VeEX RTU-4000 User manual

RTU-4000/RTU-4100 User Manual, D07-00-132P-RevA01 Page 1 of 44

RTU-4000/RTU-4100 User Manual, D07-00-132P-RevA01 Page 2 of 44
Table of Contents
1.0 ABOUT THIS USER MANUAL ................................................................................... 4
2.0 PRODUCT INTRODUCTION ...................................................................................... 5
2.1 KEY FEATURES........................................................................................................................ 5
2.1.1 RTU Fiber Probes (RTU-4100)................................................................................................................5
2.1.2 Optical Switches (OX4000) .....................................................................................................................5
2.2 RTU-4000/4100 SYSTEM PACKAGE CONTENTS ........................................................................ 6
3.0 SAFETY INFORMATION............................................................................................ 7
4.0 GETTING STARTED .................................................................................................. 8
4.1 SYSTEM REQUIREMENTS .......................................................................................................... 8
4.2 RTU-4000/RTU-4100 BASIC OPERATION................................................................................. 8
4.2.1 Front Panel...............................................................................................................................................9
4.2.2 Back Panel ...............................................................................................................................................9
4.3 OXA4000 OPTICAL SWITCH (OPTIONAL) ................................................................................ 10
4.4 ELECTRICAL EQUIPMENT SAFETY GUIDELINES ........................................................................ 11
5.0 RTU-4000/RTU-4100 HARDWARE INSTALLATION............................................... 12
5.1 HARDWARE SPECIFICATIONS.................................................................................................. 12
5.2 TOOLS/ITEMS REQUIRED ........................................................................................................ 12
5.3 CHASSIS LIFTING GUIDELINES ................................................................................................ 13
5.4 RACK MOUNTING THE CHASSIS .............................................................................................. 13
5.5 CONNECTING POWER ............................................................................................................. 15
5.5.1 Powering on/off the unit ...................................................................................................................... 15
5.6 CONNECTING TO RTU PROBE................................................................................................. 16
6.0 PROBE CONFIGURATION TOOL ........................................................................... 17
6.1 OPENING CONFIGURATION TOOL ............................................................................................ 17
6.2 CONNECTING CONFIGURATION TOOL TO PROBE ...................................................................... 18
6.3 ASSIGNING STATIC IP ADDRESS TO PROBE .............................................................................. 20
6.4 CONNECTING THE UNIT TO ETHERNET ..................................................................................... 20
7.0USING RTU4000/RTU4100 IN STANDALONE MODE ............................................ 21
8.0 SETTING MONITORING PARAMETERS ................................................................ 22
9.0 INTEGRATION MENU .............................................................................................. 23
10.0 RTU MENU (ABOUT, NAME AND DATE/TIME)...................................................... 24
11.0 OTAU MENU............................................................................................................. 26
12.0 OTDR MENU............................................................................................................. 27
12.1 ON-DEMAND TESTS ............................................................................................................... 27
12.1.1 Measurement parameters.................................................................................................................... 27
12.1.2 Measurement history ........................................................................................................................... 28
13.0 MONITORING ........................................................................................................... 29
13.1 CREATING A TEST .................................................................................................................. 29
13.1.1 New Reference Traces and Thresholds ............................................................................................. 30
13.2 EDITING A REFERENCE TRACE................................................................................................ 32
13.3 ENABLE MONITORING ............................................................................................................. 33
13.3.1 Enabling monitoring mode.................................................................................................................. 33
13.3.2 Monitoring results ................................................................................................................................ 34
14.0 REMOTE CONTROL RTU USING FIBERIZER DESKTOP ..................................... 36

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14.1 CONNECTING TO FIBERIZER DESKTOP..................................................................................... 36
15.0 VESION OVERVIEW ................................................................................................ 38
16.0 UPGRADING RTU-4000/RTU-4100 SOFTWARE .................................................... 39
17.0 WARRANTY AND SOFTWARE ............................................................................... 40
18.0 PRODUCT SPECIFICATIONS.................................................................................. 42
19.0 CERTIFICATIONS AND DECLARATIONS .............................................................. 43
20.0 ABOUT VEEX........................................................................................................... 44

