RA/802032/M/150 IMI NORGREN Short Stroke Pneumatic Cylinder Norgren 32mm Bore

The IMI Norgren RA/802032/M Series represents a high-performance pneumatic cylinder that conforms to the ISO 15552 standard. Part of the distinguished ISOLine range, this double-acting cylinder features a bore diameter of 32mm and offers an extensive range of stroke lengths, varying from 20mm up to 1000mm. It is engineered to provide dependable and efficient linear motion, making it ideal for a broad spectrum of industrial automation tasks.

Central to the design of this cylinder is the innovative Adaptive Cushioning System (ACS). This intelligent technology automatically modifies the cushioning effects based on varying load conditions, thereby eliminating the necessity for manual adjustments or specialized expertise. This results in smoother and safer cylinder operation, lower maintenance expenses, and a longer service lifespan.

The RA/802032/M series is constructed with a durable round barrel and secured by external tie rods, enhancing its robustness and suitability for harsher working environments. Additionally, the cylinder is equipped with a magnetic piston as standard, which facilitates straightforward position sensing through compatible reed or solid-state switches. Compliance with ISO 15552, VDMA 24562, and NFE 49-003-1 standards ensures the cylinder’s interchangeability and adherence to international quality benchmarks.

The Adaptive Cushioning System automatically adjusts the cushioning based on varying loads. This feature eliminates the need for manual adjustments, ensuring smooth and safe operation under different conditions.

This product complies with international standards ISO 15552, VDMA 24562, and NFE 49-003-1, guaranteeing global interchangeability and compatibility in various applications.

Featuring a round barrel design with external tie rods, the construction offers outstanding durability. This makes it well-suited for use in aggressive environments where strength and reliability are critical.

Equipped with a standard magnetic piston, this product allows for easy position sensing using reed or solid-state switches, enhancing monitoring and control capabilities.

The unit operates efficiently within a pressure range of 1 to 16 bar, making it adaptable for a variety of industrial and commercial uses.

Available in a broad range of both standard and non-standard stroke lengths, this product provides flexibility to meet diverse operational requirements.

Utilizing polyurethane seals, the design ensures low-friction operation and contributes to an extended service life, minimizing maintenance efforts.

The product has undergone rigorous testing to meet EN 61373 Category 1, Class A + B standards, confirming its suitability for rail applications subjected to shock and vibration.

There are several options available, including different piston rod materials, special wipers, low friction seals, and extended piston rods, allowing customization to specific needs.

This area covers general factory automation including assembly lines and equipment for material handling. Various automated processes enhance efficiency and productivity in manufacturing environments.

Packaging operations involve tasks such as product sorting, pushing, and precise positioning. These automated actions ensure accurate handling and packaging of products to meet quality standards.

In the automotive sector, automation is applied for component assembly, testing fixtures, and streamlining production lines. This contributes to improved quality control and faster manufacturing cycles.

Equipment used in railway systems undergoes rigorous shock and vibration testing compliant with EN 61373 Category 1, Class A + B. This ensures durability and reliable performance under harsh conditions.

The automation solutions designed for the food and beverage industry are compatible with filtered, lubricated, or non-lubricated compressed air, meeting hygiene and safety requirements.

Precision positioning and careful handling of components are critical in electronics manufacturing. Automated systems are employed to achieve high accuracy and reduce manual errors.

General linear actuation plays a vital role in machine building and the creation of special-purpose machinery. These mechanisms support various mechanical engineering applications by providing controlled movement.