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CONEXION DE LA SEÑAL FI-SAT / CONNECTION OF THE SAT-IF SIGNAL / RACCORDEMENT DU SIGNAL BIS
a) Instalando líneas de derivación / Installing tap-lines / En installant des lignes de dérivation
Se creará 1 línea de derivación para
●
cada grupo de streamers que vayan a
hacer uso de la misma señal FI de
entrada (satélite-polarización-banda).
La función DiSEqC deberá activarse
necesariamente en aquellos streamers
que reciban los cables de bajada (con
LNBs tipo "quattro", sólo en el streamer
que deba proporcionar la corriente de
telealimentación).
LNB
universal
QPSK IN
QPSK IN
QPSK IN
+V
+V
+V
LNB
LNB
LNB
DiSEqC
RECORDAR:
1. La corriente DiSEqC máxima de cada
módulo streamer es 300 mA.
2. Los consumos de las LNBs deben
tenerse en cuenta a la hora de
calcular el consumo total (a +12 V
de la estación SNS.
b) Utilizando multiswitches
Using multiswitches
En utilisant des commutateurs matriciels
- La función DiSEqC deberá activarse
en todos los streamers.
- The DiSEqC function will have to be
activated on all the streamers.
- La fonction DiSEqC devra être activée
dans tous les streamers.
INSTALACION PUENTES +12 V
Módulo de Alimentación
Power Supply
Alimentation
1 tap-line must be created for each group
●
of streamers that are going to use the same
IF input signal (satellite-polarisation-band).
The DiSEqC function will have to be
compulsorily activated on the streamers that
receive the down-lead cables (avec "quattro"
type LNBs, only on the streamer that have
to provide the remote powering).
QPSK IN
QPSK IN
QPSK IN
QPSK IN
+V
+V
+V
+V
LNB
LNB
LNB
LNB
75
W
DiSEqC
REMEMBER:
1. The maximum DiSEqC current from
each streamer module is 300 mA.
2. The consumptions of the LNBs must be
taken into account when calculating the
DC
)
total consumption (at +12 V
SNS headend.
QPSK IN
+V
LNB
CAM
CONTROL
CFP-500
Ref. 4429
POWER
SYNC
STATUS
+12V
+12V
5A
+24V
60mA
SNS-101
Ref. 5101
DVB-S Þ IPTV
STREAMER
LAN
Link
Act
LAN
Power
1
2
Ethernet Switch
/ INSTALLING DC BRIDGES / INSTALLATION CAVALIERS +12 V
DC
CFP-500
Ref. 4429
POWER SUPPLY
SYNC
STATUS
POWER
+12V
+12V
5A
+12V
5A
+24V
60mA
LNB
twin universal
QPSK IN
QPSK IN
QPSK IN
QPSK IN
QPSK IN
+V
+V
+V
+V
+V
LNB
LNB
LNB
LNB
LNB
75
W
DiSEqC
DC
) of the
QPSK IN
QPSK IN
QPSK IN
QPSK IN
QPSK IN
QPSK IN
+V
+V
+V
+V
+V
+V
LNB
LNB
LNB
LNB
LNB
LNB
CAM
CAM
CAM
CAM
CAM
CAM
CONTROL
CONTROL
CONTROL
CONTROL
CONTROL
CONTROL
SYNC
STATUS
SYNC
STATUS
SYNC
STATUS
SYNC
STATUS
SYNC
STATUS
SYNC
STATUS
+12V
+12V
+12V
+12V
+12V
+12V
SNS-101
SNS-101
SNS-101
SNS-101
SNS-101
SNS-101
Ref. 5101
Ref. 5101
Ref. 5101
Ref. 5101
Ref. 5101
Ref. 5101
DVB-S Þ IPTV
DVB-S Þ IPTV
DVB-S Þ IPTV
DVB-S Þ IPTV
DVB-S Þ IPTV
DVB-S Þ IPTV
STREAMER
STREAMER
STREAMER
STREAMER
STREAMER
STREAMER
LAN
LAN
LAN
LAN
LAN
LAN
Link
Link
Link
Link
Link
Link
Act
Act
Act
Act
Act
Act
LAN
LAN
LAN
LAN
LAN
LAN
3
4 5 6
7
8
9 10 11 12 13 14 15 16
LAN
SYNC
STATUS
SYNC
STATUS
SYNC
STATUS
+12V
+12V
+12V
On créera 1 ligne de dérivation pour chaque
●
groupe de streamers allant utiliser le même
signal BIS d'entrée (satellite-polarization-
bande). La fonction DiSEqC devra être
activée nécessairement dans les streamers
que reçoivent les câbles de descente (avec
LNBs type "quattro", seulement dans le
streamer que doive procurer le courant de
téléalimentation).
QPSK IN
QPSK IN
QPSK IN
QPSK IN
+V
+V
+V
+V
LNB
LNB
LNB
LNB
75
W
DiSEqC
(+13 V)
RAPPELER :
1. Le courant DiSEqC maximal de chaque
module streamer est 300 mA.
2. Les consommations des LNBs doivent
être considérées pour le calcul de la
consommation totale (à +12 V
station SNS.
LNB
LNB
"quattro"
"quattro"
Multiswitch
QPSK IN
+V
LNB
CAM
carga 75
en cada streamer
W
CONTROL
75
load on every streamer
W
SYNC
STATUS
charge 75
sur chaque streamer
+12V
W
SNS-101
Ref. 5101
DVB-S Þ IPTV
STREAMER
LAN
Link
Act
LAN
SYNC
STATUS
SYNC
STATUS
SYNC
STATUS
+12V
+12V
+12V
AUX INPUT
Gain 5 dB
LNB
"quattro"
QPSK IN
QPSK IN
QPSK IN
QPSK IN
QPSK IN
+V
+V
+V
+V
+V
LNB
LNB
LNB
LNB
LNB
75
75
75
75
W
W
W
W
CC
) de la
CC
SYNC
STATUS
+12V
5
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