Addvalue Innovation wideye SABRE RANGER 5000 User manual

SABRE™ RANGER 5000
Ver : 2.0
Date : 20 November 2020

Copyright © 2020 Addvalue Innovation Pte Ltd
This manual is protected under international copyright laws. No part of this manual may be reproduced, distributed, translated, or
transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or storing in any information
storage and retrieval system, without the prior written permission of Addvalue Innovation Pte Ltd.
Table of Contents
1. INTRODUCTION 1
2. QUICK REFERENCE 2
3. INSTALL THE SIM CARD 3
4. CONNECT THE CABLES AND WIRES 5
5. OPTIONAL ACCESSORIES 13
6. FIX OPTIONAL MOUNTING BRACKET TO SABRE™ RANGER 5000 14
7. MOUNT THE TERMINAL ON A POLE 15
8. TERMINAL GROUNDING 17
9. POINT THE ANTENNA 18
10. NAVIGATE TO THE WEB CONSOLE 20
11. APPENDIX A: TERMINAL BLOCK PIN ASSIGNMENT 24
12. APPENDIX B: CONDUIT & ACCESSORIES 26
13. APPENDIX C: TECHNICAL SUMMARY 27

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1. INTRODUCTION
The SABRE™ RANGER 5000 is a broadband global area network (BGAN) Class 2
machine-to-machine (M2M) satellite terminal. It has a ruggedised mechanical enclosure
designed for long-term outdoor installation in all types of weather conditions.
The terminal operates on either the Inmarsat standard BGAN or the M2M service. It
offers global coverage and is  t for SCADA applications to gather real-time data from
remote unmanned locations. The  rmware is specially designed to provide reliable and
stable BGAN connectivity continuously for long period of time without user intervention.
It is fully compatible with the Remote Terminal Manager (RTM) or Inmarsat M2M plat-
form, which allows the user to graphically view the location of the terminal and monitor
the terminal status.
The terminal can also be con gured remotely using SMS commands. The PDP context
of the SABRE™ RANGER 5000 can be activated or deactivated via SMS. The reboot-
ing process can also be initiated via SMS. In addition, the terminal logs can be retrieved
remotely for debugging purpose.
You can use either the rugged mounting bracket (optional accessory) of the Sabre™
Ranger 5000 (See  gure 1 below.) or a VESA MIS-D bracket to mount the SABRE™
RANGER 5000 terminal.
Figure 1

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2. QUICK REFERENCE
The SABRE™ RANGER 5000 has a NPT ¾ inch hole for installing a conduit-tting or a
cable gland at the bottom part of the casing to route all the wires.
NOTE: The mounting bracket is an optional accessory.
Figure 2

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SABRE™ RANGER 5000 Quick Start Guide
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3. INSTALL THE SIM CARD
1. Release the  ve black screws from the protective cover and loosen the “Rotation
Point” screw. See  gure 3.
Figure 3
2. Rotate the protective cover in a clockwise direction.
3. Open the SIM card cover and rotate in a clockwise direction. See  gure 4.
Figure 4
2. Rotate the protective cover in a clockwise direction.2. Rotate the protective cover in a clockwise direction.
3. Open the SIM card cover and rotate in a clockwise direction. See  gure 4.3. Open the SIM card cover and rotate in a clockwise direction. See  gure 4.

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4. Slot the SIM card into the SIM card holder in the orientation as shown on gure 5.
5. Insert the SIM card until it ‘clicks’ into place.
6. Rotate and move the SIM card cover back in place.
Figure 5

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SABRE™ RANGER 5000 Quick Start Guide
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The SABRE™ RANGER 5000 has a NPT ¾ inch hole for installing a conduit-tting or a
cable gland at the bottom part of the casing connect all the wires. See appendix B for
information about the conduit and its accessories.
4. CONNECT THE CABLES AND WIRES
Figure 6
Figure 7
CON801 and CON802 Terminal Block Assignment
123456 7 8 9 10 11 12
GND OP OP GND IP IP GND RS232/TX RS232/CTS GND RS232/RX RS232/RTS
3 4 34RS485/Z(B) RS485/B RS485/A RS485/Y(A)
13 14 15 16 17 18 19 20 21 22 23 24
TDR OP OP GND IP IP GND Analog Local GND RS232/ RS232/
1 2 1 2 Input Wakeup RX TX

