Inverto 6098 Unicable II Multi Switch Installation Guide
- June 12, 2024
- inverto
Table of Contents
Inverto 6098 Unicable II Multi Switch Installation Guide
Thank you for purchasing Inverto’s advanced Unicable II® multiswitch and we are certain it will meet your expectations. Before installing and operating the product, please read the following instructions and recommendations. We suggest that you keep this manual for future use.
Warranty
This Unicable II® multiswitch is designed for the distribution of satellite and terrestrial television and radio signals in home installations. The warranty does not apply for products used for other purposes than those specified herein. The user/installer shall be responsible for any damage incurred as a result of not using the product according to the instructions in this manual.
Installation location
The product shall be installed on a wall or other hard inflammable surface. The product shall be in no case held only with the connected cables. Place the product in a dry environment where it is not exposed to rain or running water. Do not install the product close to heat sources or in places exposed to direct sunlight.
Product installation
To distribute the best signal quality across your installation we recommend
connecting the product inputs and outputs using high-quality coaxial cables
and F-connectors designed for satellite TV distribution. Use a highly shielded
coaxial cables with minimum shielding of 90 dB. If you use wall sockets to
loop-through the STB outputs, make sure the wall sockets were designed for
satellite TV distribution allowing bidirectional signal propagation. The
satellite input ports can be connected directly to a Quattro/ Wideband LNB
(pay attention to the port designations and the correct position of the LNB
type switch SW1) or cascade to another Multiswitch unit. The DC-input port of
the Multiswitch unit powers the satellite trunk lines to power the connected
LNB. It also powers the unit’s built-in Terrestrial amplifier as well as the
Terrestrial amplifier of cascaded units. The Trunk power LED will turn green
when the Trunk lines are powered. The output ports are powered by the
connected STBs to enable super low power consumption of the unit and allow to
power the maximum number of cascaded switches through a single power supply
unit. If a connected STB is not able to power the port, a power inserter can
be utilized*.
- Power Inserter and AC/DC power adapters are not included and can be purchased separately.
Notes:
For optimal performances, satellite loop-through outputs that are not used
shall be terminated with 75 ohm DC-block terminating resistors. The
Terrestrial loop-through output port shall be terminated with a 75 ohm
terminating resistor. It is also recommended to terminate unused STB output
ports with 75 ohm terminating resistors.
Product configuration
Each of the four STB output ports is compatible with either Legacy (13/18VDC, 0/22kHz), DiSEqc1.x/2.0, EN50494 or EN50607 STB models and can detect automatically what type of STB is connected to each port. By default, each port supports 16 User Bands. The list of the User Bands’ default parameters appears on page 6. The Multiswitch unit has a Port Status LED next to each of the four STB ports.
The status LED identifies the mode of the port:
- solid green = Legacy mode.
- blinking green = Unicable (SatCR, EN50494) or Unicable II (dCSS, EN50607).
- off = no voltage detected on the port (only terrestrial signal available on the port)
All the four STB output ports combine the Terrestrial input signal.
Note:
The default configuration of the Multiswitch can be updated using Inverto’s
Programmer device (not supplied with the product and sold as a separate
accessory) and a PC Windows software that can be downloaded from
www.inverto.tv. The following diagram describes a
typical single household installation of the product:
The following diagram illustrates a typical MDU/building installation with two
Wideband LNBs receiving two satellites:
MSW = Multiswitch
The following diagram illustrates reception of four satellites using wide-band
LNBs. Each STB can access any transponder on any of the four satellites:
Note: The four satellite installation requires the output ports of the two Multiswitch units to be connected to an external combiner as shown in the diagram (to provide for DiSEqC 2.0 communication, the combiner should support bidirectional pass through for DC and 22 kHz signals).
Connect the cables from the Quattro/Wideband LNB to the input connectors (pay
attention to identification of the connectors and the correct position of the
LNB type switch) and connect the Terrestrial antenna to Terrestrial input
port:
The number and frequency of the 16 default User Bands available over each STB output port are the following:
Default Unicable II dynamic user bands per output port
EN50607+EN50494 (dCSS+SatCR):
UB1= 1210MHz
UB2= 1420MHz
UB3= 1680MHz
UB4= 2040MHz
UB5= 985MHz
UB6= 1050MHz
UB7= 1115MHz
UB8= 1275MHz
Default UB bandwidth: 46MHz
EN50607 (dCSS):
UB9= 1340MHz
UB10= 1485MHz
UB11= 1550MHz
UB12= 1615MHz
UB13= 1745MHz
UB14= 1810MHz
UB15= 1875MHz
UB16= 1940MHz
Technical parameters
Inputs| 4 x Satellite IF inputs:- From 1x Quattro LNB- From 2x Wideband
LNBs1 x DTT/DAB/FM input from Terrestrial antenna
---|---
Outputs| 4 x loop-through satellite IF outputs 1 x loop-through terrestrial
output4 x EN50494 (SatCR) /EN50607 (dCSS) / Legacy au- to-detect ports with
combined Terrestrial signal
Frequency range| Satellite:- Quattro LNB: 950-2150MHz- Wideband LNB:
290-2350MHz Terrestrial: 40 – 790MHz
Loop-through loss| Satellite: 4dB max. (loss) Terrestrial: 0 +/-2dB
Gain (without AGC)| Satellite (Trunk to Tap, outside of AGC): 25dB min.
