Name: China AA2FM90 Mixer Truck Hydraulic Motor - Good Price AA2FM90 Mixer Truck Hydraulic Motor
Brand: Tailik
SKU: 245460690
Price: 186.0 USD

Jinzhong Tailik Hydraulic Machinery Co., Ltd: Your Professional AA2FM90 Mixer Truck Hydraulic Motor Manufacturer!

Established in 2015, Jinzhong Tailik Hydraulic Machinery Co., Ltd. stands out as a premier manufacturer specializing in the remanufacturing of hydraulic equipment. Our core focus lies in the production, sales, and maintenance of engineering hydraulic drive accessories, plunger pumps, motors, and reducer assemblies. What sets us apart is our unwavering commitment to delivering top-tier products, underscored by a comprehensive and user-friendly service approach. Specializing in engineering hydraulic drives, we have honed our technological expertise to provide personalized, customized services that cater to the diverse needs of our clientele.

Rich Product Variety

Our main products include engineering hydraulic drive accessories, plunger pumps, motors, and reducer assemblies and other engineering equipment.

High Quality

By prioritizing technology and scientific processes in our operations, we ensure the production of reliable products that garner positive acclaim from users. Our products are distinguished by an exceptional blend of high performance and cost-effectiveness, making them a standout choice in the market.

Rich Experience

Our company was established in 2014. After years of development and technological progress, our company has rich production and manufacturing experience and has become a premier manufacturer specializing in the remanufacturing of hydraulic equipment.

Leading Service

We have many years of industry experience and a complete production management, quality supervision, sales service operation system. Whether you want to buy engineering hydraulic drive accessories or plunger pumps, just send your requirements by email and we can customize the product for you.

Concrete Mixing PV23 Hydraulic Piston Pump

With a sophisticated piston design and top-notch materials, the PV23 pump stands out as a reliable performer, ensuring consistent and seamless operation. This makes it the preferred option for a wide range of applications, including construction equipment, manufacturing machinery, and hydraulic systems across various industries. Its sturdy build guarantees durability even in demanding conditions, and its compact design facilitates flexible integration into diverse hydraulic setups.

7.1R120CP Mixer Truck Planetary Reducer

The 7.1R120CP reducer is a product specially designed for mixer trucks with water tank equipment. There is a mounting position specially designed for the water pump at the front end of the reducer. This design is to facilitate the pressurization of the water in the water tank and make water addition more convenient. The 7.1R120CP mixer truck reducer also has a series of other features and advantages, such as being made of high-strength materials and being able to withstand high torque and load. The precision-machined gears enable the reducer to ensure high meshing accuracy and transmission efficiency. Oil bath lubrication ensures that the gears and bearings are fully lubricated.

A2FM18/FLE10 Motor for Excavator Spare Parts

The A2FM18 Fan motor excels in applications requiring high starting torque, such as load hoist winch drives, swing drives, and propulsion drives. Its high starting torque efficiency allows it to manage heavy loads smoothly without causing pressure spikes, sudden jerks, or instantaneous horsepower surges. The A2FM18 motor maintains high volumetric efficiency from the beginning of its operational life and retains this efficiency throughout its use. Even at very low speeds, such as in swing and load hoist drives, the motor demonstrates minimal torque ripple.

Oil Cooler

A hydraulic oil cooler is a device used in hydraulic systems. Its main function is to ensure efficient operation of the system and extend the service life of the equipment by reducing the temperature of the hydraulic oil. In a hydraulic system, hydraulic oil not only transmits energy, but is also responsible for lubrication and cooling. However, during the working process, the hydraulic oil will generate heat due to friction, pressure loss and other heat sources.

Rescue Equipment

Mixing truck drum rescue equipment, especially those devices designed to maintain drum rotation, is typically designed for emergency rescue in the event of a failure, overturn, or other urgent situations involving the mixing truck drum. Its purpose is to ensure the safety, stability, and controlled rotation of the drum.

