TV socket type "F-F" star type 1.5 dB black, NEW NILOE NP4101BK

TV socket for star topology – reliability and modern design

This TV socket of type "F-F" from the Niloe Step series is an ideal solution for demanding TV installations. Designed to operate in a star system, it provides high signal quality and a stable connection. It is a terminating socket, which means it is intended for direct connection to a receiving device, such as a TV or set-top box. Made of high-quality plastic, it guarantees durability and resistance to damage.

The socket is characterized by an attenuation of 1.5 dB at frequencies of 860 MHz and 2150 MHz, which minimizes signal loss and ensures a clear picture and sound. Flush-mounting allows for aesthetic integration of the socket into the interior design. Thanks to the claw or screw mounting options, installation is quick and convenient for both professionals and home users. In addition, the halogen-free plastic ensures safety and minimizes the emission of harmful substances in the event of a fire.

Functionality and installation

The Niloe Step socket is compatible with existing Niloe mechanisms, making it easier to modernize installations. The set includes mounting elements – a holder and claws – however, the cover frame is available for separate purchase, allowing you to customize the appearance of the socket to your individual preferences. The minimum depth of the mounting box is 14.8 mm, ensuring compatibility with most standard mounting boxes. The width of the accessories is 75.8 mm, and the height is 75.8 mm – these dimensions allow for easy adaptation to the existing infrastructure.

It is worth noting the matte surface finish and lacquering, which provide an aesthetic appearance and scratch resistance. The socket has a protection degree of IP20, which means protection against touching with a finger and against the ingress of solid objects larger than 12.5 mm – adequate protection for indoor installations. Impact resistance IK04 guarantees resistance to mechanical damage with low kinetic energy.