Protection cap for NEX10® female with chain provides mechanical protection and thus secures optimum radio-frequency transmission performance
Your entire high-frequency connection is only as good as its individual connecting elements. RF ports are critical elements in this respect, because they can be damaged quickly, e.g. by impacts during transport, installation or by weather influences such as water and dust. This results in a poorer quality of the RF connection and a shortened life expectancy of the damaged ports. If you also have (temporarily) open ports or often open and close RF connections, you can protect your connections with the Protection cap for NEX10® female with chain.
All our protective caps have an internal or external thread and correspond to the degree of protection IP 68, which means that they are absolutely dustproof and waterproof. The use of the Protection cap for NEX10® female with chain thus significantly reduces costs by effectively protecting your RF components while ensuring a constant quality of the RF connection. Our robust protective cap is made of the following material: copper-alloy / nickel-plated.
The protective cap is supplied with a fastening chain to prevent loss.
Antenna and radio units for small cell applications are steadily shrinking, so it makes sense to also create ever-smaller connector systems for them. Designed to excellently meet the mechanical and electrical needs of small cell products, the new NEX10® is now conquering the market.
The Protection cap for NEX10® female with chain is suitable for connections such as those used in mobile radio for antenna base stations and in-building distributed antenna systems. In addition, there are further applications in broadcasting, or especially in test laboratories and measurement environments.
SPINNER applies extremely high standards with regard to quality, engineering, materials, and manufacturing. This enables us to offer protective components with the best possible performance while ensuring optimized installation and failure-free operation, under even the harshest conditions.
