Skyedge pro инструкция по эксплуатации

Revised: 3-Jun-10

DataSat II

SkyEdge IP and Pro Installation and Monitoring

Version 052006

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1. Introduction and Overview ………………………………………………………………………………..7

1.1 Background and Purpose …………………………………………………………………………….7

1.2 SkyEdge VSAT Expansion Cards ………………………………………………………………….10

1.3 LCD Display and Keypad……………………………………………………………………………..11

1.4 Inter-Facility Link (IFL) Cables………………………………………………………………………12

1.4.1 Coaxial Cables………………………………………………………………………………….12

1.4.2 LAN Cable ……………………………………………………………………………………….12

2. Configuring the VSAT ……………………………………………………………………………………….13

2.1 Data Required ……………………………………………………………………………………………13

2.2 Configuring the VSAT via the LCD Keypad……………………………………………………..14

2.3 Configuring SkyEdge VSATs via SkyManage Web Page …………………………………15

2.3.1 Accessing the SkyManage Web Page …………………………………………………15

2.3.2 Configuring the VSAT……………………………………………………………………….20

2.4 Configuring a VSAT using a File ………………………………………………………………….23

2.4.1 Saving the Configuration as a File………………………………………………………23

2.4.2 Uploading a File to a VSAT ……………………………………………………………….25

2.4.3 Modifying VSAT Parameters ……………………………………………………………..25

2.5 Reset VSAT……………………………………………………………………………………………..25

3. VSAT Installation ……………………………………………………………………………………………27

3.1 Grounding ……………………………………………………………………………………………….27

3.2 VSAT Physical Connections ……………………………………………………………………….28

3.3 Mesh VSAT Physical Connections……………………………………………………………….29

3.4 Using the VSAT as a Pointing Device …………………………………………………………..30

3.5 Initial Boot-Up…………………………………………………………………………………………..32

3.5.1 Monitoring via the LCDs ……………………………………………………………………32

3.5.2 Monitoring via the SkyManage Web Page ……………………………………………33

3.6 Activating CW…………………………………………………………………………………………..36

3.6.1 Activating CW from the LCD Keypad…………………………………………………..36

3.6.2 Activating CW from the SkyManage Web Page …………………………………….38

4. VSAT Monitoring and Troubleshooting …………………………………………………………….39

4.1 Using LCD Display ……………………………………………………………………………………39

4.2 Monitoring Using SkyManage Web Page ………………………………………………………40

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Figure 1: SkyEdge Pro VSAT (front view) …………………………………………………………….. 7

