The latest range of dSCR switches by Triax offer ultra-low power consumption and include earth bars as standard.
The Triax DSCR 16 way is designed to support a wide range of new and existing multiswitch installations. Each unit has:
• 4 cascadeable LNB inputs from 1 universal Quattro LNB (VL HL VH HH) or 2 Wideband LNB’s
(V & H)
• 1 cascadeable terrestrial trunk input.
• 1 level adjuster for terrestrial signals
• 16 SCR/Legacy outputs
• 1 DC input (for switch, line and LNB powering).
• Earth bars on the Subscriber outputs
• 5 x Quick F connectors
Each output can support a wide variety of satellite receivers :
- In legacy mode, the outputs can be used as a standard multiswitch.
- In SCR mode, each output supports up to 16UBs with all versions of the single cable technology. This includes OLT, SCR, CSS, SKY UK, EN50494 and EN50607.
- As all outputs are independent, the installation can be a mix of legacy and dSCR connections.
- The terrestrial input supports any services that operate between 47 -790MHz, which includes terrestrial TV, DAB and FM reception.
- The trunk outputs allow the cascade of multiple switches, to support large installations.
- The trunk outputs have a 75ohm self-termination toggle switch. If the Switch is the last in the cascade, or a standalone Switch, the toggle switch can terminate the trunk outputs without the need for 75ohm terminators.
- The DC power can be inserted into the switch, on the F connector, or at any point in the system.In cascaded systems, multiple power supplies might be required.
- The equipment should be mounted in a well-ventilated area.
- Connect the power supply to the switch, this can be done via the DC input, or via the Trunk lines. When power is connected, a green LED on the front of the switch should be lit.
- All four Satellite trunks have DC available on inputs and outputs, except if the switch is used as a terminated unit. There is no power on the Terrestrial trunk line. All unused dSCR/Legacy (Tap) outputs should be terminated with a 75-Ohm terminator to maintain good terrestrial signals.
- When a Satellite receiver is connected to the switch, power will be drawn from the Satellite receiver. The amount of power drawn will depend on the type of receiver connected and the number of tuners selected.
- All trunk outputs can be cascaded. If the switch serves as a terminated unit, turn on the switch marked “terminate line outputs”.
Configuration of the Switch
- The Terrestrial trunk has an integrated amplifier, with unity gain on the dSCR output, that can be attenuated by up to 20dB.
- The Satellite input level to the switch, should be between 70dBuV and 100dBuV. There is no adjustment required, as the switch has Automatic Gain Control (AGC) within this dynamic range.
Input Modes: Quattro and Wideband
- The input connections on the product can be configured in either “Quattro mode” or “Wideband mode”.
- When using Quattro LNBs, the toggle switch on the top right hand side of each Switch should be set in the upper position (Quattro LNB). The Switch will then expect to receive, on each of the 4 inputs, a satellite signal from 950 to 2150MHz (Horizontal/Vertical High and Low band).
- When using Wideband LNBs, the toggle switch, on the top right hand side of each Switch should be set in the lower position (Wideband LNB). In this case, Wideband satellite signals from 290 to 2340MHz should be used (Vertical and Horizontal).
- In this mode, 2 Wideband LNBs can be connected, for signal reception from 2 orbital positions. The left Wideband inputs V -H are the DiSEqC position “LNB A”, and the right V -H inputs are the DiSEqC position “LNB B”.
Note: when using the product in wideband mode, the product will automatically make the translation between the input frequency and the output frequency. For example a STB tunes to Horizontal High band, the product will convert the incoming horizontal band 1290-2340MHz into the output range between 1100-2150MHz.
The same is true when using the product as a Wideband dSCR multiswitch. If the STB tunes to a Vertical Low band channel, 1000MHz for example, the multiswitch will take the incoming vertical transponder at 340MHz and convert to Sat IF 1000MHz and output to one of the dSCR output user bands.
Output: Legacy and dSCR
- Independent of the selected input mode, the outputs can support legacy and SCR/dSCR Set Top Boxes.
- At start up, the Switch output works in Legacy mode and can be used as a universal, or a 2 x wideband multiswitch, depending on the position of the toggle switch.
- Inputs - 4 SAT ( 1x Quattro or 2 x wideband) + 1 Terr
- User Outputs - 16 Outputs with 16 User bands
- Impedance Inputs-/Outputs - 75 Ohm
- Frequency Range SAT - 950-2150 MHz
- Frequency Range dCss, Legacy & Wideband - 290-2340 MHz
- Frequency Range TERR - 40-790 MHz, active
- Input Power/dCSS/Legacy - -38 to -8 dBm
- Output Power dCSS/Legacy - 85 (AGC) dBuV (-25dBm)
- Insertion Loss TERR - Typ. 0dB to -5dB
- Attenuation TERR - 0 to 20 dB
- Max. Output Power TERR - 90 dBuV
- Through Loss SAT - Typ. -6 dB
- Through Loss TERR - Typ. -10 dB
- Isolation H/V - 25 dB
- Return loss Inputs/Outputs - 10 dB
- User Band Frequencies - SKY UK, EN50607, EN50494 (automatic selection)
- LNB Supply Voltage - 15-20V
- Max. LNB Current - 1000 mA
- Current Consumption - 160mA @ 18V
- External PSU - YES (15-20V)
- Dimension (LxBxH) mm - 191 x 446 x 52
- Weight - 1980g
- Operating Temperature Range - -20 to 50°C
- DC Connector Type - F Connector