ChangJia Hydraulic Orbital Motor Hydraulic Orbital Motor Supplier

Product Overview

Certainly! Here is a summarized overview of the "ChangJia Hydraulic Orbital Motor" based on the detailed introduction:

Product Features

**Product Overview**

Product Value

The ChangJia Hydraulic Orbital Motor (OZ series) is a compact, economical hydraulic motor designed with a Gerotor gear set. It offers high power output at low weight and is widely exported and used globally, replacing models like the Danfoss OZ series.

Product Advantages

**Product Features**

Application Scenarios

- Utilizes advanced manufacturing devices for the Gerotor gear set ensuring compact size, high efficiency, and long service life.

- Shaft seals designed to withstand high pressure, suitable for parallel or series use.

- Designed for low-speed, high-torque performance with low weight.

- Capable of continuous and intermittent operation with recommended operating parameters and optimal temperature at 80℃.

- Compatible with anti-wear hydraulic oils and includes detailed specifications such as displacement, flow rate, speed, output power, and torque.

**Product Value**

This hydraulic orbital motor provides a cost-efficient and reliable solution for various hydraulic needs. It balances performance with affordability, ensuring widespread applicability and operational economy while maintaining durability in demanding conditions.

**Product Advantages**

- High-quality manufacturing with advanced technology leading to enhanced motor longevity and reliability.

- Flexible usage in parallel or series configurations.

- Compact size and lightweight design optimize integration into different machinery.

- Strong company support with rigorous quality control and professional customer service.

- Excellent export track record and reputation in the international market.

**Application Scenarios**

The motor is suitable for industries requiring low-speed, high-torque hydraulic motors such as construction equipment, agricultural machinery, industrial automation, and other mobile hydraulic systems where compact size and efficient power output are critical. It is adaptable for both continuous and intermittent operational demands.