Figure 2: SkyEdge IP VSAT (front view) ………………………………………………………………. 7

Figure 3: SkyEdge IP VSAT Version 3 (front view) ………………………………………………… 7

Figure 4: SkyEdge Call VSAT (front view) ……………………………………………………………. 8

Figure 5: SkyEdge Pro VSAT (rear view) ……………………………………………………………… 8

Figure 6: SkyEdge IP VSAT (rear view) ……………………………………………………………….. 8

Figure 7: SkyEdge IP VSAT with External Power Supply (rear view) ………………………… 9

Figure 8: SkyEdge IP VSAT Version 3 (rear view) …………………………………………………. 9

Figure 9: SkyEdge Call VSAT (AC type rear view)…………………………………………………. 9

Figure 10: SkyEdge Call VSAT (DC type rear view)……………………………………………….. 9

Figure 11: Mesh Card with RF Splitter …………………………………………………………………. 11

Figure 12: LCD Display and Keypad ……………………………………………………………………. 11

Figure 13: SkyManage Home Page …………………………………………………………………… 17

Figure 14: Info Page Before Configuration………………………………………………………….. 18

Figure 15: Telemetry Page ………………………………………………………………………………. 19

Figure 16: CPU Utilization Graph………………………………………………………………………. 19

Figure 17: Password……………………………………………………………………………………….. 20

Figure 18: Setup…………………………………………………………………………………………….. 20

Figure 19: Configuration Parameters …………………………………………………………………. 21

Figure 20: Confirm Configuration Parameters……………………………………………………… 22

Figure 21: Submit Successful …………………………………………………………………………… 23

Figure 22: Setup from file ………………………………………………………………………………… 24

Figure 23: Save as file…………………………………………………………………………………….. 24

Figure 24: Setup file ……………………………………………………………………………………….. 25

Figure 25: Reset VSAT……………………………………………………………………………………. 26

Figure 26: Confirm Reset VSAT………………………………………………………………………… 26

Figure 27: Reset VSAT Successful ……………………………………………………………………. 26

Figure 28: SkyEdge IP VSAT – Grounding Pin ……………………………………………………. 27

Figure 29: SkyEdge Pro VSAT – Grounding Pin ………………………………………………….. 27

Figure 30: ODU and Cable Connections …………………………………………………………….. 28

Figure 31: Mesh VSAT Physical Connections ……………………………………………………… 29

Figure 32: Antenna …………………………………………………………………………………………. 31

Figure 33: VSAT LEDs ……………………………………………………………………………………. 32

Figure 34: Boot Code and Outbound Locked ………………………………………………………. 33

Figure 35: Download Software………………………………………………………………………….. 33

Figure 36: Outbound Locked in Operational Code ……………………………………………….. 34

Figure 37: VSAT Authenticated with Sync and Satellite Link Up …………………………….. 34

Figure 38: Access Scheme Defined …………………………………………………………………… 35

Figure 39: Active VSAT …………………………………………………………………………………… 35

Figure 40: VSAT Info page for Active VSAT………………………………………………………… 36

Figure 41: CW Off…………………………………………………………………………………………… 38

Figure 42: CW On…………………………………………………………………………………………… 38

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Table 1: VSAT Types and Plug-in Cards. ……………………………………………………………..10

Table 2: Keypad Functions………………………………………………………………………………….12

Table 3: VSAT Installation Parameters………………………………………………………………….13

Table 4: Configuration Parameters……………………………………………………………………….22

Table 5: LED Boot Sequence ……………………………………………………………………………..32

Table 6: VSAT Monitoring Menus…………………………………………………………………………39

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About This Manual

This section describes the objectives, audience, document layout and conventions of the SkyEdge

VSAT Installation and Monitoring manual.

Objectives

This manual provides detailed instructions how to configure, install and monitor the operation of the SkyEdge Pro, IP, Call or Gateway VSAT.

How to Use This Manual

This manual is to be used by a trained installer in order to configure and install a VSAT. The stepby-step procedures are to be closely followed in order to ensure that he configuration and installation will be successful.

Audience

This manual is designed for trained personnel who will be responsible for the configuration, installation and monitoring of VSATs in a SkyEdge network.

Organization

The table below contains a list of the chapters in the manual, the chapter titles and a short description of the material contained in each chapter.

Chapter Chapter Title Description

Chapter 1

Chapter 2

Chapter 3

Chapter 4

Introduction and Overview

Configuring the VSAT

VSAT Installation

VSAT Monitoring and Troubleshooting

Contains a brief description of the VSAAT and its

LCD keypad that is used for configuration

Contains details instructions on how to configure the VSAT using the LCD keypad or the

SkyManage web page

Instructs how to connect and boot-up a VSAT to a previously pointed antenna and how to ground the

VSAT. Shows how to use the VSAT as a pointing device. Contains instructions on how to broadcast a CW from the VSAT

Describes the menus and their parameters that are shown when the VSAT is in operation. These can be helpful in troubleshooting the VSAT operations.

Boldface font

Italic font

Screen font

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Conventions

This manual uses the following conventions to convey instructions and information:

Convention Description

Commands and keywords

The result of an instruction or command

Information to be typed into a form or dialog

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1. Introduction and Overview

1.1 Background and Purpose

In order to enable a VSAT to come on line it has to be configured with a minimum number of parameters that are used to enable the VSAT to boot up. Currently, this operation is performed using the LCD panel and keypad located on the front of the SkyEdge Pro or IP VSATs. There is no requirement for a PC (laptop or desktop) to configure the VSAT. The SkyEdge Pro VSAT is shown in Figure 1 (front) and Figure 5 (rear). The IP VSAT is shown in Figure 2 (front) and Figure

6 (rear). The SkyEdge IP VSAT Version 3 (Figure 3) and SkyEdge Call VSAT (Figure 4) are configured using the internal web page. This procedure is found in Section 2.3.

Figure 1: SkyEdge Pro VSAT (front view)

Figure 2: SkyEdge IP VSAT (front view)

Figure 3: SkyEdge IP VSAT Version 3 (front view)

Figure 4: SkyEdge Call VSAT (front view)

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Figure 5: SkyEdge Pro VSAT (rear view)

Figure 6: SkyEdge IP VSAT (rear view)

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Figure 7: SkyEdge IP VSAT with External Power Supply (rear view)

Figure 8: SkyEdge IP VSAT Version 3 (rear view)

Figure 9: SkyEdge Call VSAT (AC type rear view)

Figure 10: SkyEdge Call VSAT (DC type rear view)

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The VSAT can be in either one of two modes, Boot or Operational. The configuration parameters can only be modified while the VSAT is in Boot mode. This ensures that no changes can be made in the basis VSAT configuration parameters to a VSAT that is live in a network. All changes to such a VSAT will be made from the NMS.