Terrestrial (TERR in to Tap): 3 +/-2dB
Input power level| Satellite AGC: -50dBm to -5dBm Terrestrial: 100dBuV max.
Output power level| Satellite (AGC output): -25dBm (83dBuV)
Isolation| Trunk satellite/satellite (input): >30dB Trunk
satellite/terrestrial (input): >30dB Trunk satellite (input) / Tap (output):
26dB
Control protocol| Legacy 13/18V + 0/22kHz, DiSEqC1.x/DiSEqC2.0, EN50494, EN50607
Power consumption| Output port: 365mA max.@11-20V DC, (supplied by the connected STB) DC in port (no LNB load): 100mA max. @18V DC
Power supply to LNB| 500mA max., 18VDC
Dimensions (W x H x D mm)| W=110.24 H=151.86 D=26.00
Temperature range| -20°C ~ +50°C
Ingress Protection| IP54
Optional accessories (not supplied, sold separately):
MDU AC/DC power adapter (EU plug)
Model no.: IDLU-ADPT04-19342-EPM
Item no.: 5582
Input voltage: 100-240VAC, 50/60Hz
Output power: 19VDC, 3.42A
Short circuit protection: Yes
Unit AC/DC power adapter (EU plug)
Model no.: IDLU-ADPT01-19WOO-EPM
Item no.: 5639
Input voltage: 100-240VAC, 50/60Hz
Output power: 19VDC, 940mA
Short circuit protection: Yes
Power Inserter 5-2400MHz, 1000mA max
Model no.: IDLU-PINS03-OOOOO-OBT
Item no.: 5958
Unicable II 2-way splitter, 5-2400MHz
Model: IDLU-USP1O5-OUO2O-OBT
Item: 5660
Unicable II 4-way splitter, 5-2400MHz
Model: IDLU-USP1O5-OUO4O-OBT
Item: 5709
Unicable II 8-way splitter, 5-2400MHz
Model: IDLU-USP1O5-OUO8O-OBT
Item: 5710
SatPal controller
Model: IDLU-SPAL03-OOOBT-OPP
Item: 5415
Safety
- Never open a powered product. This may result in electrical hazard.
- Never work on the product, TV set or other powered devices during or before a storm. A lightning strike into the antenna may cause dangerous overvoltage over the product’smetallic/conductive parts.
- Make sure the local electricity network corresponds to the operating voltage of the AC/ DC adaptor. If the products gets into contact with liquid it must be disconnected from the main power.
- It is recommended to disconnect the product from the main power if it is not used for long periods of time.
- When disconnecting the product don’t pull the cable but the plug to prevent damage of the cable (wobbly plugs and outlets result in fire risk).
- The product shall be serviced by qualified experts only.
Troubleshooting
Make sure the satellite antenna and LNB are properly fixed, connected and adjusted and that the satellite receivers are installed, connected and switched on according to available instructions. Ensure there is no short circuit on the product inputs. This will prevent power to the LNB. If this is the case, disconnect the product from the main power, and then find and remove the short circuit on the product inputs. Then re-connect the multiswitch to the main power. Frequent defects are in connector joints i.e. if the central conductor is too short and fails to make contact in the connector. Also the shielding braid should make proper contact with the connector coat. Sometimes a reset to the multiswitch microprocessor is sufficient to remove a fault: simply disconnect the multiswitch from main power for 30 seconds and then reconnect again. If you are unable to remove the fault yourself, please contact your distributor.
Disposal
Following relevant EU directives, this device shall not be disposed of
together with municipal waste. Use local waste collection and recycling
systems to dispose wore out products.
Compliance
FTA Communication Technologies S.á r.l declares that the Multiswitch product
is in compliance with Directive 2014/53/EU (RED). The full text of the EU
declaration of conformity is available at:
www.inverto.tv/support_dc
FTA Communication Technologies S.á r.l declares that the radio equipment type
LNB is in compliance with the UK Radio Equipment Regulations 2017, Electrical
Equipment (Safety) Regulations 2016 & Electromagnetic Compatibility
Regulations 2016.
Designated standards: EN303372-2, EN55032, EN55035, EN 62368
The full text of the UKCA declaration of conformity is available at:
www.inverto.tv/support_dc