Distributore di segnale Televes 543802 acciaio inox

The Televes 543802 Stainless steel cable splitter is a two-way RF splitter designed for high-frequency signal distribution from 5 to 2400 MHz. Constructed from corrosion-resistant stainless steel, the device provides stable performance in indoor and sheltered outdoor installations. Supplied in a blister pack for easy handling, the splitter is intended to divide one input into two outputs while preserving signal integrity for television, satellite LNB passthrough systems and broadband RF applications.

Advantages

Durable stainless steel construction reduces corrosion and mechanical wear, increasing service life in typical installation environments. A wide operating frequency range (5–2400 MHz) supports terrestrial TV, cable, satellite IF and various broadband RF signals. The compact design and blister packaging simplify storage and on-site handling, while precision internal components aim to minimise insertion loss and maintain impedance matching.

Suitable for

• Domestic TV and cable signal splitting
• Satellite IF distribution in multiswitch or single-LNB setups
• Small commercial installations requiring two-way signal feeds
• Broadband RF distribution for antennas and tuners operating within 5–2400 MHz

Key specifications

• Frequency range: 5–2400 MHz
• Material: stainless steel housing
• Number of outputs: 2-way split
• Packaging: blister pack
• Connector type: F-type compatible (female/male depending on installation)
• Application: RF signal splitting for TV, satellite IF and broadband systems

How to use

Mount the splitter in a dry, accessible location. Connect the incoming RF cable to the input port and attach the two outgoing cables to the output ports, ensuring proper tightening of F-type connectors to maintain impedance match. Route cables to avoid sharp bends and mechanical strain. Verify signal levels at the endpoints after installation and adjust downstream amplification or attenuation if necessary to achieve the desired signal quality.

Recommendations

For best results, use high-quality coaxial cables and well-terminated F-type connectors. Avoid placing the splitter in direct exposure to weather unless additional protective enclosures are used. If signal loss becomes noticeable after splitting, consider a powered distribution amplifier or use the splitter in combination with an appropriate multiswitch for larger systems.