1.2 SkyEdge VSAT Expansion Cards

The SkyEdge Pro and Gateway VSATS can contain expansion cards that give additional capabilities to the VSAT. The possible locations of the expansion cards are shown in Table 1.

Table 1: VSAT Types and Plug-in Cards

VSAT Type

SkyEdge IP

SkyEdge PRO

SkyEdge

Gateway

Optional Plug-in Cards Plug-in Cards Combinations and Limitations

None None

Single Line – one FXS port

Dual Line – two FXS ports

Quad Line – four FXS ports

Any combination of 1-12 FXS lines, limited by the number of available slots

Quad LAN

Serial Async/Sync

Quad LAN can be installed only in slot 3. Only one

Quad LAN card can be installed in the VSAT. When the Quad LAN card is installed, the on-board LAN is disabled.

Up to 3 cards per VSAT (3 x DB-25 interfaces per

SkyEdge Pro), limited by the number of available slots.

Dual Serial Async (DB-9)

Mesh Receiver

Up to 3 cards per VSAT (6 x DB-9 interfaces per

SkyEdge Pro), limited by the number of available slots.

Mesh Receiver can be installed only in slot 1. One card per SkyEdge Pro IDU.

Single Line – one FXS port

Dual Line – two FXS ports

Quad Line – four FXS ports

Any combination of 1-8 FXS lines, limited by the number of available slots.

E1 Interface

Serial Async/Async (DB-25)

Dual Serial Async (DB-9)

Mesh Receiver

Quad LAN

E1 interface card must be installed in a basic SkyEdge

Gateway IDU.

E1 card will always be installed in slot 2 to avoid any configuration limitations.

Up to 2 cards per VSAT (2 x DB-25 interfaces per

SkyEdge Gateway) limited by the number of available slots.

Up to 2 cards per VSAT (4 x DB-9 interfaces per

SkyEdge Gateway) limited by the number of available slots.

Mesh Receiver can be installed only in slot 1. One card per SkyEdge Pro IDU.

Quad LAN can be installed only in slot 3.

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When a Mesh card is installed, the RF IN port on the Mesh card and the RF IN port on the VSAT are connected with an RF splitter, supplied by Gilat, as shown in Figure 11.

Figure 11: Mesh Card with RF Splitter

1.3 LCD Display and Keypad

The VSAT LCD display and keypad are shown in Figure 12

Figure 12: LCD Display and Keypad

The keypad is used to configure the VSAT in Boot mode and to navigate through the display in both Boot and Operational modes. An explanation of the functions is found in Table 2.

Operation Mode

Scroll through menu

Scroll through menu

Inactive

Inactive

Enter the sub-menu

Exit to the previous menu

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Table 2: Keypad Functions

Key Description Boot Mode

Up Arrow ▲

Down Arrow ▼

Scroll through menu

Increase number of digits displayed

Scroll through menu

Decrease number of digit displayed

Left Arrow ◄

Right Arrow ►

Enter

Esc

Move left to next character

Move right to next character

Enter the sub-menu

Enter the displayed or selected data

Exit and save the displayed or selected data

Exit to the previous menu

Exit and ignore the displayed or selected data

1.4 Inter-Facility Link (IFL) Cables

1.4.1 Coaxial Cables

The Inter-Facility Link between the ODU and IDU provides a full duplex communication path between the two units. It consists of two coaxial cables: IFL Tx and IFL Rx. In general, no line amplification is required for cables less than 50 meters in length. For lengths over 50 meters consult your Gilat representative for additional information and specifications.

1.4.2 LAN Cable

All of the LAN cables used are type CAT-5. Ethernet hubs or switches are used to connect multiple PCs to the SkyEdge VSAT. The maximum length of a LAN cable is 100 meters (325 feet).

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2. Configuring the VSAT

2.1 Data Required

Prior to configuring a VSAT verify that the following parameters have been supplied by the hub operations staff using the spreadsheet supplied by Gilat. The parameters are found in Table 3.

For two of the parameters (OB Modulation and OB Code Rating) a number is entered that represents a predetermined modulation or FEC rate.

Parameter

Password

OB Modulation

OB Coding Rate

ODU Initial Offset

Table 3: VSAT Installation Parameters

OB Frequency (KHz)

OB Data Rate (bps)

OB ID

DVB Reduced Latency (For telephony only)

Management PID

Workgroup ID

Software Group ID

VSAT ID

DHCP

Code Entered and Value

44528

0 – QPSK

1 – QPSK Turbo

2 – 8PSK Turbo

0 – ½

1 – ¼

2 – 2/3

3 – ¾

4 – ¾:205

5 – ¾:21

6 – ¾:26

7 – 5/6

8 – 6/7

9 – 7/8

10 – 8/9

Disabled

Enabled

1 – ON

0 — OFF

The value is obtained from the ODU. The value entered is with the opposite sign. For example; if the Initial Offset value on the ODU is 300, the value entered is – 300.

