SE33TWIN-ST - 3-fold TWIN stub socket 2 x SATterr.

Deliverytime: 25 - 27 working days (Mo-Fr) *
19,45 EUR
Key points at a glance:
Product Description
Stub socket 3 connections: FM/TV-SAT1-SAT2

Stub socket with three connections and two inputs. Equipped with two F plugs: SAT1 for the satellite signal corresponding to input 1 (filtered) and SAT2 for the satellite signal corresponding to input 2 (full bandwidth 5-2400 MHz). The IEC connector is intended for radio (FM) and DVB-T/T2 from input 1
The lower part of the housing frame is open.

Highlights

- Built-in separation filter: the SAT signal is filtered in the FM/TV IEC connection, while the terrestrial FM/TV signal is filtered in the satellite connection (SAT1).
- Robot-controlled automated production/li>
- High shielding
- Excellent decoupling between the outputs

Features

- Die-cast housing
- DC feed-through from the SAT connection to the input
- Compatible with coaxial cables with sheath diameters ranging from 5 to 6.9 mm (Ø 5...6.9 mm)

Good to know

Televes antenna sockets with plug-in technology
Advantages of the class A antenna sockets:

- The inner conductor is simply connected by pressing without the need for screws. The inner conductor can thus be detached several times

- Can be used for inner conductor diameters from 0.65 mm to 1.2 mm and external cable diameters from 5 mm to 6.9 mm

- Conical F connection for easy insertion of the inner conductor

- Specially fixed claws to simplify installation (strong, stable and long). Very low installation depth.
- Lockable hinged clamp remains in position even when installed horizontally!

- The clamp is equipped with 3 serrated rows in 9mm for perfect fixing of the braid
- Third keyhole for better fixing
Cleanly rounded edges to protect against injury

- Complies with shielding class A

This product range also includes helpful printing on the housing:

- CE mark
- Numerical and logical designation of the antenna socket type
- Representation of inputs and outputs
- Dimensional information for stripping the cable
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