Product Overview

The NORGREN RA-192125-MX-25 is a compact double-acting cylinder designed for precision fluid control in industrial automation. With a 125mm diameter and 25mm stroke, this model adheres to ISO 21287 standards, ensuring compatibility with a wide range of hydraulic systems. The cylinder features anodized aluminum housing, NBR seals, and stainless steel rod construction to optimize performance and longevity in high-stress environments.

Construction and Materials

The cylinder's housing is made from anodized aluminum, providing lightweight strength and corrosion resistance. The piston rod is constructed from martensitic stainless steel, ensuring high tensile strength and resistance to wear. The sealing system utilizes nitrile (NBR) materials, which offer excellent chemical resistance and low friction characteristics, extending operational life even under demanding conditions.

Operating Specifications

This cylinder operates with a G1/4 port size, enabling precise fluid flow control and compatibility with standard hydraulic fittings. The ISO 21287 standard ensures consistent performance and interchangeability across various industrial applications. The compact design with a 25mm stroke length makes it suitable for applications requiring precise positioning and minimal space requirements.

Key Features and Components

The RA-192125-MX-25 includes a range of critical components such as the C0K510828 element, C02250828, C02470828, and QA/8125/34, which collectively ensure reliable operation and maintenance. The low-friction design, supported by NBR seals and stainless steel rod, minimizes energy loss and reduces the risk of seal failure during extended use. The cylinder's construction also allows for seamless sensor integration, facilitating real-time monitoring and control in automated systems.

Application Suitability

Designed for industrial automation and precision machinery, this cylinder is ideal for applications requiring high accuracy and durability. Its compact size and ISO 21287 compliance make it suitable for use in manufacturing equipment, robotics, and other systems where space constraints and precise movement are critical. The low-friction design supports smooth operation even under high-pressure conditions, ensuring consistent performance over time.