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Descriptions of the satellite LNB outputs and the multiswitch inputs depend on their manufacturers. To avoid confusion, our movie illustrates the differences and clarifies the issue.
€384.51
| Price | Disc. | Quantity | Validity |
|---|---|---|---|
| €384.51 | 0 % | from 1 piece |
Available
Multiswitch MV924 9in/24output without power supply and active terrestrial TV path dedicated for medium and large installations with distribution of RTV/SAT signals.
• Radial multiswitch
• 24 outputs
• Built-in pre-correction of cable characteristics
• Grouping of outputs according to output level
• Separation between inputs greater than 30 dB
• Preamplifier feed for terrestrial antenna
• Active terrestrial signal path equipped with LTE filter (47-790 MHz)
• Open casing guaranteeing high level of shielding - class A
• 24 outputs
• Built-in pre-correction of cable characteristics
• Grouping of outputs according to output level
• Separation between inputs greater than 30 dB
• Preamplifier feed for terrestrial antenna
• Active terrestrial signal path equipped with LTE filter (47-790 MHz)
• Open casing guaranteeing high level of shielding - class A
Details
MV series multiswitches have been designed for use in medium and large SMATV+SAT installations. They can also be used in smaller home installations.
The MV-924L R70874 multiswitch has active (amplified) terrestrial and satellite TV paths. Signal level adjustment for each of the satellite and DVB-T paths is performed using dedicated switches. This configuration ensures greater stability of the set parameters in comparison with traditional solutions based on potentiometers.
The MV-924L R70874 multiswitch has a built-in LTE signal filter to eliminate unwanted signals in the 800 MHz band (791-862 MHz frequencies) for data services (LTE).
The cast housing ensures high screening efficiency, which prevents interfering signals from penetrating inside the device. The high level of output signal, built-in pre-correction of attenuation characteristics of coaxial cables and graded attenuation of multiswitch outputs enable the construction of large installations, where the length of subscriber connections can reach up to 80 m.
Key features:
- radial multiswitch
- built-in cable pre-correction
- output level grouping
- isolation between inputs greater than 30 dB
- active terrestrial path equipped with LTE filter (47-790 MHz)
- cast housing guaranteeing a high level of shielding - class A
Recommended Library titles:
Specifications
| Product type | Multiswitch | ||
| Number of LNBs | 2 × quatro | ||
| Series | MV-9xx | ||
| Model | MV-924L | ||
| Brand | TERRA | ||
| type | final | ||
| type | classic | ||
| Applications | Indoor | ||
| Type of cooperating converter | Quatro | Yes | |
| Type of cooperating converter | Wideband | No | |
| No. of inputs | 9 | ||
| No. of outputs | Legacy | 24 | |
| RF path | Active | Yes | |
| RF path | Preamplifier power supply | No | |
| Device specifications | |||
| Input | RF band | MHz | 47-790 |
| Input | SAT IF band | MHz | 950-2150 |
| Gain control in RF path | dB | 0...-15 with step 1 | |
| gain control in SAT IF path | dB | 0...-12 with step 4 | |
| Output | RF band | MHz | 47-790 |
| Output | SAT IF band | MHz | 950-2150 |
| RTV signal level at outputs 1-4 | dBµV | 88 | |
| RTV signal level at output 5-8 | dBµV | 88 | |
| RTV signal level at output 9-12 | dBµV | 86 | |
| RTV signal level at output 13-16 | dBµV | 86 | |
| RTV signal level at output 17-24 | dBµV | 84 | |
| RTV signal level at output 25-32 | dBµV | 82 | |
| SAT IF signal level on outputs 1-16 | dBµV | 93 | |
| SAT IF signal level on outputs 17-24 | dBµV | 93 | |
| SAT IF signal level on outputs 25-32 | dBµV | 93 | |
| SAT IF path gain – built-in pre-correction of cable attenuation characteristics | outputs 1-4 | dB | 7...12 |
| SAT IF path gain – built-in pre-correction of cable attenuation characteristics | outputs 5-8 | dB | 7...12 |
| outputs 9-12 | dB | 6...10 | |
| outputs 13-16 | dB | 6...10 | |
| outputs 17-24 | dB | 5...8 | |
| RF path amplification – built-in pre-correction of cable attenuation characteristics | outputs 1-4 | dB | 4...9 |
| RF path amplification – built-in pre-correction of cable attenuation characteristics | outputs 5-8 | dB | 4...9 |
| outputs 9-12 | dB | 3...7 | |
| outputs 13-16 | dB | 3..7 | |
| outputs 17-24 | dB | 2...5 | |
| Input separation | SAT IF | dB | >30 |
| Output separation | FM TV | dB | >35 |
| Return loss | TV/SAT | dB | >30 |
| Return loss | SAT/RF | dB | >40 |
| Power on RF inputs | H/Lo, H/Hi | V | 18 |
| Power on RF inputs | V/Lo, V/Hi | V | 14 |
| Current drawn | from receiver | A | 0.06 |
| Current drawn | from H line or external power supply 18 VDC | A | <0.16 |
| Control signals | 14/18 V, 0/22 kHz, tone burst, DiSEqC 1.0, DiSEqC 2.0 or related | ||
| Die-cast enclosure | Yes | ||
| Remotely powered | Yes | ||
| Built-in power supply | No | ||
| Screening efficiency class | A | ||
| Compliance with relevant national legislation | Yes | ||
| Power supply | V/Hz | DC 18 | |
| Operating temperature | °C | -20...+50 | |
| Dimensions | mm | 187 × 135 × 52 | |
| Weight | kg | 1.44 | |
Videos
Designing antenna systems with the use of free software from TERRA - SatNet application. The program allows to prepare the project in graphical form, to determine signal levels in all outlets and verify if they are compliant with standards, and to decide whether to use equalization function of the amplifiers. The program enables the user to archive the designs.
