1The Evolution of Non-Intrusive

External Line Inspection

2 0 1 5 C A T A L O G

What Is Spectrum XLI?

What Does It Do?

What Are Its Advantages?

President’s Message

The History

The Evolution

04 12 24

Field Solutions

2 .1 .1 Survey Options

Software Solutions

2 .2.1 XLI Field

2 .2.2 XLI Mouse

Raw Log

Configurations

Single GIS Data Collection

All in ONE

Intuitive Design

3.1

3.2

3.3

2.1

2.2

2.3

2.4

1.1

1.2

1.3

3

Products & Equipment

TrainingCourses

Support & Warranty

30 70 80

XLI Falcon

XLI Field Mouse

Theory

Certification

5 .5.1 Field Technician

5.5.2 XLI Specialist

Calibration

Warranty

5.1

5.2

5.3

5.4

5.5

6.1

6.2

4.1

4.2

4.3

4.4

4.5

4.6

4.7

4.8

4.9

4.10

4.11

4.12

4.13

4.14

4.15

4.16

XLI Software Credits & Subscriptions

XLI Data Logger

XLI Controllers

XLI Survey Pack

XLI & GPS

GPS Recievers

DRM™

Laser Rangefinder

Pipe & Cable Locators

Line Illuminators

ACVG Coating Survey

CP & DCVG

Gas Detector

Sonar Equipment

Sewer & Drain Cameras

Accessories & Supplies

What Is Spectrum XLI?1.0

President’s Message

The History

The Evolution

1.1

1.2

1.3

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1.1 President’s Message

Making pipelines safer.

We began the development of the Spectrum XLI system to address the shortcomings

of legacy survey and inspection systems that existed at that time. We essentially

wanted to make pipelines safer by developing better inspection equipment – and that

is exactly what we did.

When it comes to mapping the location and performing above ground inspections

of buried pipelines, there is nothing Spectrum XLI cannot do better than any of the

legacy technologies. Not only did we improve on every mapping and inspection

technique we integrated, but we also designed the system so that they could all

be conducted concurrently, mostly in one pass, resulting in the most efficient and

complete inspection possible.

Not only is Spectrum XLI non-intrusive to the environment, but it has the greatest and

most complete data compilation available.

We are very proud of our product and offer training on the theory, technology and

operation of the Spectrum XLI system. We can’t wait to show you everything this

system has to offer. Best of all, it’s extremely cost- effective: combining surveys means

fewer mobilizations and fewer crews to get the job done – and the analysis and

reporting is both customized and automated so that your results are immediately

available through the easiest to use software in the industry.

Can you really afford not to utilize the most user-friendly, comprehensive system

available on your pipeline? Let us show you how Spectrum XLI is the solution you’re

looking for. Call today and get your inspections working for you.

Best Regards,

Shamus McDonnellPresident

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SPECTRUM XLI is the most comprehensive system for collecting

GPS/GIS & utility integrity data.

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In the year 2000, we began the development the Spectrum XLI system. By 2003 we

had successfully developed and integrated a locating and GPS/ GIS mapping system that

immediately surpassed everything else on the market. The original system also allowed

SONAR to be connected to the system to allow dynamic pipe and cable mapping on fast

moving rivers and deep water crossings.

We didn’t stop there; by 2004 we had an AC coating inspection system that was easier to

use and more reliable than anything the industry had seen before.

In 2005 we added gas leak detection to the system, allowing a single survey to: locate,

map, measure depth of cover, conduct leak detection and a coating survey at the same

time, in one pass over a pipeline. By 2008 we had successfully developed the world’s

most advanced and comprehensive cathodic protection inspection system, and by 2010

we integrated DCVG as well. Since then we have added inertial mapping for locations

where GPS is not available, a laser range finder for mapping distant and non-accessible

features, integrated photography and voice recording into our data collector, and made

numerous other enhancements. Our work has resulted in nearly a dozen patents filed in

numerous countries.

The development didn’t stop there. By 2014 we were able to add several new types

of surveys, such as soil resistivity and environmental assessment. We have continued

testing to develop new ways to take the XLI products to the next level with convenience,

capabilities, and safety.

1.2 The History

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1.3 The Evolution

1910

1948

1962

1972

1983

1930

190

0

Steel pipelines for oil and gas transportation

become increasingly

popular

Cathodic Protection applied to pipelines to reduce corrosion

Hydro-testing becomes primary

test method for inspection of

pipelines

Gas Leak Detection Surveys become Commercial with Flame Ionization

technique

ACVG is invented and becomes

commercial as Pearson Survey using 10,000Hz.

