EMP Centauri E.Lite Class Multiswitch MS 13 In 52 Out EEU-13 + Terrestrial Input

E.LITE CLASS is a range of products that meets basic conditions that are favorable for most applications. These devices have a 6-year warranty.

EMP Centauri E.Lite Class Multiswitch MS13 / 52EEU-13

13in / 52out stand-alone multiswitch for the distribution of terrestrial / passive / and SAT signals from 3 SAT positions and up to 52 participants.
The package includes power supply PA12 2A.
terr. Input active / passive switchable. 12V DC supply for optional terrestrial preamplifiers. External power supply (included).
Only for use with Quattro LNB!

13in / 52out standalone multiswitch for broadcasting terrestrial broadcasting and 3 satellites (12 SAT IF inputs) for up to 52 users.
Switchable active / passive terrestrial input. 12V DC supply for optional terrestrial preamlifier. External power supply (included).
For use with Quattro LNB only!

automatic switch-off of the LNB voltage
Short circuit fuse (12 / 18V; 0 / 22KHz)
universal passive and active selectable
13in / 52out with power supply
DiSEqC 2.0
stand alone
4 years warranty
Newline
quattro fit

Parameter Condition Value
Frequency range LNB inputs 950-2150 MHz
Terr. Input 5-862 MHz (passive)
40-862 MHz (active)
Outputs 5-2150 MHz (passive)
40-2150 MHz (active)
Control DiSEqC 1.0 (2.0)
Insertion loss Sat. 10 dB (950 MHz) - 0 dB (2150 MHz)
Terr. Passive 35 ± 4 dB
Terr. Active 5 ± 4 dB
Sat. inputs isolation Between V / H polarization 20 dB min
Between low / high bands 20 dB min
Between sat. systems 25 dB min
Maximum input level * Sat. 80 dBμV avg **
Terr. 100 dBμV avg (passive)
80 dBμV avg (active)
Maximum output level * Sat. 80 dBμV avg
Terr. 75 dBμV avg (active)
Power consumption From each receiver 85mA (18V)
From external power supply 15 W (passive)
17 W (active) + LNB
Terr. Preamplifier supply 150mA max (12V DC)
Dimensions (w, d, h) 35.5 x 44.0 x 5.0 cm
Temperature range -25 ~ +50 ° C

* Terr .: EN 50083-3 / 60dB IMA3 [dBμV]; SAT: EN 50083-3 / 35dB IMA3 [dBμV]
**Max. input level increases when input attenuator is used. The given value is valid for no attenuation.