PV090 Mixer Truck Hydraulic Pump

PV090 hydraulic pump is a vital component designed specifically for mixer trucks used in the concrete industry. Renowned for its reliability and efficiency, the PV090 pump plays a crucial role in powering the hydraulic system of the mixer truck, enabling the seamless mixing and transportation of concrete. With a robust build and advanced engineering, this pump is tailored to meet the demanding requirements of heavy-duty concrete applications.

T90R75 Mixer Truck Hydraulic Pump

T90R75 Mixer Truck Hydraulic Pump represents a pinnacle of innovation and reliability in the realm of concrete mixing equipment. Engineered for efficiency and durability, this hydraulic pump is specifically designed to meet the demanding requirements of mixer trucks used in construction.

PSVS90C Mixer Truck Hydraulic Pump

PSVS90C Mixer Truck Hydraulic Pump is a cutting-edge solution tailored for the efficient operation of concrete mixer trucks. Renowned for its advanced hydraulic technology and precision engineering, this pump is designed to deliver optimal performance in demanding construction scenarios.

PV070 Mixer Truck Variable Hydraulic Pump

PV070 Mixer Truck Hydraulic Pump is a cutting-edge solution designed to meet the demanding requirements of concrete mixing applications. Engineered with precision and efficiency in mind, this hydraulic pump plays a pivotal role in ensuring the seamless operation of mixer trucks on construction sites.

What is AA2FM90 Mixer Truck Hydraulic Motor?

Mixer Truck Hydraulic Motor is a powerful and reliable component designed to enhance the efficiency and performance of your concrete mixer truck. The AA2FM90 mixer truck hydraulic motor has a range of unique features that enhance its performance in the field of mixer truck hydraulic systems. Its high torque capacity helps in efficient mixing of concrete, resulting in a fast and precise unloading process. This hydraulic motor is specifically engineered to withstand the rigorous demands of the construction industry, ensuring smooth and consistent operation, even under the most challenging conditions.

Benefits of AA2FM90 Mixer Truck Hydraulic Motor

Rugged and Durable
The AA2FM90 Mixer Truck Hydraulic Motor boasts a robust construction, made from high-grade materials that are resistant to corrosion and wear. This ensures a longer lifespan and reduced maintenance requirements, saving you time and money in the long run. The motor's precision-engineered components work together to provide maximum torque and rotational speed, ensuring that your mixer truck can handle even the largest batches of concrete with ease.

High Performance and High Efficiency
The AA2FM90 Motor's hydraulic system is designed for optimal performance and efficiency. It features a high-flow capacity that allows for quick and responsive operation, ensuring that your mixer truck can keep up with the demands of the job site. The motor's hydraulic control system also allows for precise adjustment of the rotation speed and torque, providing you with the flexibility to adapt to different mixing requirements.

Safety
Safety is a top priority with the AA2FM90 Mixer Truck Hydraulic Motor. It comes equipped with a range of safety features that help to prevent accidents and minimize downtime. These include overload protection, which automatically shuts down the motor if it exceeds its rated capacity, and a thermal protection system that prevents overheating and damage to the motor's internal components.

Easy to Install and Maintain
In addition to its superior performance and durability, the AA2FM90 Mixer Truck Hydraulic Motor is also easy to install and maintain. Its compact design allows for seamless integration into your mixer truck's existing hydraulic system, while its user-friendly controls make it simple to operate and troubleshoot.

Types of AA2FM90 Mixer Truck Hydraulic Motor?

There are four main types of hydraulic motor, all with one or more sub-type. Each motor type has different characteristics.

Gear Motors
Gear-driven hydraulic motors have two sub-types; gear (slow speed) and epicyclic gear (high speed). They comprise two gears – the idler gear and the driven gear which rotate against each other and adapt to negative and positive rotation due to their symmetrical design. By design, gear motors are compact, lightweight, and easy to maintain with a good oil suction capacity and impact resistance. On the other hand, they typically have a low starting torque, relatively low volumetric efficiency and input pressure which makes them most suitable for high speed, low torque applications.