2.2 Configuring the VSAT via the LCD Keypad

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To configure the VSAT parameters using the LCD display:

1. Verify that nothing is connected to the VSAT except for the power cable.

2. Turn the VSAT power switch to On.

Result: The VSAT PWR LED turns on and VSAT Information appears on the LCD display.

3. When the Tx LED starts blinking press Esc.

4. Press Down (▼) twice.

Result: VSAT Configuration appears on the LCD display.

5. Press Enter.

Result: PASSWORD appears on the LCD display

6. Press Enter.

Result: The first digit flashes.

7. Enter the first digit of password given by pressing the up (▲) or down (▼) arrow and press the right arrow (►).

Result: The next digit flashes.

8. Repeat step 7 until all of the digits of the password have been entered.

9. Press Enter.

Result: If the password has been entered correctly, Access Granted flashes in the

LCD display followed by CW Test.

If the password has not been entered correctly, Access Denied appears.

10. Press the down arrow (▼) and press Enter.

Result: OB Modulation appears on the LCD display

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11. Enter the code for the Outbound Modulation from Table 3. Press Enter.

Result: Saved flashes on the LCD display.

12. Repeat Steps 10 and 11 for the following parameters:

Outbound Coding Rate

Outbound Frequency

Outbound Data Rate

Outbound ID

DVB Reduced Latency

Management PID

Workgroup ID

Software Group ID

VSAT ID

DHCP

13. Press the down arrow (▼) and press Enter. Enter the ODU Initial Offset Value found on the ODU with the opposite sign.

14. Press Enter.

At this point the VSAT configuration is complete.

2.3 Configuring SkyEdge VSATs via SkyManage Web Page

All SkyEdge VSATs can be configured via the SkyManage web page contained in the factory installed Boot Code version 2.0.3.3 or higher. SkyEdge Call VSATs and SkyEdge IP VSATs

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Version 3 must be configured using this procedure because they do not have a keypad or LCD display.

2.3.1 Accessing the SkyManage Web Page

The SkyManage web page can be accessed in a number of different ways:

Via a PC using a cross LAN cable

Via a PC with a wireless link. A wireless adapter is inserted in the VSAT LANport.

Via a PDA (Palm type device) running Microsoft Mobile 2003 or Palm OS with PalmOne

Blazer (V4.0 or higher) web browser. Either a cross LAN cable or a wireless connection can be used.

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1. To open the SkyManage web page type 192.168.1.1 in the address bar and click to open.

Result: The SkyManage home page opens (Figure 13).

Figure 13: SkyManage Home Page

The home page, viewable by all users, contains the following information (for an operational

VSAT additional parameters are shown):

The VSAT type is indicated by the picture in the upper right corner (Pro VSAT in this case)

The VSAT status (in this case Boot) is shown by the logo in the upper left corner

Active code type — Boot or Operational

Outbound Lock state – Unlocked or Locked

LAN Port – speed and duplex mode mode

Powering mode – Normal/Low Power/Power Save

Operation time – time since VSAT was powered on or reset

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2. Click Info to open the page (Figure 14) showing the hardware and software components of the VSAT

Figure 14: Info Page Before Configuration

The Info page, viewable by all users, contains the following:

Identity – VSAT ID (if configured), part number and serial number (factory assigned)

Hardware – identifies the hardware version of the main board and any expansion cards present

Software – lists the factory boot version, active boot version and operation version of the

VSAT. A VSAT that has never received operational code will have a message instead of the code version.

Networking – lists the MAC address, Admin IP address and Admin subnet mask

(factory assigned)

3. Click Telemetry to view the available telemetries (Figure 15).

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Figure 15: Telemetry Page

This page shows the CPU Utilization and Rx Signal EbN0 (for offline VSATs the value is 0).

4. To view a graphical presentation of the telemetry, click on the Graph button next to the telemetry bar graph.

Result: The CPU Utilization Graph appears (Figure 16).

2.3.2 Configuring the VSAT

To configure the VSAT from the SkyManage web site:

1. Click Installer.

Result: The Password screen opens (Figure 17).

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Figure 17: Password

2. Type the User name inst and Password $Sat2598$ and click OK.

Result: The Setup page opens (Figure 18).

