Download the complete mechanical drawing for a Control Panel with a Pneumatic Support Rod. This design is not for a typical side-hinged cabinet but for enclosures with heavy, top-opening lids or upward-swinging doors, such as operator consoles, sloped-top desks, or large access panels. The pneumatic support rod (also known as a gas strut or gas spring) is a critical component for both safety and ergonomics.

This feature provides an assisted lift, making the heavy panel door feel nearly weightless and easy to open. More importantly, it securely holds the door in the open position, preventing it from accidentally slamming shut. This is essential for protecting technicians and maintenance staff from injury while they are working inside the panel.

This CAD blueprint is invaluable for any panel builder or machine designer. It goes beyond standard enclosure dimensions. The drawing’s primary value is in its precise detailing of the support rod integration. It provides the exact mounting point geometry, including the locations for ball studs on both the frame and the door, and the clearances required for the strut to operate without interfering with internal components. Download this file to build a safe, professional, and user-friendly control console.

Ключевые особенности:

  • Pneumatic Support Integration: Details the exact mounting points (ball stud locations) on the cabinet body and the lid/door for a gas strut.
  • Geometric Data: Provides the critical measurements (e.g., stroke length, extended/compressed length) needed to specify and source the correct pneumatic rod.
  • Operational Clearance: Shows the movement path of the support rod from closed to open, ensuring no interference with internal components like DIN rails, HMIs, or wire ducts.
  • Lid/Door Reinforcement: Includes details on structural stiffeners for the door or lid, which are necessary to handle the forces exerted by the strut.
  • Console-Style Layout: This drawing is based on a console or top-access design, perfect for housing HMI screens and operator controls.