THM – A6VM – Variable Axial Piston Motors

Description

THM – A6VM – Variable Axial Piston Motors: Versatile and Reliable

Choose the THM – A6VM Variable Axial Piston Motor which provides both high performance and reliability in hydraulic systems. If you use this motor in construction, agriculture or industry, it gives the highest level of efficiency, accuracy and flexibility in operation.

Overview

Its unique oblique axis and high pressure make the THM – A6VM Variable Axial Piston Motor suitable for challenging hydraulic solutions. Since the variable displacement allows the engine to range from full displacement to none, controlling the engine’s speed and torque becomes simple.

Type: Variable axial piston motor

• Sizes available: 55, 80, 107, 160, 200
• Nominal pressure: 400 bar
• Maximum pressure: 450 bar

Key Features

1. 1. The amount of displacement can be altered to any value between Vg max and Vg min = 0.

   As a result, the motor is capable of adjusting its internal space (displacement) from its highest possible volume to nothing. As a result, the speed and torque of the system can be adjusted precisely to meet its needs.

    

   2. Inclined shaft structure axial piston variable motor, sealed piston ring tapered plunger is one piece for hydrostatic use.

   The motor is built with inclined shafts so that pistons move in an angled way. The one-piece structure and tightly sealed piston rings and tapered plungers make it perfect for dependable fluid-based transmission.

    

   3. How information travels in both open and closed circuits.

   This motor is used in both systems: open-loop, where fluid goes back to the tank after use and closed-loop, where the fluid keeps moving in a circle, giving machines more flexibility.

    

   4. The speed at which the pump delivers output depends on its flow and the motor’s displacement.

   How quickly the motor turns is determined by the amount of hydraulic fluid pumped and the amount used by the motor with each rotation. You use these to control how fast you drive.

    

   5. It holds a strong power output, starts up well and has a low moment of inertia.

   It generates strong power in a tiny package (high power density), starts easily when you use it (good starting) and changes speed easily with very little resistance (low inertia).

    

   6. A range of compatible control devices that allow for many different control and adjustment options.

   With electric, hydraulic or mechanical controllers, you can easily change the pressure, speed or torque of the motor.

    

   7. A small yet tough bearing system that supports the machine over a long period.

   Its design includes strong bearings and takes up little space so it can withstand tough use for a long time.

    

   8. The output torque is determined by how much pressure difference there is between the high and low pressure and by the displacement.

   The motor generates torque according to the amount of difference in pressure between the input and output lines, as well as the set displacement. A stronger force and more space inside the cylinder result in greater torque.

    

   9. This kind of hydraulic system is mostly applied in mobile machinery and industrial areas.

   It is widely used in large mobile machines such as excavators and cranes, as well as in factory equipment where the speed and torque can be changed.

    

   10. Because of its wide control range, the motor can handle both high speed and high torque.

   Because it can work at both high speed and high torque, it can be used in many tough applications.

Applications

The THM – A6VM Variable Axial Piston Motor is designed for use in industries where both accuracy and durability are important. Common examples of these programs are:
Excavators, bulldozers and mobile cranes use its flexible speed-torque and quick response.
Agricultural Equipment: Tractors, harvesters, and irrigation machinery use this motor for efficient, adaptable power delivery.
Industrial Machines: Conveyors, presses, and hydraulic winches take advantage of its precise control over motion and energy efficiency.

Working Principle

The A6VM motor operates on a hydrostatic transmission principle, where hydraulic fluid from a pump drives the pistons arranged in an inclined configuration. The load needed is met by controlling the movement of the piston with the variable displacement system. For this reason, the motor can adjust its speed and power according to what the pump is handling to work better and more accurately.

Benefits of Variable Axial Piston Motors

1. Operational Flexibility
You can change the motor’s speed and torque simply by updating the software, without having to change any hardware. It is best when you must handle both low and high weights within a short period.

2. Energy Efficiency
If displacement is set correctly, the system uses less energy and produces fewer bills for fuel and heating.

3. A better reaction from the system
Since it can change its actions fast to meet new loads, it works perfectly in automated and sensitive tasks.

4. Lower Costs for Maintenance
Advanced materials, a solid design and reliable seals ensure they suffer less wear and require less upkeep.

5. The skill to control and manage things precisely
They are ideal for jobs that need movement that can change regularly. It improves the quality of machine control and results.

Why Should You Consider THM – A6VM?

Selecting the THM – A6VM Variable Axial Piston Motor ensures you get a product that is advanced and made to last. Because of its proven performance, compatibility around the world and wide use in industry, it is a versatile, dependable solution for today’s hydraulic systems.

In the hydraulic systems you require efficient and effective hydraulic equipment and with the THM – A6VM Variable Axial Piston Motor you can achieve these objectives and even more. Upgrade your operations with this Axial Piston Motor and enhance your hydraulic service from our latest range.