Figure 18: Setup

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3. Enter all of the configuration parameters as shown in Figure 19 and explained in Table 4.

Figure 19: Configuration Parameters

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Parameter Type

General

Table 4: Configuration Parameters

Parameter

VSAT ID

Workgroup Address

Software Group Address

Manage PID

Outbound ID

Software Download

Explanation

Assigned in NMS

Enable or Disable

Bott-time Options

Software Download Timeout

DHCP

ODU Constant Drift

LNB Installation

ODU Type

Needs to be entered when configuration parameters are modified to prevent VSAT from not rebooting

Enable or Disable

Value is found on ODU

Frequency

Data Rate

Modulation

Outbound Frequency

Outbound Data Rate

DVB, Advanced QPSK or

8PSK

Modulation and Coding

Coding Rate

½, 2/3, 3/4 2.05, ¾ 2.1, 5/6,

7/8, 8/9

DVB Reduced Latency (for telephony only)

Disable or Enable

4. When all of the parameters have been entered, click Submit.

Result: The confirmation message appears (Figure 20).

5. Click OK.

Figure 20: Confirm Configuration Parameters

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Result: The Submit Successful message appears (Figure 21).

2.4 Configuring a VSAT using a File

Figure 21: Submit Successful

When multiple VSATs are configured, the changes between them are minimal. In order to simplify the configuration process, the configuration of one VSAT cab used for others using the procedure in this section. The parts of the procedure are as follows:

Save the configuration to a PC as a file

Upload the file to the VSAT to be configured

Modify the parameters as necessary (in all cases the VSAT ID must be changed

2.4.1 Saving the Configuration as a File

To save a VSAT configuration as a file:

1. After submitting the configuration, click Setup from File.

Result: The Setup from file page opens (Figure 22).

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Figure 22: Setup from file

2. Click Save current setup parameters to file.

Result: The Save as file message appears (Figure 23).

Figure 23: Save as file

3. Click Save.

Result: A Save As dialog box opens.

4. Save the file to the desired location. It is recommended that the file be saved to the

Desktop.

A sample file is shown in Figure 24.

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Figure 24: Setup file

2.4.2 Uploading a File to a VSAT

To upload a file to a VSAT:

1. On the Setup from file page, click Browse (Figure 22).

2. Browse to the location of the file and click Load.

Result: The parameters are loaded to the VSAT.

2.4.3 Modifying VSAT Parameters

To modify the VSAT parameters that are different from the ones in the imported file, go to Section

2.3.2 and start at step 3.

2.5 Reset VSAT

To reset a VSAT:

1. On the Installer page, click Reset.

Result: The Reset VSAT page opens (Figure 25).

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Figure 25: Reset VSAT

2. Click Reset VSAT.

Result: The Confirm Reset VSAT message appears (Figure 25).

Figure 26: Confirm Reset VSAT

3. Click OK.

Result: The Reset VSAT Successful message appears (Figure 27).

Figure 27: Reset VSAT Successful

3. VSAT Installation

3.1 Grounding

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To connect the VSAT to “ground”:

1. Connect one end of the grounding wire to the Grounding Pin of the VSAT

(Figure 28 for IP VSAT or Figure 29 for Pro VSAT) and tighten the bolt in order to secure the connection.

Figure 28: SkyEdge IP VSAT – Grounding Pin

Figure 29: SkyEdge Pro VSAT – Grounding Pin

2. Connect the other end of the grounding wire to the common ground, if possible, or to the nearest local grounding point (for example – a water pipe).

3.2 VSAT Physical Connections

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To connect the VSAT to the ODU and Antenna perform the following:

1. Connect the IFL cables to the ODU as shown in Figure 30.

Figure 30: ODU and Cable Connections

2. Place the VSAT on a flat surface with the rear panel facing towards you as shown in Figure 5 for the SkyEdge Pro VSAT and Figure 6 for the SkyEdge IP VSAT.

3. Connect the coaxial cable labeled RF IN to the RF-IN connector on the VSAT.

4. Connect the cable marked RF OUT to the RF OUT connector on the VSAT.

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5. Insert the power cord into the power socket (No. 1) on the VSAT and then into the local power supply.

6. Turn the power switch ON.

3.3 Mesh VSAT Physical Connections

To connect the VSAT to the ODU and Antenna perform the following:

1. Connect the IFL cables to the ODU as shown in Figure 30.

2. Place the VSAT on a flat surface with the rear panel facing towards you as shown in Figure

31.

Figure 31: Mesh VSAT Physical Connections

3. Connect the cable marked RF OUT to the RF OUT connector on the VSAT.

4. Connect the cable marked RF IN to the Input connector on the splitter.

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5. Connect one of the cables from the Mesh Kit to the RF IN connector on the VSAT and to the

DC+OUT connector on the splitter (Figure 31) or the OUT connector with the diagonal line

(Figure 11) depending upon the type of splitter supplied.