RTU-4000/RTU-4100 User Manual, D07-00-132P-RevA01 Page 4 of 44
1.0 About This User Manual
Every effort was made to ensure that the information contained in this user manual is accurate.
Information is subject to change without notice and we accept no responsibility for any errors or
omissions. In case of discrepancy, the web version takes precedence over any printed literature.
The content in this manual may vary from the software version installed in the unit.
© Copyright 2019 VeEX, Inc. All rights reserved.
VeEX, VePAL, Sunrise Telecom, Agizer, Optixsoft, Fiberizer, Sunset, RXT, MTT, FX, TX and
OPX, are trademarks of VeEX, Inc. and/or its affiliates in the USA and certain other countries. All
trademarks or registered trademarks are the property of their respective companies. No part of
this document may be reproduced or transmitted electronically or otherwise without written
permission from VeEX, Inc.
This device uses software either developed by VeEX, Inc. or licensed by VeEX, Inc. from third
parties. The software is confidential and proprietary of VeEX, Inc. The software is protected by
copyright and contains trade secrets of VeEX, Inc. or VeEX's licensors. The purchaser of this
device agrees that it has received a license solely to use the software as embedded in the device,
and the purchaser is prohibited from copying, reverse engineering, decompiling, or disassembling
the software.
This user manual is suitable for novice, intermediate, and experienced users and is intended to
help you successfully use the features and capabilities of the test platform. It is assumed that you
have basic computer experience and skills, and are familiar with IP and telecommunication
concepts, terminology, and safety.
For more technical resources, visit the VeEX, Inc. web site at www.veexinc.com.
If you need assistance or have questions related to the use of this product, call, or e-mail our
customer care department for customer support. Before contacting our customer care department,
you must have your product serial number and software version ready. Please provide this
number when contacting VeEX customer service.
Customer Care:
Phone: + 1 510 651 0500
E-mail: [e-mail]
Website: www.veexinc.com

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2.0 Product Introduction
The VeEX RTU-4000 is a rack mountable test chassis. The RTU-4100 is a test module designed
to provide OTDR functionality. The RTU-4000 with installed RTU-4100 (RTU) is a rackmount test
solution that can be used for:
•On-Demand testing
•Continuous monitoring when paired with the OX4000 series optical switch; installed on the
same rack as the RTU.
The RTU can be used in stand-alone mode or as a test probe configured as part of the VeSion
centralized server system (15.0 VeSion Overview). The RTU can be remotely accessed using the
Ethernet port or optional LTE model via the embedded web-based software, Fiberizer Desktop, or
VeSion software application. The RTU can be used to test/monitor Point-to-Point, PON and/or
DWDM networks.
The RTU test capability can be increased by integrating the external OXA-4000 Optical Switch.
The OXA-4000 is connected to the RTU-4000 via DB25 cable which is used to power the switch
and support communication between the RTU and switch.
2.1 Key Features
2.1.1 RTU Fiber Probes (RTU-4100)
•Dark and Active Fiber Monitoring
•Catastrophic Fiber Cable failure
•Preventative/Proactive Fiber Monitoring
2.1.2 Optical Switches (OX4000)
•Single mode fiber support
•Wideband wavelength operation range
•Low reflectance and ORL
•1625 nm and 1650 nm wavelength support for in-service monitoring applications

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2.2 RTU-4000/4100 System Package Contents
The following items are included in the box:
•RTU-4000 modular Probe chassis with RTU-4100 OTDR Test module installed
•(2) Rack mounting brackets (if ordered)
•AC/DC 15V 5.33A (3-prong) adapter
•Power cord (2m/6ft)
•CD-ROM containing:
•RTU-4000/RTU-4100 Optical Test Probe Installation and Configuration Manual (pdf)
•RTU HTTP API Reference Guide (pdf)
•VeSion RFTS Operations Guide (pdf)
•Probe Configuration Tool software
•USB-to-Serial adapter cable driver
RTU-4000 unit with RTU-4100 Optical Fiber Test Modules shipped items

