• Hydraulic Vane Motors
    • Feature a rotor with vanes rotating within a cycloidal cavity. This design balances hydraulic loads, prolonging bearing life.
  • Hydraulic Piston Motors
    • Can be axial or radial and may have fixed or variable displacement. Axial piston motors are robust, while radial piston motors are designed for high torque at low speeds.
  • Final Drives
    • Also known as travel motors, these combine a hydraulic motor with a planetary gear system, transmitting hydraulic power as torque to the drive wheels of mobile machinery. The motor receives oil flow from the hydraulic pump and operates at a specific speed and torque, with the gear system reducing speed while increasing torque.

Overall, Automotive Lift Repair Orlando hydraulic motors are versatile components vital to numerous applications across various industries, ensuring efficient operation in diverse conditions.

Industrial Hydraulic Motors  

Hydraulic Motors Designed for Power and Performance  

Propelling Your Business Forward  

A universal truth across all industries is the increasing demand for faster, more reliable, and higher-quality production. This makes industrial hydraulic drives essential. To achieve optimal productivity, it’s crucial to control speed and torque in relation to specific processes, as this directly influences manufacturing efficiency and can help reduce unnecessary costs related to energy consumption and product lifespan. Automotive Lift Repair Orlando  provides machines and systems of all sizes that are economical, precise, safe, and energy-efficient.

Hydraulic Motor Solutions Range  

The drive for producing superior materials quickly places direct drives of industrial hydraulic motors at the forefront. Effective speed and torque control are vital for maximizing productivity, significantly affecting quality, efficiency, controllability, and reliability.

Our industrial product portfolio delivers cutting-edge hydraulics, electric drives and controls, gear technology, linear motion, and assembly technology—all from a single source.

Hydraulic Motors – Portfolio  

Axial Piston Motors  

Robust and reliable axial piston motors, available in fixed or variable displacement configurations for both open and closed circuits, offer minimal noise emissions and maintain high efficiency in medium and high-pressure applications.

External Gear Motors  

Cost-effective alternatives to rotary drives, external gear motors can be designed for either one-directional or reversible operation to meet your specific requirements. Built to withstand high pressures, these motors are compact and lightweight.

Radial Piston Motors  

Inspired by the challenges faced by our clients, Automotive Lift Repair Orlando  is committed to delivering products that surpass performance and reliability expectations.

High Torque Vane Motors  

For demanding, rugged applications that require a unique hydraulic power profile, we deliver high torque at both start and stall, maintaining consistent torque throughout the entire speed range.

Hydraulic Systems: The Backbone of Agricultural and Industrial Machinery  

Hydraulic systems play a crucial role in the operation of various machines in both agricultural and industrial sectors. They enable lifting, pushing, and rotational movement under heavy loads by converting mechanical energy into fluid power and distributing it to various components. Among the key components of these systems are hydraulic pumps and hydraulic motors.

Just as the heart and muscles are essential to human function, hydraulic pumps and motors are distinct yet complementary elements of hydraulic systems. It’s important to understand that they serve unique functions. Below is a straightforward overview of hydraulic pumps and motors, including their various types and significance within hydraulic systems.

 What Are Hydraulic Pumps?  

The primary function of a hydraulic pump is to circulate hydraulic fluid power throughout a hydraulic system, providing energy where it’s needed.

Mechanical energy from an engine or motor output shaft enters the pump as rotary motion through the pump inlet. Initially, this fluid is at low pressure, but the internal design of the pump—whether it’s a gear, piston, or vane pump—compresses and pressurizes it. The pump then distributes this pressurized fluid to different areas of the hydraulic system, supplying the energy necessary for operation.

 Types of Hydraulic Pumps  

Different types of Automotive Lift Repair Orlando hydraulic pumps feature unique mechanisms that facilitate the conversion of mechanical energy into hydraulic energy.

Hydraulic Gear Pumps  

These pumps consist of two interlocking gears that rotate against each other, powered by a motor output shaft. The rotational motion creates a vacuum that draws in hydraulic fluid. Once inside, the gears mesh tightly, generating high pressure as they turn.  

Use: Gear pumps are commonly found in light industrial machinery, fluid power applications, and small hydraulic systems due to their steady and consistent flow at moderate pressures.

Hydraulic Piston Pumps  

An axial piston pump operates with pistons moving alternately within a cylindrical chamber. The pistons’ extension and retraction serve different functions: extending to draw in hydraulic fluid and retracting to compress and expel it.  

Use: These pumps are ideal for hydraulic systems requiring high pressure, commonly used in industrial manufacturing plants and advanced mobile hydraulic systems like aircraft.

Hydraulic Vane Pumps  

Featuring a rotor mounted within a cylinder, vane pumps use centrifugal force and hydraulic pressure to push vanes against the Automotive Lift Repair Orlando cylinder walls. This design creates varying chamber volumes that allow for hydraulic fluid intake and expulsion.  

Use: Vane pumps are typically utilized in mid-pressure systems requiring moderate speeds with minimal pulsation, such as air conditioning units and automotive power steering systems.

Hydraulic Screw Pumps  

Screw pumps consist of two or more tightly intermeshed screws within a casing. They transport fluid from the inlet to the outlet by trapping it between the screw threads and the casing.  

Use: Screw pumps are well-suited for applications requiring smooth and constant pressure flow, such as oil transfer, fuel systems, or handling thick liquids in industrial contexts.

Each of these Automotive Lift Repair Orlando hydraulic pumps is categorized as a positive displacement pump, ensuring a consistent volume of fluid is moved per cycle. This steady flow rate allows for precise conversions of hydraulic system energy, powered by either electric motors or internal combustion engines.

 What Are Hydraulic Motors?  

Hydraulic motors are essential for converting hydraulic power back into mechanical power.

This conversion is necessary because Automotive Lift Repair Orlando hydraulic fluid serves primarily as a means of transporting energy. Although fluid pressure itself represents energy, it cannot be utilized in that form, necessitating conversion back to mechanical power upon reaching its destination via the hydraulic motor.

 Types of Hydraulic Motors  

Each motor type is designed to meet specific operational needs and system configurations.