Inline Inspection with magnetic flux leakage becomes commercially available

Cathodic Protection Close Interval Potential Survey becomes

commercial.

DCVG is invented and becomes commercial as Mulvany Technique

AC Current Attenuation technique becomes

commercial as C-Scan Technique

1967

19751978

Note: Dates are approximate

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11In-line Inspection Hydro-test Spectrum XLI Other

1997

2000

2008

2015

R&D on Spectrum

XLI begins

Spectrum XLI combines ALL above ground inspection techniques into ONE

NACE publishes ECDA RecommendedPractice RP0502-2002

CVG is updated with A-Frame

technique using 4/8 H

1st commercial Spectrum XLI System includes GPS, DOC, Water Depth, ACVG &ACCA

Generation 2 Spectrum XLI

System includes GPS, DOC, Water

Depth, CP CIPS, DCVG, ACVG,

ACCA, Gas Leak Detection, &

MORE!

2002

2005

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What Does It Do?2.0

Field Solutions

2 .1 .1 Survey Options

2 .1 .2 Utility Locates

Software Solutions

2 .2.1 Field Mouse

2 .2.2 Falcon

Raw Log

Configurations

2.1

2.2

2.3

2.4

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2.1 Field SolutionsInspections are all about the data. XLI not

only gives you reams of continuous, and

accurate data, but it helps you to interpret

it. Have a challenging project? This is our

specialty, and the data will prove it.

Is there potential to effectively build on

your current inspections and get more for

your manpower? XLI gives you options

with equipment flexibility and extensive

inspection capability.

An economic, efficient and reliable system

that gives you the power of choice – and

the data you need.

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Line Location & GPS/GIS Mapping

GPS centerline survey - Latitude, Longitude, Elevation.Scalable from sub-meter to sub-centimeter accuracy.

Right of way Inventory

Indexed listing of test stations, pipeline marker signs, crossings, roads, water bodies, structures, etc. Optional laser rangefinder can tie-in facilities off the ROW.

Land Status

Indexed list of:

ROW Surface – Arable Crop, Pasture, Landscaped, Bush, etc. Land Uses – Crop, Stock, Recreation, Unused, etc. Accessibility – Easy to Impassable. Terrain – Flat, Slope, Undulating, etc. Terrain – Flat, Slope, Undulating, etc.

Photographs

Digital photographs are integrated into spatial data for report generation.

Depth of Cover

Depth of cover corrected for diameter.

Depth of Water

Sonar or otherwise measured for calculation of depth of cover under water.

Leak Detection

Leak detection readings from leak surveys.

Coating Condition

Overall condition of coating over longer lengths via AC Current Attenuation.Specific coating fault indications via DCVG &/or ACVG.

Cathodic Protection

Structure to soil potential measurements for assessment of CP systems.Close Interval Survey (CIS) data correlation and analysis.

Pipeline Alias

Universal indexing of pipeline features and anomalies.

2.1.1 Survey Options

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Utility location is the process of identifying and labeling public utility mains which are

underground. These mains may include lines for telephones, electricity distribution,

natural gas, cable television, fiber optics, traffic lights, street lights, storm drains, water

mains, and wastewater pipes. In some locations, major oil and gas pipelines, national

defense communication lines, mass transit, rail and road tunnels also compete for

space underground.

Location by these means is necessary because maps often lack the pinpoint precision

needed to ensure proper clearance. In older cities, it is especially a problem since maps

may be very inaccurate, or may be missing entirely.

“Call before you dig”, “Digger’s Hotline”, “One-call”, “Miss Utility”, or “Underground

Service Alert” are services that allow construction workers to contact utility companies,

who will then denote where underground utilities are located via color-coding those

locations. As required by law and assigned by the U.S. Federal Communications

Commission (FCC), the 8-1-1 telephone number will soon be used for this purpose

across the United States.

Failure to call such a number ahead of time may result in a fine or even a criminal

charge against the person or company, particularly if such negligence causes a major

utility outage or serious accident, or an evacuation due to a gas leak. Hitting a water

main may also trigger a boil-water advisory and local flooding.

2.1.2 Utility Locates

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Electrical Power Lines, Cable Conduit & Lighting Cables.

