Clamp-Together Shielded Chamber

Clamp-Together Shielded Chamber

Gaven Industries’ Clamp-Together Shielded Chambers feature the innovative Hat & Flat construction for consistent pressure and optimal structural integrity and RF shielding. The integration of zinc-coated, G60 galvanized steel with a polypropylene honeycomb core not only ensures unmatched durability but also offers a significant weight advantage over traditional wood cores.

Designed for versatility across a broad range of applications, including EMC testing, data security, and medical equipment protection, these chambers provide ease of assembly and adaptability for effective electromagnetic interference control, catering to the dynamic needs of technology and research fields.

Previous slide
Next slide
Key Features:
  • Enhanced Security: Equipped with secure man bars to bolster security measures within shielded environments.
  • EMI/RFI Attenuation: Efficiently attenuates electromagnetic interference (EMI) and radio frequency interference (RFI) to meet strict shielding compliance standards.
  • Seamless Airflow Integration: Maintains consistent airflow management while enhancing shielding integrity for occupant comfort and equipment climate control
  • Military-Grade Compliance: Ideal for military installations adhering to ICS 705 standards, ensuring secure environments without compromising functionality.
  • Robust Design: Built to withstand harsh conditions, ensuring durability and long-lasting performance with minimal maintenance.
  • Easy Installation: Streamlined installation process for convenience, saving time and effort during setup.
  • Customizable Options: Offers customization options for different sizes and mounting choices to suit specific HVAC system requirements.
  • Proven Reliability: Rigorously tested and proven to deliver exceptional performance in critical settings, ensuring unparalleled reliability and efficiency.
Specifications:
  • Material: Zinc-coated, G60 galvanized steel; polypropylene honeycomb core for unmatched structural durability and significant weight advantage.
  • Fasteners: 1/4-inch self-threading TORX™ screws, strategically placed on 4-inch centers to ensure full engagement and secure fastening.
  • Clamping: Incorporates Hat & Flat construction for roll-formed shapes, facilitating consistent pressure and stability across panel connections, enhancing the RF shielding effectiveness.
  • Underlayment: Features a polyethylene vapor barrier for additional protection.
  • Performance: Our chambers are engineered to meet the specific standards required by our customers, ensuring a wide range of performance certifications and dependable functionality for diverse applications.
Applications:
  • EMC Product Compliance Testing: Gaven’s chambers are instrumental in creating controlled environments necessary for testing electronic products against EMC standards. They ensure that devices operate without emitting excessive electromagnetic interference or succumbing to it, crucial for certification and market entry.
  • Secure Computer Rooms: These chambers offer an advanced layer of protection for sensitive data and computer systems. By shielding against external electromagnetic interference, they safeguard the integrity and performance of critical IT infrastructure, preventing data breaches and operational disruptions.
  • Wireless Product Testing: In wireless product development, ensuring devices perform as expected under various conditions is vital. Gaven’s chambers provide an interference-free environment for accurate testing of wireless communication devices, enhancing reliability and consumer trust.
  • Medical Equipment Shielding: Medical devices require rigorous testing to ensure they are safe from EMI, which could affect their functionality. The chambers provide a secure setting for testing and shielding sensitive medical equipment, ensuring they operate flawlessly in healthcare settings.
  • High Voltage Test Labs: High voltage equipment testing involves significant electromagnetic emissions. Gaven’s chambers are designed to contain these emissions, providing a safe environment for testing and research, while ensuring compliance with safety and regulatory standards.