EMI and RFI cable sealing backshells designed to provide electromagnetic and radio frequency interference shielding. These backshells ensure a secure and protected connection for cables, minimizing signal interference and maintaining system integrity.
Connector Designators: A-F-L-S, H Max, Max Max Max Max
Clamping Style: Rotatable Coupling, Low Profile
Cable Entry: 45° and 90° options, various cable ranges from 0.219 inches to 2.812 inches
Finish: Anodized, corrosion-resistant coating
Material: Aluminum alloy with water-tight sealing features
Length: Ranges from 1.5 to 3 inches depending on size
Maximum Voltage Rating: Not specified in OCR, typically suitable for typical industrial applications
Temperature Rating: -55°C to +105°C
Certification: Not specified
Design Features: EMI/RFI shielding, water-tight, rotatable coupling for flexible installation
Applicable: Cable diameter ranges from 0.219 inches to 2.812 inches, suitable for multiple industrial, military, and aerospace uses
Buy the Glenair Series 39 Water-Tight EMI/RFI Cable Sealing Backshell: 390HS003NF1708C3
Secure your cable connections with the Water-Tight EMI/RFI Cable Backshell. Designed for EMI and RFI shielding, these backshells deliver waterproof protection, flexible installation with rotatable couplings, and compatibility with various cable sizes. Ideal for demanding industrial, aerospace, and military applications, they minimize interference while maintaining system integrity, ensuring reliable performance in harsh environments. Purchase online now for quality, durability, and seamless cable management that meets your project needs effectively.
Order your Glenair Series 39 Water-Tight EMI/RFI Cable Sealing Backshell today and ensure your cables are protected from interference and environmental damage.
Frequently Asked Questions
Where can I buy Glenair 390HS003NF1708C3?
You can click on the BUY or RFQ button to purchase 390HS003NF1708C3 from an authorized Glenair distributor.
How do I troubleshoot issues or seek technical support for part 390HS003NF1708C3?