Orbital Motors

Orbital Motors Specification

Accessories
Mounting Flanges, Shaft Adapters, Seals

Efficiency
High Efficiency

Mounting Type
Flange Mounted

Power Source
Hydraulic

Application
Industrial Machinery, Conveyors, Automotive, Agricultural Equipment

Flow Rate
Up to 80 LPM

Operating Pressure
Up to 200 Bar

Connectivity Type
Standard Hydraulic Connections

Sealing Type
Mechanical Seal

Body Material
Cast Iron

Type
Hydraulic Orbital Motor

Structure
Gerotor

Force
High Torque

Speed
Up to 950 RPM

Voltage
220V / 380V (as per model)

Orbital Motors Trade Information

Minimum Order Quantity
2 Pieces

Supply Ability
50 Pieces Per Week

Delivery Time
2-10 Days

About Orbital Motors

We take pleasure to introduce ourselves as the leading trader and supplier of an excellent quality range of Hydraulic Motors. Offered motors are a mechanical device invented for the conversion of hydraulic pressure and flow into torque and angular displacement. The manufacturing process of these motors is conducted under the supervision of highly skilled professionals in compliance with the international quality standards. Due to their reliable performance, high speed, optimum functionality and less energy consumption, these Hydraulic Motors are immensely demanded in the industry.

These are looked upon for the following applications:

Winches and crane drives
Self-driven cranes
Excavators
Conveyor and feeder drive
Mixer and agitator drives
Roll mills, drum drives and numerous others

Engineered for High Performance

Built with a gerotor structure and cast iron body, our hydraulic orbital motors guarantee reliability and durability. They are engineered to deliver powerful torque at speeds up to 950 RPM, making them an excellent choice for various high-demand industrial settings.

Adaptable to Diverse Applications

Suitable for use in automotive, agricultural equipment, conveyors, and industrial machinery, these motors offer flexible displacement and mounting options. Their mechanical seals and high-pressure capability ensure optimal functioning even in challenging environments.

Quality and Compliance Assured

With ISO 9001 certification, corrosion-resistant paint finishing, and strict quality controls, each unit upholds rigorous manufacturing standards. Accessories like shafts and flanges are designed for easy compatibility and enhanced motor longevity.

FAQs of Orbital Motors:

Q: How do I select the appropriate displacement range for my application?

A: Choosing the right displacement (between 50 cc/rev and 500 cc/rev) depends on your required torque and speed. Lower displacement suits high-speed, low-torque applications, while higher displacement is ideal for high-torque, low-speed operations. Assess your machinerys power needs to make an optimal selection.

Q: What benefits do hydraulic orbital motors provide over conventional motors?

A: Hydraulic orbital motors offer high torque at low speeds, quiet operation (below 68 dB(A)), and robust performance under heavy loads. Their gerotor structure ensures smooth motion and high efficiency, extending lifespan and reducing maintenance needs compared to some traditional electric motors.

Q: When should the mechanical seals and accessories be replaced?

A: Mechanical seals and accessories should be inspected regularly and replaced if signs of leakage, wear, or performance issues are noticed. For preventive maintenance, its advisable to check seals during scheduled service intervals, typically every 612 months depending on operational intensity.

Q: Where can these motors be installed or utilized?

A: These orbital motors are designed for a range of industries, including as drive units in conveyors, agricultural machinery, automotive assemblies, and various types of industrial equipment, thanks to their compact size, flange mounting, and standard hydraulic connectivity.

Q: What process is involved in mounting and connecting the hydraulic motor?

A: Mounting is straightforward with the flange mount design and standard hydraulic connections. Secure the motor using the supplied flanges, then attach the required shaft adapters and hydraulic lines. Double-check for leak-free seals and confirm voltage compatibility for optimal operation.

Q: How does corrosion resistance enhance operational longevity?

A: The paint-coated and corrosion-resistant design protects the cast iron body from rust and surface degradation, especially in harsher industrial and agricultural environments, ensuring reliable performance and extending the service life of the motor.