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Ethernet Connection
• Use a CAT5 cable with the RJ45 plug for the Ethernet cable. Thread the Ethernet cable
through the conduit-tting/Cable gland hole carefully.
• Insert the RJ45 Plug into the Ethernet Port 1 (as indicated below in red rectangle).
Power Supply input
• Connect a 12VDC or a 24VDC power supply which can source at least 30W - to the
Power connector, CON501. This Power supply input supports voltages from 10.8 to
32Volts.
• Use two AWG16 wires for power connection if the cable length is not more than 10m.
Otherwise, use AWG14 wires for a cable that can be lengthened up to 100m.
• Insert the red wire into the terminal block with (+) marking, the black wire into the
terminal block with (-) marking. Press and hold the orange tab on the terminal block
while inserting the wire into the hole.
NOTE: The sample wires below are used for reference. You may use different colour
wires that met the electrical specications.
Figure 8

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Figure 9
RS232 port – debug port
This port is intended for capturing the debug log. The cable length is limited to 10
metres. Use Belden cable no. 9533 or equivalent.
• Connect the wires as shown below.
NOTE: The sample wires below are used for reference. You may use different colour
wires that met the electrical specications.
Black wire - terminal block 22 (GND)
Red wire - terminal block 24 (RS232-TX)
White wire - terminal block 23 (RS232-RX).
Figure 10

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RS232/RS485 – user port
This is a user con gurable port. The user can con gure this port to be any of the following:
• RS232
• RS485 – full duplex
• RS485 – half duplex
RS232
Use Belden cable no. 9533 or equivalent for 3-wire RS232 (RX, TX, GND) or Belden
cable no. 9535 or equivalent for 5-wire RS232 (RX, TX, RTS, CTS, GND). Cable length
is limited to 10 metres.
• Connect the wires as shown below.
NOTE: The sample wires below are used for reference. You may use different colour
wires that met the electrical speci cations.
Black wire - terminal block 10 (GND)
Red wire - terminal block 8 (RS232-TX)
White wire - terminal block 11 (RS232-RX)
NOTE: If you use the Belden cable no. 9535 for 5-wire RS232 (RX, TX, RTS, CTS,
GND), refer to  gure 7 for the wire connections to the terminal block.
Figure 11

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Digital Input and Output; Terminal Data Ready
(TDR) Output; Local Wake up Input
Use Belden cable no. 9535 or similar non-paired shielded cable for these connections.
The number of wires in the cable can vary depending on the user requirements.
Digital output
There are 4 digital outputs congured as Low side drivers. These outputs are connected
to pin 14(OP1) and pin 15(OP2) of CON801 and pin 2(OP3) and pin 3(OP4) of CON802.
A low side driver will pull the signal to ground when active. An output can sink up to
400mA of current.
Figure 12

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Figure 13
Local Wake up input
This is a digital input. The local wakeup input is connected to pin 21 (Wake-up) of
CON801. The signal ground is connected to pin 22 (GND) of CON801. The electrical
speci cations of this input are the same as the speci cations of the Digital input.
Terminal Data Ready (TDR) output
This is a digital output. The TDR output is connected to pin 13 (TDR) of CON801. The
signal ground is connected to pin 1 (GND) of CON802. The electrical speci cations of
this port are the same as the speci cations of the Digital output.
Analogue voltage input
Use Belden cable no. 9841 or equivalent. The analogue input is connected to pin 20
(Analog-input) of CON801. This input will accept a signal of 0V to 32VDC. The analogue
signal ground is connected to pin 19 (GND) of CON801.
Digital input
There are 4 digital inputs. They are connected to pin 17 (IP1) and pin 18(IP2) of CON801
and pin 5(IP3) and pin 6(IP4) of CON802. These inputs accept a signal of 0V to +32VDC.
These inputs have a weak pull-down of approximately 300K ohms. A pull-up to +5VDC
may be used to drive these inputs. The input buffer inverts the input logic level. The input
voltages higher than 2.6V will be declared as “High” and the input voltages lower than
1.0V will be declared as “Low”. The digital input ground is connected to pin 4 (GND), pin
7(GND) or pin 16(GND).
300K
20K
Input

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Secure the cables and wires with a cable tie
1. Gather all the connected cables and wires.
2. Loop the cable tie into the cable tie hole in the terminal before fastening to secure the
wires in place so that they will not slip off its connectors. See  gure 14 – * wires are not
displayed to show the cable tie hole.
3. Secure the wires together with a cable tie.
Figure 14
Figure 15
3. Secure the wires together with a cable tie.3. Secure the wires together with a cable tie.