Telephone, Cable TV, Communication, Alarm & Signal Lines

Oil & Gas Gathering, Transmission & Delivery Lines

Sanitary Sewers, Storm Sewers & Drain Lines

Potable Water Lines

Reclaimed Water, Irrigation & Slurry Lines

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XLI Mouse (Patented technology) is built for the Microsoft®

Windows® Mobile 6.1™ operating system. Field Mouse

displays and stores up to four NMEA compliant data streams

simultaneously allowing GPS, line locator (DOC and Current

Attenuation), sonar, AC and/or DC voltages and other information

to be logged concurrently.

The software also stores each survey along with the pipeline

parameters to allow easy retrieval and review of previously

surveyed data. One unique feature is the equipment status form

which allows the user to view the current status and data stream

from each connected device.

The software can also be configured to give alarms for critical

survey parameters. These include shallow cover being detected

over-the-line being surveyed, as well as other anomaly indicators,

and high error in the GPS calculated position. This helps to ensure

that the survey technician is aware of anomalies on the line or in

the data stream from the survey equipment.

2.2.1 XLI Field Mouse

System Requirements

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Microsoft® Windows Mobile™ 6.1 software

Intel® XScale™ PXA270 Processor at 624MHz

VGA display with 640x480 resolution

16MB video memory

1 GB high speed Secure Digital Card

2.2 Software Solutions

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XLI software is an external line inspection data viewer for managing field data from multiple users.

XLI Falcon has powerful tools for sorting, layering, analyzing and reporting external line

inspection logs, including sophisticated and flexible tools for identifying anomalous

areas.

XLI Falcon can automatically import XLI Field Data, as well as other common survey

data files that have GPS coordinates. Once imported, Falcon can immediately analyze

and produce reports of the survey data.

The XLI software includes an Anomaly Matrix developed to numerically prioritize

intervals of the line to identify high priority areas (i.e. Coating fault with insufficient CP,

and shallow cover). This greatly simplifies the analysis and prioritization of the line with

an easily customizable process.

2.2.2 Falcon

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System Requirements

Processor: Pentium® Class - 1.6 GHz minimum, suggested 3 GHz or higher

RAM: 512 MB minimum, suggested 1 GB or more

Operating System: Windows 2000 SP2 or XP minimum, suggested Windows XP SP2, Windows 7 SP1, or higher

Available Bandwidth: 100 Kbps minimum, suggested 10 Mbps or more

Required Software: Internet Explorer v5.0 (or higher)

Software Features:

Automated importing and processing of XLI field data, as well as other common survey data files that have geodetic coordinates.

Data editing and alignment, Sort and filter both features and anomalies, Merging and layering

of separate surveys, Identify and numerically prioritize anomalies with user criteria,

Export electronic data

Generate comprehensive inspection reports.

Maps, charts and photos, Final summary of survey and anomalies

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Data Logger

Windows™ Mobile 6 Software, VGA color touch screen, high speed SD storage card,Integrated Digital camera, Bluetooth™ and serial connectivity.

GPS & Laser Range Finder

XLI Field systems can work with most NMEA 0183 compliant GPS and LRF devices, ranging from handheld units up to high accuracy survey grade systems. The standard GPS receiver for the XLI Field system is a real time differentially corrected system capable of sub-meter accuracy. GPS devices are connected directly to the XLI Data Logger or through the XLI Survey controller via RS 232 serial cable or Bluetooth™ .

Survey Controller

A specialized device with integrated AC/DC RMS volt meter and serial RS 232 data hub for consolidation of line locator, GPS and Sonar or other NMEA 0183 compliant survey devices into single data stream for XLI data logger. Data logger connection to survey controller via serial (RS232) cable or wireless connectivity via integrated class 1.0 Bluetooth™ .

Line Illuminator

Standard 150 Watt electro-magnetic XLI Line illuminator with remote status monitoring and modular power supply. Optional RIDGID SeekTech™ inductive 10 Watt and 5 WattLine Illuminators are also available for the standard XLI Field system, or use XLI with other commercially available electromagnetic line locating systems.

Line Locator

Standard to XLI is the RIDGID SeekTech™ SR20 or SR60 Line Locator with Omni-Directional antenna and mapping display. The SeekTech™ locators connect to the XLI Survey controller to allow automatic and continuous logging of depth of cover and current readings for centerline mapping and ACCA survey.

