Satellite multiswitch Televes 714601 9 inputs 17 outputs

The Televes 714601 satellite multiswitch provides 9 inputs and 17 outputs to distribute satellite signals across multiple receivers. It supports a frequency range of 950–2400 MHz and is designed for compact installations with dimensions of 206 mm × 29 mm × 121 mm and a weight of 0.56 kg. The unit operates with a 12 V input and handles signal levels in the range of 90–112 dBμV with a typical current consumption of 85 mA.

Advantages

The multiswitch includes a 10 dB Low Gain (LG) / High Gain (HG) switch to attenuate the satellite input signal per each 8-user group, allowing level adjustment to different installation conditions. It supports remote power feeding via the VL line and provides current circulation between all inputs and cascades. The device is compatible with return-channel applications and follows European design and manufacturing standards.

Suitable for

• Small to medium shared satellite distribution systems
• Apartment buildings and multi-dwelling units with up to 17 receivers
• Installations requiring remote power feeding and return-channel support

Key specifications

• Model: Televes 714601
• Inputs / Outputs: 9 inputs, 17 outputs
• Frequency range: 950–2400 MHz
• Operating voltage: 12 V
• Signal level range: 90–112 dBμV
• Current consumption: 85 mA
• Dimensions (W×D×H): 206 × 29 × 121 mm
• Weight: 0.56 kg
• MPN: 714601, EAN: 8424450173077

How to use

Mount the multiswitch according to local installation standards and connect the nine satellite and terrestrial inputs as indicated by the manufacturer. Use coaxial cables of appropriate quality to connect outputs to receivers. Set the 10 dB Low Gain / High Gain switch for each 8-user group to adjust output levels according to cable lengths and receiver sensitivity. Enable remote power feeding over the VL line when a compatible headend or LNB requires it.

Recommendations

For stable operation, verify input signal levels before installation and use suitable surge protection and grounding. When deploying multiple cascades, confirm current circulation and power feeding compatibility across the chain.