6. Connect the other cable from the Mesh Kit to the Mesh Receiver RF IN connector on the mesh card and to the other OUT connector on the splitter.

7. Insert the power cord into the power socket (No. 1) on the VSAT and then into the local power supply.

8. Turn the power switch ON.

3.4 Using the VSAT as a Pointing Device

The VSAT can be used as a pointing device to assist in the final pointing of the VSAT antenna.

To use the VSAT as a pointing device:

1. Verify that the VSAT power is turned off.

2. Install the antenna and adjust the azimuth and elevation angles in accordance with the worksheet received from the hub.

3. Connect the coaxial cable labeled RF IN to the RF-IN connector on the VSAT.

4. Connect the other end of this coaxial cable to the LNB.

5. Connect the cable marked RF OUT to the RF OUT connector on the VSAT.

6. Connect the other end of this coaxial cable to the ODU.

7. Power on the VSAT.

8. Log on to the SkyManage web page according to the instructions in Section 2.3.1.

9. Log on to the Installation page according to the instructions in Section 2.3.2, steps 1 and 2.

10. Click Antenna.

Result: The Antenna page appears (Figure 32).

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The device works by reading the outbound signal received by the VSAT. As the antenna position is adjusted, the strength of the signal is indicated simultaneously in two different forms:

Bar graph with Eb/N0 reading

Figure 32: Antenna

Audio signal through speaker. The higher the pitch and strength of the sound, the higher the reading.

The optimal angle is achieved when the indicators are at their maximum values.

11. Activate the speaker by clicking on it.

12. Loosen the azimuth lock bolt and slowly rotate the antenna from side to side until you pass the maximum signal strength, as indicated on the screen and speaker.

13. Set the antenna to the position where the readings are at their highest, and tighten the azimuth lock bolt.

14. Loosen the elevation lock bolt and slowly rotate the antenna from side to side until you pass the maximum signal strength, as indicated by the readings.

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15. Set the antenna to the position where the readings are at their highest, and tighten the elevation lock bolt.

3.5 Initial Boot-Up

3.5.1 Monitoring via the LCDs

After successfully assembling the ODU and antenna and pointing the antenna, the IFL (coax) cables are connected to the VSAT as described in the previous section and the power switch is turned on or the external power supply is plugged in. At this point the LEDs on the VSAT (Figure 33) flash in accordance with Table 5.

Mode

Boot Mode

Operational Mode

Figure 33: VSAT LEDs

Table 5: LED Boot Sequence

LED Status

PWR On

Tx

On-Line

Flash On and Off

Flash On and Off

SYNC

Rx

Tx

Flash On and Off

Flash On and Off

Flashes On and Off for 5 seconds

Rx On

Rx Off

Rx On

SYNC On

Tx

On-Line

SYNC

Tx

Flash On and Off

On

Off and On

Flashes

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At this point the VSAT should be operating normally and web browsing can successfully carried out.

3.5.2 Monitoring via the SkyManage Web Page

This section details what is shown on the SkyManage web page after successfully assembling the

ODU and antenna and pointing the antenna, the IFL (coax) cables are connected to the VSAT, the power switch is turned on or the external power supply is plugged in and the VSAT is reset as shown in Section 2.5. The captures in this section are from different pages on the web site.

1. The Outbound locks on while the VSAT is still in Boot code mode.

Figure 34: Boot Code and Outbound Locked

2. The VSAT downloads the software tables.

Figure 35: Download Software

3. The Outbound locks on in Operational code mode.

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Figure 36: Outbound Locked in Operational Code

4. The VSAT is Authorized (Sync up, Satellite link up).

Figure 37: VSAT Authenticated with Sync and Satellite Link Up

5. The Access scheme is listed and the first packets may be transferred.

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Figure 38: Access Scheme Defined

6. The VSAT is shown to be fully active (HTTP acceleration is only active with embedded RPA, which is an optional feature).

Figure 39: Active VSAT

7. The VSAT Info page is updated.

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Figure 40: VSAT Info page for Active VSAT

3.6 Activating CW

3.6.1 Activating CW from the LCD Keypad

If the commissioning of the VSAT cannot successfully be carried out from the hub it will be necessary to initiate a CW broadcast from the VSAT. In this case, the VSAT will stay in Boot mode and no Operational code will be downloaded. This procedure is carried out from the LCD and keypad as follows:

1. Turn the VSAT power switch to Off and then On.

Result: The VSAT PWR LED turns on and VSAT Information appears on the

LCD display.