Cathodic Protection

Specially built CP CIPS survey and troubleshooting equipment including the XLI Microscribe stationary data logging software that logs true DC or AC waveform logging for 24 hours or longer. Half-cells, probes, trailing wire and all your survey equipment needs are available.

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XLI Inspection Technologies That Revolutionize Line Mapping Surveys

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2.3 Raw LogWhen an XLI survey is initiated the XLI Field Mouse software immediately begins recording every

reading from all attached instruments to the SD card, and a continuous waveform from the XLI

Controller integrated volt meters. This raw log can later be opened and evaluated in the XLI Falcon

software, allowing the surveyors path (recorded by GPS), position over the pipeline (recorded from

pipe locator) and all other sensor readings to be reviewed. Where erroneous or suspect readings

are encountered, the raw log can be used to ascertain the source of the error, allowing reliable

discrimination between instrument anomalies and survey anomalies.

The XLI Raw Log Records “One Call” locates, leak surveys & other GIS

inspections step for step, including continuous line locator readings when

using the RIDGID SeekTech™ SR20 or SR60 locators!

Industry’s only automatic verification system!

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Optional

Digital Camera XLI ControllerLaser Range Finder SeekTech™ Locator & Transmitter

2.4 Configurations

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Required Equipment

GPS ReceiverXLI Data Logger

RO

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Required Equipment

GPS ReceiverXLI Data LoggerXLI ControllerSensit OMD

LE

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SU

RV

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Required Equipment

GPS ReceiverXLI Data LoggerXLI ControllerSeekTech™ Locator & Transmitter XLI Line IlluminatorXLI ACVG Cleats and/or Pins

CO

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SU

RV

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Required Equipment

GPS ReceiverXLI Data LoggerXLI ControllerXLI Half-cell ProbeXLI Trailing Wire Spool PackXLI Trailing Wire

CP

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Optional

Digital Camera Laser Range Finder SeekTech™ Locator & Transmitter

Optional

Digital Camera Laser Range Finder

Optional

SeekTech™ Locator & Transmitter XLI Half-cell ProbeDigital CameraLaser Range Finder

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What Are ItsAdvantages?3.0

Single GIS Data Collection

All in ONE

Intuitive Design

3.1

3.2

3.3

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3.1 Single GIS Data Collection

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GPS - Line Location

Photographs

Right-Of-Way Inventory

Land Status

Depth Of Cover

Depth Of Water

Coating Condition

Cathodic Protection

Leak Detection

Comments / Notes

Soil Resistivity

Environmental Assessments

Because time is money and because people do make mistakes; The XLI Survey

Controller was built to combine and record survey data directly and simultaneously

from multiple electronic survey instruments to save data acquisition time and increase

data accuracy and reliability.

Simple over- the -line surveys for the purpose of logging right- of- way inventory and

geodetic coordinates can be completed with the XLI system using a single GPS

connection directly to the XLI Data Logger. When advanced survey data is being acquired

from numerous sources, however, the XLI Survey Controller eloquently simplifies the

process. The Survey Controller gives the advantage with an integrated volt meter, power

regulator, multiplexer and data controller with BluetoothTM or serial output to the data

logger. All mapping and inspection modes use the same software and same easy user

interface, with all the same data fields available for logging. The choice is one of purpose

for the user.

Serial

Serial

Manual

Manual

Serial

Serial

Serial

Serial

Serial

Manual

Serial

Manual

DATA TYPE XLI INPUT

Manual Input XLI Field Mouse allows all data to be recorded through user text input, or software indexed pick lists, with risk of error.XLI SURVEY CONTROLLER Serial Input allows instrument readings to be electronically processed and logged, continuously, instantly and perfectly!

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3.2 All in ONE

An affordable technology that increases your budget options.Choose to employ the full system, or only the components you need & get the training you and your team need to use it.

Buy. Rent. Contract.

ONE System more than TEN Surveys

Uses include ILI Wall Loss, Cracks & Dents, USDA Soil Data Collection, Previous Repairs, Flow & Pressure Profiles, Internal Corrosion & Much More

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3.3 Intuitive Design

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Real time Waveform of digital volt meter channel; selectable for the DC PSP, ACG or DCVG.

Real time display of all connected devices: GPS, locator, gas detector, SONAR, Geonics Soil

Conductivity, etc.

Warning and alarm thresholds are selectable to alert user of critical

measurements.

Continuous Raw Log recorded includes voltage waveforms at 10-40Hz, continuous GPS position and satellite stats & user inputs.

