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Janatics Cylinder A16, A17

Janatics Pneumatic Cylinder A16 | SR Associates
Janatics Pneumatic Cylinder A16 | SR Associates

Janatics Cylinder A16 and A17

The Janatics Cylinder A16 and A17 are robust, high-performance pneumatic cylinders designed for demanding industrial applications. These cylinders are crafted to provide precise control and reliable performance in a variety of environments, featuring advanced materials and versatile mounting options to meet diverse operational needs.

Model Variants:

  • A16 – Non-Magnetic:

    • Ideal for standard applications where magnetic detection is not necessary.
  • A17 – Magnetic:

    • Includes a magnetic piston for position sensing, enhancing control and automation capabilities in complex systems.

Key Specifications:

  • Cylinder Bore Ø (mm):

    • Offered in bore sizes of 125, 160, 200, and 250 mm to accommodate varying force requirements.
  • Cushion Stroke (mm):

    • Cushion strokes of 40 mm for bore sizes 125, 160, and 200 mm, and 50 mm for 250 mm bore, provide effective end-of-stroke cushioning for smooth operation and reduced impact.
  • Standard Strokes (mm):

    • Available in standard stroke lengths of 50, 80, 100, 125, 160, 200, 250, 300, 320, 400, and 500 mm, offering flexibility for a wide range of applications.
  • Operating Medium:

    • Designed for use with filtered and lubricated compressed air, ensuring long-lasting and efficient operation.
  • Working Pressure:

    • Efficiently operates within a pressure range of 0.5 to 10 bar, suitable for various industrial environments.
  • Temperature Range:

    • Ambient Temperature: -10°C to +60°C
    • Medium Temperature: Regular applications: +5°C to +50°C; High-temperature applications: +5°C to +150°C

Materials of Construction:

  • Cylinder Body: Aluminium for lightweight strength and durability.
  • Piston and End Caps: Aluminium and Steel for enhanced robustness.
  • Seals: Nitrile for regular applications and Viton for high-temperature applications, ensuring excellent sealing and resistance to wear.
  • Other Components: Brass, Iron, Acetal, Polyurethane for reliable performance and longevity.

Mounting Options:

The Janatics Cylinders A16 and A17 offer a variety of mounting options to facilitate easy integration into different systems:

  • Basic Cylinder
  • Foot Mounting
  • Front Flange
  • Rear Flange
  • Male Clevis
  • Female Clevis
  • Female Clevis (King Pin)
  • Centre Trunnion
  • Front Trunnion
  • Rear Trunnion

Accessories:

A comprehensive range of accessories is available to enhance functionality and adaptability:

  • Clevis Foot Bracket: Provides stability and support for foot-mounted installations.
  • Wall Mounting Bracket: Enables secure attachment to vertical surfaces.
  • Trunnion Bracket: Allows for pivoting motion and flexibility in mounting.
  • Rod End Fork: Facilitates secure connection to actuating mechanisms.
  • Rod End Aligner: Ensures alignment and reduces side load on the piston rod.
  • Rod End Spherical Eye: Provides a flexible joint for angular movement.

Applications:

The Janatics Cylinders A16 and A17 are designed for a wide range of industrial applications, including:

  • Heavy Machinery:

    • Delivering reliable actuation and control for heavy-duty equipment.
  • Automation and Robotics:

    • Providing precise motion control in automated systems and robotic applications.
  • Material Handling:

    • Facilitating efficient linear motion for transport and positioning of materials.
  • Fluid Control:

    • Ensuring accurate flow regulation in pneumatic systems for various industrial processes.
  • Packaging and Processing:

    • Supporting precise and repeatable movement in packaging machinery.

The Janatics Cylinders A16 and A17 are engineered to meet the demands of modern industrial environments, offering robust performance, versatility, and ease of integration. With their advanced features and comprehensive range of specifications, these cylinders are an excellent choice for applications requiring precise linear motion control and high reliability.