2. When the Tx LED starts blinking press Esc.

3. Press Down (▼) twice.

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Result: VSAT Configuration appears on the LCD display.

4. Press Enter.

Result: PASSWORD appears on the LCD display.

5. Press Enter.

Result: The first digit flashes.

6. Enter the first digit of password given by pressing the up (▲) or down (▼) arrow and press the right arrow (►).

Result: The next digit flashes.

7. Repeat step 6 until all of the digits of the password have been entered.

8. Press Enter.

Result: If the password has been entered correctly, Access Granted flashes in the

LCD display followed by CW Test.

If the password has not been entered correctly, Access Denied appears.

9. Press Enter.

Result: CW Frequency appears on the LCD display.

10. Press Enter and enter the CW Frequency in kHz. When the frequency is entered, press

Enter.

Result: Frequency Saved flashes on the LCD display.

11. Press the down arrow (▼) and press Enter. Press the up arrow (▲) and press Enter.

Result: The CW status is changed to ON (1). CW ON for 30 minutes appears on the

LCD display.

12. Carry out the commissioning and co-pole/cross-pole tests with the hub operations staff. When the commissioning process is completed, press Enter. Press the down arrow (▼) and press

Enter.

Result: The CW status is changed to OFF (0). CW OFF appears on the LCD display.

13. Turn the VSAT power switch to Off and then On. The VSAT should reboot as described in

Section 3.3 and the VSAT operational code should be downloaded.

3.6.2 Activating CW from the SkyManage Web Page

38 / 40

If the commissioning of the VSAT cannot successfully be carried out from the hub it will be necessary to initiate a CW broadcast from the VSAT. In this case, the VSAT will stay in Boot mode and no Operational code will be downloaded.

To send a CW to the hub:

1. On the Install page, click CW.

Result: The CW page opens. The CW Off dialog box (Figure 41) is located in the middle of the

page

Figure 41: CW Off

2. Type the CW Frequency and Duration (maximum 3600 seconds/default 1800 seconds) and click On.

Result: The CW is sent to the hub and CW On appears (Figure 42)

Figure 42: CW On

3. Click Off to stop the CW signal as soon as approval is received from the Hub.

39 / 40

4. VSAT Monitoring and Troubleshooting

4.1 Using LCD Display

The LCD display contains a number of menus that can be used to monitor the performance of the

VSAT during normal operations and aid in the troubleshooting when there are problems. When the VSAT boots, the first item that appears on the LCD display is the VSAT ID. This can be very important when there is a major problem as the client can at least inform the hub operations staff as to which VSAT is having difficulties. The second display contains the date and time, as received from the hub. The remaining parameters displayed are found in Table 6.

Table 6: VSAT Monitoring Menus

Menu Parameter Explanation

VSAT Status Menu

VSAT Access Parameters

Sync Status

Satellite Link

RPP Satellite Link

Active Power Mode

IB Data Packets

IB UData Packets

OB Data Packets

OB UData Packets

Time Since Last Wake Up

Authentication

Authorization

Main OB Modulation

Main OB Code Rate

Main OB Frequency

Main OB DataRate

Alt OB Modulation

Alt OB Code Rate

Alt OB Frequency

OB ID

DVB Deduced Latency

Sync PID

Management PID

Workgroup ID

Software Group ID

IB Reference Frequency

IB Start Frequency

IB Stop Frequency

IB Channel Step

RA Symbol Rate

RA MTV (MI)

DA Symbol Rate

DA MTV (MI)

Synchronized when VSAT is operating properly

Up or Down (with cause)

Up or Down

Normal or Power Save

Inbound numbered LAPU packets

Inbound un-numbered LAPU packets

Outbound numbered LAPU packets

Outbound un-numbered LAPU packets

Time since last reboot

Authenticated or Not Authenticated

Full Access or No Access

Disabled or Enabled

40 / 40

VSAT Access Parameters

(continued)

Telephony Menu

Telephony Info

Telephony Menu

Pulse Metering

Datacom Menu

Data MTU (MI)

Tables Parameter Version

Distribution Parameters Version

VRPP Version

VUI Version

Remote Type

Compression Type

Remote IP Address

Site ID

DCAS Status

Registration Status

RBRT Beacon

Card No. Time and Pulses

Card No. Port No.

