Linear Actuator - Simplicity 2N23A Series 2N23A-0800-024-000-AAXR Shaft Diameter: 1/2" Shaft Material: Alloy Steel Rail Length: 024.000" Lead: 0.20 Right Hand

Driven Linear Slide with Motor Mount, 23A

The 2N23A-0800-024.000-AAXR linear slide from PBC Linear is a robust and versatile solution designed for a variety of industrial applications. This ball screw-driven linear slide features a tall profile with a base plate that ensures stability and precision in operation.

Key Features:

• Ball Screw Driven: Provides smooth, accurate motion control ideal for high-precision applications.
• Alloy Steel Shaft: Durable shaft material with a 0.500 inch nominal diameter for reliable performance under load.
• N23 Motor Mount: Ready for integration with an N23 motor, facilitating easy customization and setup.
• Plain Bearing with Standard Liner: Ensures consistent performance with minimal maintenance requirements.

Specifications:

• Length: 24 inches
• Material: High-strength alloy steel
• Bearing Type: Plain bearing for straightforward maintenance
• Drive Mechanism: Specifically designed to accommodate N23 motor mounts for seamless integration

Applications: Ideal for use in environments where precision linear movement is crucial, such as in automated manufacturing, robotics, and material handling systems. The linear slide's robust design and high load capacity make it suitable for heavy-duty applications.

Customization: Fully customizable to meet specific application needs, the 2N23A-0800-024.000-AAXR allows for various carriage configurations and is compatible with a wide range of accessories for extended functionality.

Additional Information: For detailed specifications, potential configurations, and CAD models, please refer to the main catalog or use the online configurator to customize your linear slide system.

With its combination of durability, precision, and flexibility, the 2N23A-0800-024.000-AAXR linear slide is an excellent choice for engineers looking to enhance their motion control solutions in industrial applications.