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3.0 Safety Information
Safety precautions should be observed during all phases of operation of this instrument. The
instrument has been designed to ensure safe operation however please observe all safety
markings and instructions. Do not operate the instrument in the presence of flammable gases or
fumes or any other combustible environment. VeEX Inc. assumes no liability for the customer's
failure to comply with safety precautions and requirements.
Electrical Connectors
Telephone lines may carry dangerous voltages. Always connect the electrical test ports to known
test interfaces, which carry low-level signals.
ESD: Electrostatic Discharge Sensitive Equipment
The chassis could be affected by electrostatic discharge. To minimize
the risk of damage when handling the unit, make sure to follow proper
ESD procedures and dissipate any electrostatic charge from your body
and tools and the use proper grounding gear.
•Perform all work at a workplace that is protected against
electrostatic build-up and discharging.
•Never touch any exposed contacts, printed circuit boards, or
electronic components.
•Always store chassis in ESD protected packaging.
•Wear ESD protection and grounding gear when:
•Installing, Uninstalling, or handling chassis.
•Connecting or disconnecting cables from chassis.

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4.0 Getting Started
The RTU-4000 modular test system installed with the RTU-4100 OTDR module, supports local
on-demand testing, as well as remote fiber monitoring using OTDR-based technology.
4.1 System Requirements
The RTU-4000 modular test system with embedded RTU-4100 OTDR Module is designed to work
with one of the browsers listed below:
•Chrome version 71 or higher
•Edge version 42 or higher
•Firefox 60 or higher
•Safari 12 or higher
4.2 RTU-4000/RTU-4100 Basic Operation
Users should be familiar not only with the RTU-4000 hardware and cabling, but
also with electronic circuitry, wiring practices, and safety precautions.
Test port(s) are accessed via the front of the RTU-4000/RTU-4100 unit.
Example One:
An RTU-4100 that is configured with 3 lasers could be assigned as follows:
•1310/1550 on OTDR1 and 1625-Filtered on Aux port for in-service testing.
Example Two:
An RTU-4100 that is configured with (1) 1625-Filtered laser on OTDR port.

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4.2.1 Front Panel
Front Panel: RTU-4000 Chassis with RTU-4100 Optical Modules
4.2.2 Back Panel
RTU-4000 Back Panel
•Chassis GND - Ground point for the RTU unit
•Alarm Contacts – Local alarm contacts
•Control interface – DB25 female port: Power and Communication
•-48V-DC/Return terminals – available when ordered with DC power option
•15V-DC terminals - DC1 and DC2 available when ordered with AC power option
•Console interface – RS-232 male port used by the ORTU to communicate with the OX4100
series Optical Switch.

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4.3 OXA4000 Optical Switch (Optional)
The RTU Network monitoring can be optionally expanded via the OXA4000 series Optical Switch,
allowing the RTU-4100 to access multiple fibers for testing. For more information on possible
configurations, see the OXA4000 Specification Sheet at www.veexinc.com.
Switch Installation
Optical Switches are rack mounted at the same location as the RTU-4000/RTU-
4100, regardless if the installation is at the CO or the CO-LO.
The OXA4000 series Optical Switch is available in various configurations. The OXA4000 can be
configured as an optical switch or as an FWDM optical switch. Below is an example of the 1U 32
port options:
OXA4000 Optical Switch: 1U 32 Port Option
OXA4000 FWDM/Optical Switch
The OXA4000 series Optical Switch consists of:
•DB25 – Power and Communication Interface
•All Optical ports configured with standard SC/APC type connectors (LC/APC optional)
No additional software needs to be installed on switch before installation.

