Concentric cable SATPAR (YWDXpek) 75 1,05/4.8 /antenna/ SATPAR-75-1,05/4,8

Coaxial cable for television and satellite installations

The coaxial cable SATPAR (YWDXpek) 75 1,05/4.8 is a reliable solution for transmitting signals in television, satellite, and cable installations. Designed for high-quality signal transmission, it ensures stable reception and minimal signal loss. It performs excellently in both newly installed systems and during upgrades of existing networks.

Construction and parameters ensuring performance

The key to high signal quality lies in the cable’s construction. SATPAR features a copper inner conductor with a diameter of 1.05 mm, resulting in low resistance and minimal signal attenuation. The foam polyethylene (PE) insulation provides an optimal characteristic impedance of 75 Ω ± 3 Ω — the standard for television installations. The outer conductor consists of a polyester tape coated with aluminum and a braid of copper wires (braid density 40%), effectively shielding the cable against electromagnetic interference. The entire assembly is protected by a durable polyvinyl chloride (PVC) outer jacket in white, resistant to atmospheric conditions and mechanical damage. The approximate outer diameter is 6.8 mm, with a weight of approximately 43 kg/km.

Applications and benefits for professionals and end users

This coaxial cable is ideal for:

• Satellite TV installations: Ensures high signal quality even under challenging reception conditions.
• Terrestrial TV installations (DVB-T2): Guarantees stable reception of digital terrestrial television programs.
• Cable TV installations: Enables transmission of broadband television signals.
• CCTV surveillance systems: Can be used to transmit video signals from surveillance cameras.

For installers, it means easy handling and confident, reliable connections. For end users, it guarantees stable picture and sound without interference over long-term use. The cable is designed to operate in temperatures ranging from -30°C to +70°C, ensuring functionality in diverse environmental conditions. Effective capacitance of 57 pF/m at 1 kHz further confirms its transmission parameters. The inner conductor resistance is 20.0 Ω/km.