Ospel RTV socket Szafir GPA-ZK/m/33 end piece, black metallic finish

Ospel Szafir GPA-ZK/m/33 end-piece is an RTV socket designed to terminate coaxial runs and provide a dedicated connection point for television and radio equipment. The unit follows the Szafir series form factor and comes in a black metallic finish that integrates with modern interior fittings. It is intended as the final outlet in a coaxial distribution line, offering a compact wall-mounted interface for RF signals.

Advantages

The socket offers a standardized RTV connector format that ensures compatibility with common TV tuners, set-top boxes and radios. Its compact design and Szafir-series styling enable discreet installation in living rooms, bedrooms or commercial premises. The black metallic finish provides increased scratch resistance and a uniform appearance when paired with other Szafir fittings.

Suitable for

• Terminating coaxial cable runs in residential TV and radio installations
• Providing an RF connection point for set-top boxes and digital tuners
• Use in apartments, houses, hotels, offices and small commercial spaces

Key specifications

• Connector type: RTV/coaxial wall socket compatible with standard F-type/RF cables
• Form factor: Szafir series wall-mounted end-piece
• Finish: black metallic for a uniform appearance
• Mounting: designed for flush wall installation in standard mounting boxes
• Application: termination point for television and radio RF signals

How to use

Install the end-piece in a suitable flush mounting box and connect the incoming coaxial cable to the RTV connector according to local wiring practices. Ensure the cable shield and center conductor are prepared to the correct lengths and that the connection is tightened to provide reliable contact. After mounting the faceplate, connect the TV, set-top box or radio with a coaxial patch lead to the socket to receive signal. Follow safety rules: switch off relevant equipment and power at the distribution amplifier or splitter before making connections.

Usage recommendations

For optimal signal quality, use high-quality coaxial cable and avoid excessive bends or kinks near the connection. When integrating into a multi-outlet distribution system, verify impedance matching and proper termination at the last outlet to prevent reflections and signal loss.