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4.4 Electrical Equipment Safety Guidelines
When working with electrical equipment, follow these guidelines.
•Always unplug the power cable before installing or removing a chassis.
•Locate the emergency power-off switch for the room in which you are working. If an
electrical accident occurs, turn off the power immediately.
•Do not work alone if potentially hazardous conditions exist.
•Never assume that power is disconnected from a circuit. Always check.
•If an electrical accident occurs, proceed as follows:
•Use caution. Do not become a victim yourself.
•Turn off power to the system.
•If possible, send another person to get medical aid. Otherwise, assess the condition of
the victim and then call for help.
•Determine whether the person needs rescue breathing or external cardiac
compressions, and then take appropriate action.

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5.0 RTU-4000/RTU-4100 Hardware Installation
The RTU-4000 accommodates a standard 19-inch mounting rack.
Important!
Only trained and qualified personnel should be allowed to install, replace, or
service this equipment. Improper or unsafe use can cause physical harm and
damage your equipment. Read the Safety Information and Electrical
Equipment Safety Guidelines sections before beginning installation.
5.1 Hardware Specifications
Size (H x W x D) 1.75in x 19in x 11.75in
1 RU (Rack Units) high
Weight
8 lbs (3.628 kg)
Operating Temperature
5°C to +40°C
Storage Temperature
-40°C to +70°C
Power 100-240 VAC, 50-60 Hz / 15V-DC, 4.6A (48V chassis available upon
request)
5.2 Tools/Items Required
•Phillips Screwdriver
•Grounding Connector

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5.3 Chassis Lifting Guidelines
A fully configured RTU-4000 chassis, with RTU-4100 OTDR Module installed, is not intended to
be moved frequently. Before installing, plan chassis placement and ensure that your site is
properly prepared so you can avoid having to move the chassis later to accommodate power
sources and network connections.
When lifting the chassis, follow these guidelines:
•Always disconnect ALL external cables before lifting or moving the chassis.
•Ensure that your footing is solid and balance the weight of the object between your feet.
•Lift the chassis slowly; never move suddenly or twist your body as you lift.
•Keep your back straight and lift with your legs, not your back. If you must bend down to lift
the chassis, bend at the knees, not at the waist. This reduces the strain on your lower back
muscles.
•Lift the chassis from the bottom by grasping the underside of the chassis exterior with both
hands.
5.4 Rack Mounting the Chassis
Exercise caution when rack mounting this or any other type of equipment.
Ensure that all equipment is properly secured along the specified
hardware. Equipment must be installed in a safe manner to prevent
overloading, tipping over, or other unsafe conditions.
To rack mount the chassis:
1. Remove the mounting screws on the left and right front sides of the chassis. If you want
to do a reverse installation, remove the mounting screws from the back sides of the
chassis.
2. Install rack mounting brackets to the left and right sides of the chassis using the eight
mounting screws you removed. If a reverse installation is needed, install the rack
mounting brackets so that the back panel is facing front.

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3. Connect a grounding wire to the Frame GND ground terminal on the back panel
of the chassis.
4. Install chassis to rack with the appropriate rack mount screws for the rack system.
When installing your equipment, make sure that adequate ventilation is
available. Inadequate ventilation will result in higher than normal operating
temperatures and may result in degraded operation. Additional care must
be used when installing enclosed racks or when racks are located near
other equipment that may increase ambient temperatures.
Always ensure the system receives sufficient airflow such that it will
operate within the specified operating temperature range.

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5.5 Connecting Power
For the AC power option, use only the AC power adapters and cables provided by VeEX. Take
care when connecting units to the power supply so that wiring is not overloaded.
RXT-4000/RXT-4100 Connecting Power
5.5.1 Powering on/off the unit
To power on the unit:
•On the front of the device, press the ON/OFF button so it is in the ON position. The green
power LED turns on to indicate the device is powered on.
The unit begins to boot up as soon as the power switch is turned on.
To safely power off the unit:
1. Stop monitoring.
2. Press the ON/OFF button so it is in the OFF position. The green power LED turns off to
indicate the device is powered off.
When using an Optical Switch, do not apply power to the RTU until the RTU is
already connected to the OXA4000 Optical switch via the DB25 cable.

