Electrostatic discharge (ESD) is a significant challenge when handling large surface area materials, often leading to dust attraction, material shocks, or even fire hazards in volatile environments. This Static Elimination For Large Objects CAD drawing provides a specialized engineering solution for discharging high-voltage static from expansive surfaces. Designed for integration into large-scale production lines, such as plastic film extrusion, vehicle body prep, or textile rollers, this mechanism ensures that the neutral balance of ions is restored across the entire width of the object.

By downloading this technical drawing, you receive a blueprint for a high-efficiency ionizing bar mounting system and air-assist assembly. The design focuses on “active” static elimination, utilizing a series of emitters that can reach target objects at a distance, which is essential for irregular shapes or large panels where contact-based grounding is impossible. The assembly includes detailed specifications for insulating supports and high-voltage cable routing to ensure safety and long-term durability. Whether you are building an automated clean-room booth or a high-speed web handling system, this CAD resource provides the structural and electrical layout required to neutralize static effectively and improve final product quality.

Key Features:

  • High-Coverage Ionizing Grid: Features a modular layout that allows ionizing bars to be ganged together to cover wide-format materials or 3D objects.
  • Air-Assist Integration: Includes pneumatic nozzle mounting points that use compressed air to “throw” ions over a greater distance for non-contact neutralization.
  • Adjustable Mounting Brackets: The structural frame features multi-axis tilt and height adjustment to optimize the distance between the emitter and the target object.
  • Insulated Safety Housing: Designed with high-dielectric materials to prevent arcing and ensure the high-voltage components are shielded from the main machine frame.
  • Universal Sensor Mounts: Includes dedicated spots for mounting static meters or field sensors to allow for a closed-loop automated discharge system.