DRPP Version

Star/Mesh/Multistar

Alive or Down

Registered OK or Not Registered

Time and pulses for each card port

Version of Current DRPP Code

BB Status

RPA

OB Encryption

OB Compression

IB Encrytion

IB Compression

VSAT IP Address

Data Packets Rx

Data Packets Tx

LAN Packets Rx

LAN Packets Tx

Up when link is established

Enabled when Up

Enabled or Disabled

Enabled or Disabled

Enabled or Disabled

Enabled or Disabled

IP Address used by VSAT

Data packets received

Data packets sent

LAN packets received

LAN packets sent

4.2 Monitoring Using SkyManage Web Page

The SkyManage can be used for monitoring as shown in Figure 39 and Figure 40.

This document contains information proprietary to Gilat Satellite Networks Ltd. and may not be reproduced in whole or in part without the express written consent of Gilat Satellite

Networks Ltd. The disclosure by Gilat Satellite Networks Ltd. of information contained herein does not constitute any license or authorization to use or disclose the information, ideas or concepts presented. The contents of this document are subject to change without

prior notice.

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Table of Contents for Gilat Satellite Networks SkyEdge II:

Questions, Opinions and Exploitation Impressions:

You can ask a question, express your opinion or share our experience of Gilat Satellite Networks SkyEdge II device using right now.

This installation note is applicable for SkyEdge II-c Capricorn Pro 4 AC series:

To install the SkyEdge II-c Capricorn Pro 4 CPE, the installer must:

Be trained in installing the SkyEdge II-c Capricorn Pro 4 CPE

•

•

Be familiar with the SkyEdge II-c CPE Installation Manual (DC-103322-X)

Have the CPE configuration parameters available

•

The SkyEdge II-c Capricorn Pro 4 CPE is designed to be installed on a shelf in a 19-inch rack, secured to the cabinet

by the rack mount ears.

The CPE can be installed with either front or rear panel facing forward. By default, the CPE is supplied with rack-

mount front ears secured to the front panel. The installation kit includes an additional pair of rack-mount back ears for

securing to the CPE rear panel to install the CPE with the rear panel facing forward.

The CPE may contain a built-in DC Inserter.

Unpacking Guidelines

1. Unpack the Capricorn Pro 4 CPE unit and its accessories.

2. Compare with the supplied BOM and verify that all the items are supplied in good condition.

VSAT AC and DC power supplies are provided by Gilat. If the power to the VSAT is not through an

AC or DC adaptor (e.g., batteries, solar panels, rectifier ETC), the power solution must be approved by

the Gilat Technical Support.

T

CPE

HE



CABLE TO THE GROUNDING STUD ON THE REAR OF THE

GROUND CONNECTION

T

CPE

HE



T



HE POWER CABLE MUST BE DISCONNECTED FROM THE

General Precautions

•

Do not block the ventilation openings of the CPE or place any object on top of the CPE.

•

Do not place the CPE in a location that would deviate from typical ambient environmental conditions of

temperature, humidity, and moisture.

B

EFORE INSTALLING THE UNIT

PROVIDE PROTECTION AGAINST VOLTAGE SURGES AND STATIC CHARGES

S

810

ECTION

E

LECTRICAL

SUPPORTING STRUCTURE

GROUNDING CONDUCTORS

ELECTRODES AND REQUIREMENTS FOR THE GROUNDING ELECTRODE

Connecting Grounding Cable

Connect the grounding cable (GND) from the CPE to the approved site.

Connecting Power

T

HE UNIT MAY HAVE MORE THAN ONE POWER CORD

ALL POWER CORDS BEFORE SERVICING THE UNIT

1

Capricorn Pro 4 Installation Note

MUST BE GROUNDED PRIOR TO INSTALLATION BY ATTACHING ONE END OF THE GROUNDING

. 18AWG

GROUNDING CABLE SHOULD BE USED

MUST BE CONFIGURED PRIOR TO ATTACHING THE

,

VERIFY THAT THE ANTENNA AND

US N

E

OF THE

ATIONAL

LECTRICAL

C

ODE PROVIDE INFORMATION WITH REGARD TO PROPER GROUNDING OF THE MAST AND

,

GROUNDING OF THE LEAD

,

LOCATION OF ANTENNA DISCHARGE UNIT

C

AUTION

CPE,

AND THE OTHER END TO THE SITE MAIN

RF

CABLES

CPE

PRIOR TO CONNECTING THE

Warning

AC

POWER CORD ARE GROUNDED SO AS TO

.

C

, ANSI/NFPA 70,

ODE

AND

—

IN WIRE TO AN ANTENNA DISCHARGE UNIT

,

CONNECTION TO GROUNDING

.

Warning

. T

O REDUCE THE RISK OF ELECTRIC SHOCK

.

.

.

RF

CABLES

S

54

C

ECTION

OF THE

ANADIAN

,

SIZE OF

,

DISCONNECT

DCP0000250(B)

.

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