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5.6 Connecting to RTU Probe
The RTU probe is pre-configured with a default IP address 192.168.100.250. To change the IP
address, the Probe Configuration Tool must be used. See the Assigning static IP address to
probe section of this user manual.
Assign Unique IP address
The factory default IP address 192.168.100.250 must be changed for each probe
to uniquely identify it.

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6.0 Probe Configuration Tool
After rack mounting the chassis, connecting the required cables, and powering on the probe, use
the configuration tool to complete the installation process.
6.1 Opening Configuration Tool
To set the IP of the RTU-4100 use the latest version of the VeEX Probe Configuration Tool (Ver.
1.3.3) or higher software application and an Ethernet cable.
To launch the Probe Configuration Tool via Ethernet configuration:
1. Connect a LAN cable from the PC to the RTU-4100 RJ-45 interface.
2. Install the Probe Configuration Tool software from the CD provided with the chassis.
3. Navigate to the folder where you installed the Probe Configuration tool.
4. Double-click ProbeConfigurationTool.exe. The Probe Configuration Tool appears.
To launch the Probe Configuration Tool via Serial configuration: (not supported at this time)
1. Connect a RS232-to-USB cable from the PC to the RTU-4100 device.
2. If needed, install the RS232 driver from the CD provided with the probe.
Note: The appropriate RS232 driver must be installed on the PC or the COM port
connected to the probe will not appear.
3. Install the Probe Configuration Tool software from the CD provided with the chassis.
4. Navigate to the folder where you installed the Probe Configuration tool.
5. Double-click ProbeConfigurationTool.exe. The Probe Configuration Tool appears.

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6.2 Connecting Configuration Tool to probe
To connect the Probe Configuration Tool via Ethernet:
1. Click the Select Probe Type drop-down list box arrow, and then select RTU-4000.
2. Select the Ethernet Port option button and enter the RTU IP address.
The PC subnet address must match that of the RTU.
Probe Configuration Tool: Connecting via Ethernet to Probe
To connect the Probe Configuration Tool via Serial: (not supported at this time)
1. Click the Select Probe Type drop-down list box arrow, and then select RTU-4000.
2. Select the Serial Port option button and enter the RTU IP address.
3. Select the COM port on the PC that is assigned to the RS232-to-USB cable connecting
the probe to the PC.

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Probe Configuration Tool: Connecting Serial to Probe
4. Click Open to open the COM port, and then click Connect.
5. In the Status box, follow the instructions to correctly power down the probe and power it
up again.
6. The connection process continues automatically until the Serial number box appears.
The serial number for the probe should appear automatically. You can verify this
number by locating the serial number on the back panel of the probe.
Probe Configuration Tool: Serial number
7. In the Status box, Connection succeeded appears to indicate the Probe Configuration
Tool is connected.
After opening the serial port and connecting the probe to the Probe Configuration Tool, follow the
instructions below to assign a static IP address so that you can connect to the probe via a web
browser or with VeSion, as well as perform software updates, as needed.
If the COM port connected to the unit does not appear, check to
ensure cables are properly connected between the unit and
serial port, and that you have the RS232 driver installed. The
driver can be installed from the CD provided with the unit.

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6.3 Assigning static IP address to probe
To assign a static IP address to the probe:
1. In the Probe Setting group box, use the field definitions listed below to enter the
information requested.
2. Click Apply. The IP address is now assigned to the probe.
Probe Configuration Tool: Assigning static IP to probe
•Probe Number: Number that uniquely identifies the probe. This number will correspond
to the probe number in VeSion.
•Probe Server Port #: Port number for the probe.
•Probe Server IP: VeSion server IP address.
•Local IP: IP address you want to assign to the probe.
•Local Subnet: Subnet mask number for probe.
•Local Gateway: Gateway IP for the probe.
6.4 Connecting the Unit to Ethernet
After assigning a new static IP address to the probe, connect the unit to your network via the
Ethernet port with the Ethernet cable.