All Data recorded to removable SD card to ensure data security and ease of access.

Integrated camera, voice note recorder and touch screen sketch creator, all tagged to GPS point!

Easy to use touch screen

with QWERTY keyboard and

simple software wizards to set

up surveys & inspections for

data collection or staking out

locations.

Spectrum XLI Field Mouse

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Multiplexor for up to 3 external devices and up to 4 internally measured voltages

Bluetooth wireless connectivity between controller and Field Mouse Software platform.

Military grade connectors and cables result in zero failures during extreme rigors of service.

Integrated filters for surveys in the most challenging environments.

Power distribution to peripheral devices.

Rugged, lightweight and low power design allows G2 Controller in pack with battery weight <10lbs (4.5Kg).

Spectrum XLI G2 Controller

Spectrum XLI Falcon Software

View GIS Mapping and over-line Inspection data combined.

Quick and easy sorting, spatial correction, analysis and prioritization of data with intuitive & easy to use wizard.

Easily import external GIS, ILI or other integrity data to integrate into view and analysis.

XLI Anomaly Matrix prioritizes & ranks areas of concern to integrity based on user selectable parameters.

Customizable for units, display of charts, and organization of data on PC screen, with ability to save user profiles.

Displays raw GPS log and allows survey to be played back as animation over display.

Open and view raw logs to confirm quality and validity of inspection data.

Export data to display on Google Earth ™ .

Export data to .csv file to allow import into MS Excel, GIS or other applications.

Print reports to PDF to allow easy sharing and viewing with universal Adobe Acrobat viewers.

PC-based software to

allow comprehensive

combination, processing

and analysis of inspection

and survey data.

Products &Equipment4.0

XLI Software Credits & Subscriptions

XLI Data Logger

XLI Controllers

XLI Survey Pack

XLI Field GPS

XLI & GPS

GPS Recievers

DRM™

Laser Rangefinder

Pipe & Cable Locators

Line Illuminators

ACVG Coating Survey

CP & DCVG

Gas Detector

Sonar Equipment

Sewer & Drain Cameras

Accessories & Supplies

4.1

4.2

4.3

4.4

4.5

4.6

4.7

4.8

4.9

4.10

4.11

4.12

4.13

4.14

4.15

4.16

4.17

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4.1 XLI Software Credits & Subscriptions

The Spectrum XLI Software – XLI Field Mouse – collects GIS and inspection data in a

proprietary format that must be processed with the Spectrum XLI Falcon PC Software. The

Spectrum XLI Falcon Software can automate your processing, analysis and reporting

of GIS and inspection data, saving you time and money. With XLI Falcon you can view,

process, analyze, print and export survey data files from as many PCs as you need. There

are three ways to pay for the Field Mouse and Falcon software, Pay as you go with XLI

credits using XLI Basic, unlimited GPS/GIS data with XLI Pro subscription or unlimited

GPS/GIS & inspection data with XLI Enterprise subscription.

Use of Non-XLI Data in XLI Falcon SoftwareOther popular data collection file formats can also be imported into the XLI Falcon

software for processing. Data imported into the XLI Falcon software requires the use of

XLI Credits to unlock data for advanced processing, analysis, report generation and data

export in a universal format.

Pay with XLI Credit or get even better rates with a subscription.

Pay As You Go Subscribe

Using XLI Basic XLI Pro or XLI Enterprise

Add credit and use it when you need it.

Unlock and process all your data.Analyze, report & export your data.

Your credit never expires so there’splenty of time to use it.

No contracts and no subscriptions!

Add credit and use it when you need it.

Unlock and process all your data.Analyze, report & export your data.

Your credit never expires so there’splenty of time to use it.

No contracts and no subscriptions!

Collect whatever data you want, when you want…

Collect whatever data you want, when you want…

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Once you have purchased some XLI Credit you can start to use the advanced import and

processing features that are only available with XLI Falcon. Simply sign in to your XLI Account

and from there you can check your existing balance or buy more XLI Credit online through

e-commerce using PayPal or over the phone using any accepted major credit card.

One XLI Credit will unlock 20meters of line with one or more survey points from Gen 1.x XLI

Survey Controller or non-XLI data collectors; 2 credits are required for 20 meters of XLI Gen

II Survey Controller data. The 20 meter length is measured downstream of the first point

(one credit unlocks all the points in that length when there is more than one survey point per

twenty meters in the data file). Where there are no points in a twenty meter length of line

there are no credits required.