Orbit Motors
Orbit motors can produce large torques at very slow speeds and operate on the orbit principle. The principle is based on an internal gear motor (rotor) rotating within a fixed external gear (stator). The motors are fitted with teeth and lobes, with spaces in between them for pressure chambers. As the pressurized hydraulic fluid flows into the chambers it creates an imbalance of pressure, generating a torque which is transmitted by the internal gear to the motor's output shaft, causing it to rotate (orbit). Compact in design, Gerotor and Geroler motors are typically very well suited for use in mobile applications and are used across a wide range of industries including construction, agriculture and material handling.

Vane Motors
Vane motors are simple in design, consisting of a housing with an eccentric bore and a rotor with vanes. The pressurized fluid creates an unbalanced force on the vanes, which causes the rotor to spin in a single direction, either clockwise or counterclockwise. Vane motors are small in size and particularly suited to vertical installations. They offer high torque at low speeds, stable operation, balanced flow, high input speed and low noise level.

Piston Motors
Piston motors are available in two types; radial piston motors and axial piston motors. Radial piston motors are low speed and high torque, capable of generating a far higher torque than axial piston motors. Here, the pistons are arranged perpendicular to the axis of the crankshaft and they move in a linear motion, which is then converted to rotary motion. Axial piston motors generate a lower torque but have a higher speed range. In this type, the pistons are arranged in a circular pattern with housing that rotates about the axis by a shaft.

Components of AA2FM90 Mixer Truck Hydraulic Motor?

Stator
The stator exerts force on the piston, generating a tangential component that initiates rotation in both the piston and the rotor.

Rotor
This component within hydraulic motors rotates when triggered by specific mechanisms, which vary depending on the motor type. For example, gear-type hydraulic motors initiate rotor rotation through gear meshing and fluid flow, while vane-type hydraulic motors use vanes' pressure to trigger rotor movement.

Drive Shaft
The driveshaft, often made of metal with gear teeth at its ends, transmits the generated torque from within the motor to external applications, such as lifting loads.

Directional Control Valve (DCVs)
These valves control the flow of fluid within the hydraulic motor, allowing manipulation of the motor's operation. They are integral in directing fluids, such as oil, water, or air, to different system parts according to specific control patterns and mechanisms.

Casing
Casings, fabricated from materials like stainless steel, titanium, cast iron, low carbon steel, or nickel, serve to safeguard and enclose the motor's internal components. They come in various shapes to accommodate component arrangements.

Piston Rod
Piston rods, precisely machined bars, transmit hydraulic or pneumatic forces to machine components, generating motion. In hydraulic motors, piston rods are primarily employed in piston-type motors to produce rotational motion.

Fluid
Hydraulic motors rely on fluids to transfer energy between points. Commonly used fluids include water-based, petroleum-based (mineral-based), and synthetic fluids. Petroleum-based fluids come in various forms with additives like corrosion inhibitors, extreme pressure agents, rust inhibitors and oxidation inhibitors.

Factors to Consider When Selecting AA2FM90 Mixer Truck Hydraulic Motor?

When choosing a hydraulic motor to use there are factors that one needs to consider when designing an efficient system. The motor used should match the system requirement and if it does not this might affect the whole system. Below is a list of some of the factors and questions to consider.

Load Requirements

Load requirements are very important when choosing a motor to use because that is the system's goal. It is advised for the designer of the system to start by noting how big or small the load is. When the load requirements have been identified then one can design other requirements of the system.

Motor Type

There are different types of motors, and these motors operate differently depending on the application. Choosing the motor type has a lot to do with understating the ratings and specifications written on the motor by the manufacturer. For example, if a motor is designed to operate at high speeds and the designer chooses to use it for slower speed applications, this will stress the motor. When such a scenario occurs, it means the motor's life cycle may be reduced. It is important to match the load requirement with the motor ratings.

