Orbital Motors Orbital Motors Manuacturer Company

Product Overview

**Product Overview:**

Product Features

The orbital motors by Danfoss Hydraulic Motor OK series are designed as small volume and economical type motors. These motors integrate a shaft distribution flow mechanism, utilizing a Gerotor gear set design that ensures compactness, high power, and low weight. They are suitable for both parallel and series configurations, offering versatility in various applications.

Product Value

**Product Features:**

Product Advantages

Incorporation of double needle bearings which can withstand higher radial forces and enhance smooth operation at high speeds.

Application Scenarios

High-quality oil seals increase the service life of the motor.

The shaft seal is designed to endure high back pressure.

A special driver-linker design that extends operating life.

Noise reduction is achieved through a specifically designed distribution system.

**Product Value:**

The product's value lies in its integration of efficiency and economy, with compact volume for easy installation, contributing to environmentally friendly operation. The advanced production technology aligns with industry standards, ensuring high reliability and competitive performance.

**Product Advantages:**

- The motors are recognized for their stability, usability, and reliable quality, as endorsed by authoritative third parties.

- The product features advanced production machinery and high-quality raw materials sourced from reliable suppliers.

- ChangJia offers the motors with a 12-month quality warranty, ensuring customer satisfaction and a low return rate.

**Application Scenarios:**

ChangJia's orbital motors are applicable across various industries, serving low-speed high-torque applications. They are recommended for use where motors can be applied in parallel or series setups, and where maintaining consistent oil supply and optimal operating conditions are crucial. Suitable industries may include manufacturing, agriculture, and construction equipment requiring robust and efficient hydraulic systems.