How XLI Credit Works

The three ways to pay for XLI Falcon software data processing features:

XLI Basic - Pay-As-You-Go with XLI Credits, incurring no annual fee. With the use of

XLI credits the XLI Basic option allows full use of all the Spectrum XLI Falcon Software

functionality to process, analyze and export inspection data. Use XLI credits to unlock

inspection data one time, after which you can share the XLI Falcon software and your survey

data with as many users as you want.

XLI Pro allows GIS data (excludes inspection data) to be processed and exported from the

Falcon software without XLI credit by simply registering your XLI Field Controller and Field

Mouse Software. All the same features of XLI Basic are available with the use of XLI credits to

unlock XLI inspection data for use in the Spectrum XLI Falcon Software.

XLI Enterprise allows unlimited GIS & inspection data to be processed and exported from

the Falcon software without XLI credit by simply registering your XLI Field Controller and

Field Mouse Software.

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XLI Basic - Credits are available in denominations of 100, 1000, or 10,000. Denomination

pricing is per transaction. XLI credit sales are final, & cannot be returned.

XLI credits do not expire.

100 credits $35 USD

1000 credits $333 USD

10,000 credits $3,000 USD

Usage:

Gen 1.5 x & non-XLI Data 1 credit / 20m of data ($15/Km)

Gen 2 - 2 credits / 20m of data ($30/Km)

Enterprise Subscription costs the same as ~128Km of data / controller.

XLI Pro Allows unlimited GPS/GIS mapping data to be processed, analyzed and exported

for one annual price (requires XLI credit for inspection data).

$750 USD/year/XLI Controller.

XLI Enterprise - Allows unlimited GPS/GIS and Inspection data to be processed,

analyzed and exported for one annual price. Non XLI data still requires credits.

Gen 1.5 Unlimited data One XLI Controller One Year

$2,650 USD

XLI Software Pricing

Gen 2 Unlimited data One XLI Controller One Year

$4,500 USD

XLI credit and subscription prices are subject to change after 30 days of printed prices.

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4.2 XLI Data Logger

Portable and rugged. Windows Mobile 6.5 Professional, VGA color touch screen, high speed SD storage card, integrated 3 MP digital camera, Bluetooth connectivity all contained in a weather-proof case.

OMNII™ RT15Platform

Processor: Texas Instruments® OMAP 3 Processor 800MHz

Memory: 256MB RAM, 1GB Flash ROM

Operating System

Microsoft® Windows Embedded Handheld 6.5

Wireless Communication

802.11a/b/g/n radio

Bluetooth® v2.0 + EDR

Camera

Color 3 Megapixel with auto-focus and 4x digital zoom

User Interface

3.7” VGA Display

External Connectors

USB On-the-Go (OTG) Functionality

DC Jack

Power Management

5000 mAh high capacity Lithium Ion smart battery

User Environment

Operating Temperature: -4F to +122F (-20C to +50C)

Storage Temperature: -40F to +140F (-40C to +60C)

5% to 95% RH non-condensing

Rain & Dust Protection: IP65

Drop: Withstands multiple drops from 6 ft. (1.8 m)

Shock and Vibe: 5-400Hz PSD (random) and 30g (3 axis)

ESD: +/- 8kVdc air discharge, +/- 4kVdc contacts

Regulatory Approvals

CSA, CE, FCC, ETSIWEEEPhysical Dimensions

222 mm x 100 mm x 45 mm (8.74” x 3.94” x 1.77”)

610 grams (1.3 lbs) with battery pack

QWERTY Keyboard# 20120

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4.3 XLI Field Survey Controllers

The XLI Survey controller was designed to bring several technologies like GPS, voltages, line location, depth of cover and water depths, together into one data stream.

With patent-pending technologies for data management, power management / distribution for peripheral devices and built-in support for class 1.0 Bluetooth, the Survey Controller is dear to the heart of the XLI field system.

Input Signals3 Channels of NMEA or ASCII Compliant device data streams at 2400-115,200

baud and analog voltage sampling.

Output Voltage

12VDC on connector pins for GPS, Sonar and Locator.

Input Power Voltage Range

10.0 to 14 VDC with reverse polarity and over voltage protection.

Low Voltage cut off at 9.8 Volts, reset above 10.7 volts.