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Secure the protective cover
1. Rotate the protective cover anti-clockwise to the closed position.
2. Tighten the six black screws including the “rotation point” screw with a  at blade
screw driver.
NOTE: For ingress protection, it is important to ensure the screws are tightened to a
torque value of 0.57 Nm (5.0 in-lbs), approximately 2 ½ to 3 turns for each screw.
4. Secure the conduit tightly to the adaptor to prevent water from getting into the conduit
and the terminal.
Figure 16
Figure 17

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Figure 18
Mounting Bracket
Parts List
ITEM
DESCRIPTION
QTY
01
Socket Head Cap Screws, M8 x 120mm, Full thread
4
02
Flat Washers, M8
12
03
Saddle Clamps
2
04
Bracket Wall (185 x 90 x 100)mm
1
05
Split Washers, M8
4
06
Socket Head Cap Screws, M8 x 14mm
8
07
Bracket Body (189 x 110 x 90)mm
1
08
Wing Screw, M5 x 12mm
1
09
Spare kit ( x2, x1, x2, x2)
1
5. OPTIONAL ACCESSORIES

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6. FIX OPTIONAL MOUNTING BRACKET TO
SABRE™ RANGER 5000
1. See  gure 19 above. Place Sabre™ Ranger 5000 terminal with its front face on a  at
surface.
2. Attach the bracket body on the rear of Sabre™ Ranger 5000 terminal.
NOTE: There are  ve holes at the base of the bracket body. The wire loop-hole as
shown on the enlarged view should be placed along the upper edge of the terminal. See
 gure 19 and its enlarged view.
3. Align the four holes, and fasten to Sabre™ Ranger 5000 terminal using the
washers (4x) and the socket head cap screws (M8 x 14mm - 4x) with a hex L-key.
Figure 19

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Figure 20
4. Align the bracket wall to the bracket body . See  gure 19. Notice the upper
holes on the bracket wall align to the slots on the bracket wall and the lower holes align
to the holes below the slots of the bracket body.
5. Use the washers (4x) , the split washers (4x) and the socket head screws
(M8 x 14mm - 4x) to assemble to .
NOTE: Do not fully tighten the screws to assemble to with a hex L-key, fasten the
screws  nger tight only as you need to adjust its actual position according to the satellite
location later.
Before mounting the terminal, ensure that the azimuth is correct by using a compass.
For example: North has an azimuth of 0°, East 90°, South 180° and West 270°.
1. Locate a vertical pole or column to mount the SABRE™ RANGER 5000 terminal.
NOTE: The mounting bracket is designed to be mounted on a 1 to 3 inch diameter pole.
2. Use the supplied washers, socket head cap screws (M8 x 120mm), and the saddle
clamps to mount the pre-assembled terminal on the pole.
7. MOUNT THE TERMINAL ON A POLE

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3. Secure the saddle clamps on the pole by  rst turning in the screws and washers at
the position and , and then turn in the screws and washers at the position and
for easy installation. See  gure 21.
4. Tighten the screws to secure the SABRE™ RANGER 5000 terminal to the pole.
5. Secure the conduit to the pole by using several cable ties.
Figure 21
Figure 22

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8. TERMINAL GROUNDING
Protective Earth Grounding
The chassis of the SABRE™ RANGER 5000 terminal must be  rmly connected to the
earth ground by using a short and low impedance wire.
1. Unscrew one of the four mounting screws at the back of the terminal.
2. Insert the earth grounding wire lug in between the mounting bracket and the washer,
and then tighten the screw.
NOTE: Please seek professional local advice for earth grounding.
Figure 23

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9. POINT THE ANTENNA
1. Place the terminal outdoor with no obstruction from trees, buildings, hills or any
external objects and power up the terminal.
2. Check the elevation and azimuth on the terminal  rmware. The terminal  rmware
displays the pre-calculated elevation and azimuth once the GPS location is acquired.
NOTE: The information can be found in the Web Console on the Home page. Refer to
the section on Navigate to the Web Console for more details. Azimuth and Elevation are
angles used to de ne the apparent position of an object in the sky, relative to a speci c
observation point. In this case, we are the observers on earth.
3. Adjust the required elevation angle by tilting the bracket body attached to the terminal
along the slot. Notice that you can adjust the angle of elevation in steps of 5°. The angle
markings at both sides of the bracket body have an offset of 5°. See  gure 25 below.
The terminal is at a vertical position at the angle of 0° and at a horizontal position at the
angle of 90°.
Centre of rotation point (fixed)
Variable point along the slot
Lock position with a wing screw – M5
Figure 24