Displacement

Motors operate at different displacements, some are fixed, and some can be adjusted. This will only depend on the application. Knowing the application will help on which motor to choose. In hydraulic motors, high operating pressures give a higher force which in turn results in high torque.

Leakage Potential

Leakage is defined as the escape of a fluid from a system through a gap such as a hole or crack. The higher the likelihood of leakage potential the riskier the motor. If a motor has high leakage potential, it means that the motor cannot be used for lifting sensitive material as it may fail easily.

Types of Bearings and Expected Life Span

Knowing the expected life of a motor and the bearing to be used can help to plan with regard to application and maintenance. There are some complicated machines where it does not make sense to fit a motor type that has a short life span. There are many bearings that can be used for the rotor and shaft. These will depend on the forces and torque produced because bearings are used according to the force that acts on their surface area.

Approvals and Certifications

Some motors work according to international standards, some according to workshop standards, some according to other engineering approvals. When choosing a motor, these should be considered because failing to do so may result in a dangerous situation especially if engineering standards are not followed correctly.

Frequently Asked Questions

Q: What are the possible causes of hydraulic motor failure?

A: Most motor problems are caused by improper fluid, poor maintenance, or improper operation. The motor is no different than any of the other components of the hydraulic system. Primarily, it must have clean fluid, in adequate supply, and of the proper quality and viscosity. A poor maintenance program runs a close second in causing major problems. Failure to check and repair lines and connections to stop leaks: faulty connections can allow dirt and air into the system, lower pressure, and cause erratic operation. Motor shaft misalignment can cause bearing wear, which can lead to lost efficiency. A misaligned shaft also can reduce the torque, increase friction drag and heating, and result in shaft failure. Finally, exceeding a motor's operating limits promotes motor failure.

Q: How to choose a hydraulic motor?

A: The application of the hydraulic motor generally dictates the required horsepower and motor speed range, although the actual speed and torque required may sometimes be varied while maintaining the required horsepower. The type of motor selected depends on the required reliability, life, and performance. Once the type of fluid is determined, the selection of actual size is based on the expected life and the economics of the overall installation on the machine. A fluid motor operating at less than rated capacity will provide a service life extension more than proportional to the reduction in operation below the rated capacity. The maximum horsepower produced by a motor is reached when operating at the maximum system pressure and at the maximum shaft speed. If the motor is always to be operated under these conditions, its initial cost will be lowest. But where output speed must be reduced, the overall cost of the motor with speed reduction must be considered to optimize the overall drive installation costs.

Q: How does a hydraulic motor work?

A: Hydraulic motors are essentially mechanical actuators that work to convert fluid power into the mechanical energy needed to power a machine. Fluid power is the driving force behind all hydraulic operations, including the way motors work. Hydraulic motors use pressurized fluids from the hydraulic pump to generate force such as angular displacement and torque. As the fluid is carried to the hydraulic motor, it pushes on the gears, vanes or pistons of the motor and as a result, turns the motor output shaft. The rotating shaft uses flow and hydraulic pressure to create rotation torque, therefore generating the power and force needed to move the external load. Then the cycle repeats. The speed at which a hydraulic motor operates is dictated by the amount of oil and pressure supplied by the pump.

Q: What are hydraulic motors used for?

A: Hydraulic motors play a vital role in our day-to-day lives, and the need for them is ever-growing. They can be found in a wide range of applications across a broad spectrum of industries including construction, agriculture, manufacturing and production. Designed to be robust and heat resistant, hydraulic motors can withstand extreme environmental conditions such as excessive heat and submersion. This makes them particularly suitable for industrial applications such as conveyors, mixers, drilling rigs and so on. Hydraulic motors are a great alternative to electric motors in mobile applications where power without access to electricity is required. Due to their ability to provide incredibly high torques in a compact design, they can typically be found powering tracked vehicles such as bulldozers and excavators.

Q: What is the difference between a hydraulic motor and a hydraulic pump?

