Distribuidor de cable Televes 519503 acero inoxidable 5 - 2400 MHz

F 3W splitter 5...2400MHz 8/7dB — three-way cable splitter with F-type connectors designed for SMATV and other RF signal distributions. It covers a wide frequency range from 5 to 2400 MHz and features a compact, miniaturized electronic design that reduces through-losses. The chassis is made of zamak with stainless-steel appearance for enhanced shielding and mechanical durability. Intended for indoor use, it can be mounted on a wall, rack plate or Standard DIN rail.

Advantages

The Televes 519503 splitter provides reliable signal distribution across a broad frequency span (5–2400 MHz) with low insertion losses due to component miniaturization. Its zamak chassis offers effective electromagnetic shielding and solid mechanical protection. The compact form factor allows installation in confined spaces and supports multiple indoor mounting options: wall, rack plate or DIN rail.

Suitable for

• SMATV systems and multi-dwelling antenna distribution
• Satellite/cable TV distribution where F connectors are used
• Indoor installations on walls, rack plates or DIN rails

Key specifications

• Model: Televes 519503
• Frequency range: 5–2400 MHz
• Type: 3-way splitter (F connectors)
• Attenuation/Isolation: 8/7 dB (as marked)
• Chassis material: zamak (stainless-steel style shielding)
• Mounting: wall, rack plate, Standard DIN rail
• Indoor use
• MPN: 519503, EAN: 8424450267868

How to use

Mount the splitter in a dry indoor location on a wall, rack plate or DIN rail. Connect the feeder cable carrying the incoming RF signal to the splitter’s input F connector and attach output cables to the three output F connectors leading to each receiver or distribution line. Ensure all connectors are tightened securely to maintain shielding and minimize signal loss. Follow standard RF installation practices and use appropriate coaxial cables and connectors for the frequency range.

Recommendations

Use high-quality coaxial cables and properly shielded F connectors; avoid exposure to moisture and corrosive environments. For long cable runs or marginal signal levels, consider using amplifiers or adjusting splitter placement to preserve signal quality.