424 N·m
Diameter: 495 mm - SZRFH-2 500mm 2.4kN
Actuation: Hydraulically Released
Maximum Torque: 414 N·m
Diameter: 500 mm - SZRFH-2 500mm 9.6kN
Actuation: Hydraulically Released
Maximum Torque: 414 N·m
Diameter: 500 mm - SST10/400/23/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 400 N·m
Diameter: 400 mm - RST1/355/23/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 400 N·m
Diameter: 355 mm - SST10/315/30/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 400 N·m
Diameter: 315 mm - CB8-E-50-250
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 400 N·m
Diameter: 250 mm - CB8-H-50-250
Actuation: Hydraulically Released
Maximum Torque: 400 N·m
Diameter: 250 mm - CB8-M-50-250
Actuation: Electromagnetic Solenoid Released
Maximum Torque: 400 N·m
Diameter: 250 mm - CB8-P-50-250
Actuation: Pneumatically Released
Maximum Torque: 400 N·m
Diameter: 250 mm - FPT-1/355/TH-I-256
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 395 N·m
Diameter: 355 mm - 65E – 445
Actuation: Electromagnetic Solenoid Released
Maximum Torque: 390 N·m
Diameter: 445 mm - USB5-05/250/30/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 390 N·m
Diameter: 250 mm - SZRFH-2 455mm 2.4kN
Actuation: Hydraulically Released
Maximum Torque: 371 N·m
Diameter: 455 mm - SZRFH-2 455mm 9.6kN
Actuation: Hydraulically Released
Maximum Torque: 371 N·m
Diameter: 455 mm - 5E – 445
Actuation: Electromagnetic Solenoid Released
Maximum Torque: 362 N·m
Diameter: 445 mm - USB5-05/400/23/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 360 N·m
Diameter: 400 mm - SST10/355/23/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 350 N·m
Diameter: 355 mm - RST1/315/23/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 350 N·m
Diameter: 315 mm - SST10/280/30/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 350 N·m
Diameter: 280 mm - 65E – 395
Actuation: Electromagnetic Solenoid Released
Maximum Torque: 340 N·m
Diameter: 395 mm - FPT-1/315/TH-I-256
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 340 N·m
Diameter: 315 mm - USB3-5 250x30E50
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 340 N·m
Diameter: 250 mm - SZRFH-2 400mm 2.4kN
Actuation: Hydraulically Released
Maximum Torque: 318 N·m
Diameter: 400 mm - SZRFH-2 400mm 9.6kN
Actuation: Hydraulically Released
Maximum Torque: 318 N·m
Diameter: 400 mm - 5E – 395
Actuation: Electromagnetic Solenoid Released
Maximum Torque: 318 N·m
Diameter: 395 mm - USB5-05/355/23/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 310 N·m
Diameter: 355 mm - SST10/315/23/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 300 N·m
Diameter: 315 mm - SST10/250/30/5
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 300 N·m
Diameter: 250 mm - CB8-E-50-200
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 300 N·m
Diameter: 200 mm - CB8-H-50-200
Actuation: Hydraulically Released
Maximum Torque: 300 N·m
Diameter: 200 mm - CB8-M-50-200
Actuation: Electromagnetic Solenoid Released
Maximum Torque: 300 N·m
Diameter: 200 mm - CB8-P-50-200
Actuation: Pneumatically Released
Maximum Torque: 300 N·m
Diameter: 200 mm - 65E – 355
Actuation: Electromagnetic Solenoid Released
Maximum Torque: 295 N·m
Diameter: 355 mm - FPT-1/280/TH-I-256
Actuation: Electrohydraulic Thruster Released
Maximum Torque: 295 N·m
Diameter: 280 mm - 5E – 355
Actuation: Electromagnetic Solenoid Released
Maximum Torque: 276 N·m
Diameter: 355 mm - SZRFH-2 355mm 2.4kN
Actuation: Hydraulically Released
Maximum Torque: 275 N·m
Diameter: 355 mm
Commitment to service and support
Hindon is dedicated to providing comprehensive support for our products and the people who depend on them. From initial consultation to inspection, maintenance, and repair services, our goal is to provide the right equipment for your application and to keep your product in top shape for its full lifecycle. If you’re not sure which product is right for your application, call or chat with one of our sales engineers.