Product Description
We are here supplying the Radial Piston Motors for use in various industries and processes. They are made available by us for commercial purposes and are very useful. The offered piston motors are slowly running hydraulic motors which operate according to the multiple-stroke principle. This type of motor is used to power heavy duty equipment in high power applications. It has an even number of pistons that operate in sequences of working pressure and charge pressure in a reciprocating motion. The offered Radial Piston Motors are made available by us for efficient performance and are very useful. They are very durable.
Frequently Asked Questions:
1. How does a radial piston motor work?
Ans. Hydraulic fluid below stress from a pump is fed to every piston by fluid paths inside the crankshaft. Pressurizing the pistons with direct hydraulic strain from the fluid, while mixed with the offset drive shaft, produces a turning movement.
2. What is the difference between radial and axial piston motors?
Ans. Radial-piston cars function as pistons arranged perpendicularly to the crankshaft's axis. As the crankshaft rotates, the pistons are moved linearly via the fluid pressure. Axial-piston designs are characteristic of a number of pistons organized in a circular pattern internal a housing (cylinder block, rotor, or barrel).
3. What is the performance of the radial motor?
Ans. When used effectively, our radial flux motor can gain efficiencies of as much as ninety-four percent. Parameters to carefully consider are torque and velocity necessities of the motor. Torque to speed curve, in which the desired torque at diverse speeds is distinctive.
High Efficiency and ReliabilityOur radial piston motors are built for high efficiency and consistent operation in extreme environments. With a sealed design, corrosion-resistant surface, and vibration level under 2.5 mm/s, these motors offer stable performance and longevity. The use of heavy-duty roller bearings and robust construction reduces maintenance requirements and extends service life, making them ideal for heavy machinery usage.
Versatile Application and ControlSuitable for applications in construction, mining, marine, and industrial automation, these motors can be controlled manually, hydraulically, or electrically for flexible operation. The bi-directional rotation and compatibility with standard BSP/SAE port connections allow seamless integration with various equipment. Their compact design and high starting torque make them a preferred choice for challenging operational environments.
FAQs of Radial Piston Motors:
Q: How do radial piston motors improve performance in construction and mining equipment?
A: Radial piston motors provide high starting torque at low speeds, making them ideal for heavy machinery that requires stable power delivery under load. Their robust design and overload protection ensure reliable operation, even in demanding construction and mining environments.
Q: What fluid types are suitable for these radial piston motors?
A: These motors are compatible with mineral oils adhering to ISO VG 32, 46, or 68 standards. Such oils provide optimal lubrication, cooling, and protection for internal components, supporting both efficiency and longevity.
Q: When should maintenance be performed on radial piston motors?
A: Routine maintenance should be scheduled as per manufacturers recommendations, usually based on operational hours or application demands. Thanks to the heavy-duty roller bearings and corrosion-resistant finish, these motors require low maintenance compared to conventional models.
Q: Where can radial piston motors be installed and operated?
A: These motors are designed for installation in construction machinery, mining equipment, marine systems, and industrial automation processes. Their IP65 rating and sealed construction allow use in harsh environments with temperatures ranging from -25C to +80C.
Q: What is the process for selecting the right motor model for an application?
A: Selection depends on displacement requirements, maximum flow rate, pressure, control type, and mounting preferences. Consult with the manufacturer or supplier to match the motors specifications (such as torque, speed, output power, and shaft diameter) to specific operational needs.
Q: How does the motors oil-cooled design benefit users?
A: The oil-cooled construction keeps motor temperatures regulated during extended use, minimizing wear and thermal stress. This results in higher efficiency, reduced risk of overheating, and longer motor lifespan.