Product Overview
These compression style connectors feature excellent performance and stability in both indoor and outdoor environments. They offer outstanding performance, exceptional environmental qualities, mechanical stability, and ease of installation. Their integrated integral internal o-ring and plastic compression sleeve reduce the potential for moisture migration and prevent possible signal degradation. They are compatible with RG-6 and are designed to support a wide variety of applications ranging from CCTV to HDTV systems.
Features
- Compression connection allows connectors to be pressed vertically onto cables without causing awkward bends and distortion to the waveguide, minimizing distortions and improving signal quality.
- Snap and seal connectors designed with internal O-rings, allowing for a tighter moisture resistant fit for indoor or outdoor use.
- Supports a wide variety of applications such as CCTV, DSS (DTV, HDTV, SDTV), and CATV.
- Used with Universal, Economic, and F-type Compression Tools.
- Available in a black band for RG6 cables.
- Not designed for use on plenum cables.
General Information
Name : ICC ICRDSAV01C F-Type Compression Connector for RG6 Cable, 100-Pack , ICC
Category : Coaxial Cable Connectors
UPC Code : 633758027809
Country of Origin : Taiwan, Province of China. Country of origin is subject to change.
Specifications
General Information
ADI Part Number : H2-RDSAV01C
Brand Name : ICC
Manufacturer : ICC
Manufacturer Part Number : ICRDSAV01C
Packaged Quantity : 100
Product Name : F-Type Compression Connector for RG-6 Cable in 100 Pack
Product Type : Antenna Connector
Technical Information
Connector Details : 1 x F Connector Antenna
Interfaces/Ports
Connector Type : F Connector Antenna
Physical Characteristics
Color : Black
Width : 1.18"
Warranty
Limited Warranty : 3 Year
Limited Warranty (Second) : 3 Year
Miscellaneous
Country of Origin : TW
Features : Moisture Resistant
Package Contents : <ul> <li>100x RG6 F-Type Connector </li> <li>1 x Packaging Bag </li> </ul>
TAA Compliant : Yes