Power Consumption

<1.0 W

Current Consumption

<100 mA @ 12 VDC

Enclosure

Aluminum

Display

6 indicator LEDs for Power,

Bluetooth, Transmit / Receive for Port 1, 2, & 3

Operating Temperature

-40°C to +70°C (-20°C for Bluetooth)

Storage Temperature

-40°C to +85°C

Humidity

95% non-condensing

Communications

RS232 & Bluetooth (operates in the unlicensed ISM band at 2.4 to 2.485 GHz)

Physical Dimensions

30mm x 105mm x 130mm (1.25” x 5.00” x 4.00”)

0.35 kg (0.77 lb) with cables

# 21101 Gen 1.5 Single channel AC/DC RMS volt meter Gen 2 Dual channel AC/DC RMS volt meter # 21111

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Input Impedance

Range

Accuracy

DC Voltage Specs

VOLTAGE MEASUREMENTS

Input Impedance

Range

Analog Noise

Effective Resolution

Accuracy

10 MΩ

+/- 9.5 Volts

200 nanoVolts - AC rejection >100db.

4 decimals at 24.0 bits with Reading taken 880 times/second

0.03% of DC range (+/-1 mV @ 9.58 Volts)

AC Voltage Via AC to DC RMS Converter

10 MΩ (scalable external option for 100+ MΩ)

+/- 1 Volt

+/- 1%

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4.4 XLI Field Survey Pack

The XLI Field Survey Pack was custom designed for ergonomics and function during line mapping and inspection surveys. Adjustable GPS antenna pole, equipment tethers, specialty attachments and wiring integration make this pack the first true ECDA survey pack in the industry. Fully adjustable harness ensures a comfortable and reliable fit.

Standard Accessories Included with XLI Survey Pack

Water bottle holster.

Side pocket for accessories, tools, and batteries.

Leatherman Wave multi tool.

Radio holster for hand held 2 way radio.

Optional Accessories for the XLI Survey Pack

4 liter pocket – for extra gear or first aid kit.

CP Trailing wire spooler.

Holster for spare CP Wire spool.

Line Locator Tether.

Sensit PMD gas detector carrier.

Survey lathe and tool carrier.

# 22100 With standard accessories

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4.5 XLI & GPS

Sub-meter distances are required for CIS surveys and coating attenuation calculations; therefore real time differential GPS systems are required for CIS and coating condition surveys.

While the XLI system can be custom configured to work with most popular GPS receivers on the market, ease of use has made the Hemisphere Crescent Differential GPS® receivers the default receiver of choice for the XLI system.

XLI COMPATIBLE GPS DEVICES: Any NMEA 0183 compliant GPS Receiver with minimum 1 Hz GGA output on a RS 232 port at a baud rate of 4800.

XLI Field-tested Compatible GPS units:

Hemisphere GPS® Crescent A100, A200 & R100 Series, CSI Wireless DGPS Max, Garmin® eTrex , Topcon® HiPer® +, Trimble® Pathfinder™ ProXRS and ProXR, Trimble® Site Surveyor 5800

The XLI Field System works with any GPS receiver that can have the data

output configured to deliver the needed NMEA 0183 sentences via a RS232

(DB9 connector / serial port) or Bluetooth™ .

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No guarantee of GPS accuracy or performance is implied.

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4.6 GPS Receivers

The Hemisphere GPS® Crescent® R100 & R200 Series of Differential Correction Capable GPS Receivers offer a high-accuracy GPS solution for XLI surveys.

Using Space Based Augmentation Systems (SBAS), WAAS / EGNOS, or the worldwide OmniSTAR service (R120 & R220 Only), the Crescent GPS receivers are capable of horizontal accuracies better than <0.6m (<2’) at 95% confidence* in single frequency, and <0.1m (<4”) dual frequency (R200 series).

When using differential correction services these units provide sub-meter position updates at up to 20 times per second (20 Hz). The Hemisphere receivers also feature advanced COAST™ technology that enables them to use differential correction data during temporary corrections signal outages for half an hour or longer without significant degradation of accuracy.