A: Hydraulic pumps are mainly used to connect with the prime mover, while motors are used to connect with the load. The speed range of hydraulic motors is very wide, and this requirement should be met when selecting lubrication and bearing forms. The minimum stable speed of hydraulic motors is low. Other hydraulic motors can only be used effectively through speed change and braking. Hydraulic motors require a large starting torque to overcome friction. For the same type of motor and pump, the internal leakage of hydraulic motors is higher than that of pumps.

Q: What is External Gear Hydraulic Motor?

A: In this gear type, the hydraulic motor is made of two gears which are called the driven gear and the idle gear. The driven gear is connected to the output shaft usually by means of a key. Inside the motor is high pressure oil which flows into the sides around the gear tips and flows into the motor housing exiting through the outlet port. In the process, the gears mesh, and this will not allow oil coming from the outlet to flow back into the inlet side. A small amount of this oil is used for lubrication of the gears. This oil is bled through the bearings (hydrodynamic), and the oil enters through the pressure side of the gears. The spur gears are popularly used in these types of hydraulic motors.

Q: What are the features of external gear hydraulic motors?

A: They can operate under high pressure. They operate using close tolerances between internal components. They can operate with a maximum fluid pressure of 200 bars. They are regarded as low costs gears and can operate for a long period.

Q: How to maintain AA2FM90 Mixer Truck Hydraulic Motors?

A: Maintenance is important to keep the motor running perfectly. Below is a list of some of the things to consider when maintaining hydraulic motors. Cleaning the filters regularly is necessary. It is also needed to change the oil acting as the fluid and check of the degree of viscosity of the fluid frequently.

Q: What can I buy from your company?

A: Our company produces reducers, electric rollers, fan pumps, motors, etc. Our products are widely used in metallurgy, mining, cement, building materials, chemicals, plastics, papermaking equipment and other major industries. If you have special requirements, we can also provide you with customized services.

Q: What are Hydraulic Motors?

A: Hydraulic motors are sophisticated mechanical devices that excel in converting the force of pressurized hydraulic fluids into both torque and angular movement, making them pivotal components in many industrial applications. These motors offer robust and precise performance, providing the driving force behind numerous hydraulic systems, from heavy machinery to automation processes, where their efficiency and reliability shine.

Q: How fast can a hydraulic motor turn?

A: The speed of a hydraulic motor can vary depending on the type of motor, the application, and the size and design of the rotor. However, in general, gear-driven hydraulic motors can spin between 1000 and 3000 rpm while direct-drive hydraulic motors can spin between 2000 and 6000 rpm.

Q: What kind of hydraulic motor does your company provide?

A: Our company provides various types of reducers, including AA2FM90 Mixer Truck Hydraulic Motor, 6433 Mixer Truck Hydraulic Motor and T90M75 Mixer Truck Hydraulic Motor, etc. If you have special needs, we can also customize it for you.

Q: Are you a manufacturer? What is your delivery time for mixer truck hydraulic motor?

A: Of course, we are a manufacturer with our own production facilities. We usually have common mixer truck reducer models in stock. For any non-stock items, we aim to complete manufacturing within 25-30 days to ensure timely delivery to customers.

Q: What if we can't find the mixer truck hydraulic motor we want on your website?

A: You are welcome to send us a detailed product description and pictures via email. We will thoroughly evaluate this information to determine if we can meet your specific manufacturing requirements.

Q: How about the inspection and warranty service of your company's mixer truck hydraulic motor?

A: Please rest assured that our commitment includes strict testing of all products before shipment to ensure that they function properly and arrive in good condition. In addition, we provide a 12-month warranty. If any quality problems occur during this period, we will promptly send spare parts for free repairs, ensuring your satisfaction and confidence in our products.

Q: How is your after-sales service?

A: If you encounter any problems during the use of the mixer truck hydraulic motor you purchased, please feel free to communicate with the exclusive sales manager. In this way, we can promptly discover and solve any of your problems and provide assistance to effectively resolve these problems.

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