Norgren RA/802063/M/75 Pneumatic Actuator 63mm Bore Short Stroke for Stopping

The Adaptive Cushioning System automatically adjusts the cushioning based on varying loads. This innovative feature eliminates the need for manual adjustments, ensuring the operation remains smooth and safe while significantly reducing noise and vibration during use.

This product fully complies with the ISO 15552 standard, as well as VDMA 24562 and NFE 49-003-1. Such adherence to international standards guarantees global interchangeability and seamless integration into existing systems, making it highly adaptable for diverse industrial needs.

Featuring a round barrel design with external tie rods, the product offers superior durability. This robust construction is particularly suited for demanding industrial environments where resilience and longevity are essential.

Equipped with a standard magnetic piston, it allows for easy position sensing using reed or solid-state switches, such as those from the M/50 series. This enhances monitoring capabilities and operational precision.

The device operates efficiently across a broad pressure range from 1 to 16 bar. This flexibility makes it suitable for various applications, spanning from light-duty tasks to heavy-duty industrial processes.

Available in an extensive array of standard and custom stroke lengths, the product can accommodate requirements up to 1000mm. This variety ensures that it can be tailored to specific operational demands.

Featuring PUR seals, the system guarantees efficient, low-friction operation with an extended service life. It is compatible with both lubricated and non-lubricated air, minimizing maintenance efforts and operational costs.

The product has been rigorously tested according to EN 61373 Category 1, Class A + B standards. This makes it especially reliable for rail and transportation applications where shock and vibration resistance are critical.

At a working pressure of 6 bar, the theoretical thrust reaches 1870 N during outstroke and 1680 N on instroke. This high force output ensures sufficient power to meet demanding application requirements effectively.

The product is offered with various customizable options, including different materials for the piston rod, specialized wipers, low-friction seals, and extended piston rods. This versatility allows users to select the ideal configuration for their specific needs.

Industrial automation encompasses a wide range of applications including general factory automation, assembly line processes, and material handling equipment. These systems help streamline production and improve efficiency in industrial settings.

In the field of packaging machinery, operations such as product sorting, pushing, positioning, and conveying are critical. These processes ensure smooth handling and packaging of products throughout the production cycle.

The automotive industry makes extensive use of automation for component assembly, welding fixtures, production line automation, and testing equipment. These technologies enhance precision, speed, and reliability in vehicle manufacturing.

Railway applications demand equipment that can withstand harsh conditions. Products used in this sector are shock and vibration tested to meet EN 61373 standards, specifically Category 1, Class A + B, ensuring durability and safety of rail vehicle components.

For the food and beverage sector, machinery must be compatible with filtered, lubricated, or non-lubricated compressed air. This requirement ensures hygienic operation and maintains product quality throughout processing.

Mechanical engineering involves a variety of tasks including machine building, the development of special-purpose machinery, and general linear actuation. These applications require versatile and reliable automation solutions.

Material handling plays a vital role in logistics systems, encompassing lifting, pushing, stopping, and transfer operations. Efficient material handling mechanisms improve overall workflow within warehouses and distribution centers.

In electronics manufacturing, precision positioning and careful component handling are essential, especially in cleanroom environments. Automation technologies enable high accuracy and compliance with stringent cleanliness standards.