Parker Parking Brakes For High Torque Motors

Parker Parking Brakes For High Torque Motors

Parker Parking Brakes are engineered for applications where it is absolutely necessary to hold the system under an external torque. Rexton Hydraulic can provide sales and repair service to ensure that your Parker Parking Brakes For High Torque Motors perform effectively and efficiently.

 

  • Series : Parker PB
  • Model : B0190C, B0300D, B0450E, B0700F, B1100G, B1800H, B2800I, B4500L, B7000M.
  • Nominal Pressure 250 Bar (Psi 4000)
  • Maximum Pressure 420 Bar (Psi 6090)
  • Used in a wide range of applications – • Industrial, • Material handling, • Marine, • Oil & Gas, • Mobile, • Winches.

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The Parker B Series Parking Brakes are designed for high torque applications while offering a reliable "spring applied, hydraulic released" mechanism. These multi-disc wet brakes have been designed to securely hold the systems under external torque when hydraulic pressure is removed. This design is especially suited for applications requiring consistent holding power, even through extended stationary periods.

Therefore, Parker's HTLS radial piston motors have the brake system directly coupled for compatibility and ease of installation. The B Series brakes feature robust construction for high reliability and long service life in demanding environments. Compact size of these brakes minimize space requirements, ideal for applications where installation space is limited. Capable of managing high loads, these are available in various options to provide variation in the braking torque to meet specific needs within a system.

Parker B Series Parking Brakes are designed for acting against harsh conditions, making them ideal for industrial, material handling, marine, oil & gas, mobile equipment, and winch applications. The brakes will require hydraulic pressure for release, which means that upon any drop in pressure, the braking mechanism is always on. That would make the Parker B Series completly ideal for applications requiring safety and reliability in holding heavy loads.

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