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Receiver Type

Channels

Differential Options

Update Rate

Horizontal Accuracy

L1, C/A code, with carrier phase smoothing (patented COAST™ technology during differential signal outage)

12-channel, parallel tracking (10-channel when tracking SBAS)

SBAS (WAAS, EGNOS, MSAS), e-Dif, L-Dif

Up to 20 Hz position

< 0.6m (< 2’) 95% confidence (DGPS) < 2.5m (< 8’) 95% confidence (autonomous)*

* Dependent upon ionospheric activity and multipath

A101

GPS Sensor Specifications (Single Frequency)

Mechanical dimensions 4.1”H x 5.7”D Weight : 20 Ounces

Temperature Range: -40° to +85° CPower: <3 watts

# 23105

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Horizontal accuracy specifications

Communications Specifications

Bluetooth: Dual port

Radio GSM options: Integrated

1 x GSM/GPRS, 1 x SS (900 MHz or UHF

range: 400 MHz), CDMA capable

Baud rates: 4800 - 115200

Serial ports: 1 x RS-232 (9-pin circular, multi

use) 1 x RS-232 (9-pin DSUB)

Power port: 1 x Power input (2-pin circular)

USB:1 USB Host 1 USB Device (9-pin circular)

# 23110

Receiver Type

Channels

Position Modes

Update Rate

RTK Formats

Update rate/recording

Cold Start Rate

Dual frequency GNSS

All in view, L1CA GPS, L1P GPS, L2P GPS, L2C GPS, L1 GLONASS, L2 GLONASS, 3 SBAS or 3 additional L1CA GPS, 1 L-band

RTK, ROX, SBAS, External RTCM, Autonomous, L-band DGPS service, L-band high precision services, L-band high precision service with GLONASS

CMR, CMR+1, RTCM3

Selectable from 1, 2, 4, 5, 10 Hz (20 Hz available)

< 60 s typical (no almanac or RTC)

S320

GNSS Survey Receiver Specifications (Dual Frequency)

Environmental specifications

Operating temperature: -30°C to +65°C (-22°F to +149°F)

Storage temperature: -40°C to +85°C (-40°F to +185°F)

Humidity: Up to 100% condensing

Enclosure: IP67

Shock: EP455, 2 m (6.56 ft) pole drop

Power specifications

Battery: 2 x lithium ion, 2.6 Ah each, 5.2 Ah total, 7.2 V

External voltage: 9 to 20 VDC

Internal radio power: 1 Watt

Mechanical specifications

Dimensions: 114 H x 197 D mm (4.49 H x 7.76 D in)

Weight: 1.51 kg (3.33 lb)

Material: Plastic

RMS (67%) 2DRMS (95%)

10 mm + 1 ppm 20 mm + 2 ppm

0.1 m 0.2 m

0.3 m 0.6 m

1.2 m 2.5 m

RTK 2,3

L-band high precision services 2,4

SBAS (WAAS)

Autonomous, no SA 2

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# 23120 R330

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Communications Specifications

Communications Serial Ports: 2 full-duplex RS232

Baud Rates: 4800 - 115200

Correction I/O Protocol: Hemisphere GPS proprietary, RTCM v2.3 (DGPS), RTK v3, CMR, CMR+1

Data I/O Protocol: NMEA 0183, Hemisphere GPS binary

Timing Output: 1 PPS (CMOS, active high, rising edge sync, 10 kΩ, 10 pF load)

Event Marker Input: CMOS, active low, falling edge sync, 10 kΩ

USB Ports: 1 USB Host, 1 USB Device

GNSS Sensor Specifications

Receiver Type: GNSS L1 & L2, RTK with carrier phase

Signals Received: GPS, GLONASS and BeiDou 4

Channels: 270

SBAS Tracking: 3-channel, parallel tracking

Update Rate: 10 Hz standard, 20 Hz optional

Accuracy: 20 ns

Cold Start Time: < 60s typical (no almanac or RTC)

Warm Start Time: < 30s typical (almanac & RTC)

Hot Start Time: < 10s typical (almanac, RTC &

position)

Maximum Speed: 1,850 kph (999 kts)

Maximum Altitude: 18,288 m (60,000 ft)

Differential Options: SBAS, Autonomous, External

RTCM, RTK, L-band (VBS/HP/XP/G2)3

Mechanical specifications

Dimensions: 17.8 x 12.0 x 4.6 (cm)7.0 L x 4.7 W x 1.8 H (in)

Weight: 645 g (1.42 lbs)

Environmental specifications

Operating Temperature: -40°C to +70°C

(-40°F to +158°F)

Storage Temperature: -40°C to +85°C

(-40°F to +185°F)

Shock and Vibration: Mechanical Shock:

EP455 Section 5.14.1 Operational

Vibration: EP455 Section 5.15.1

The R330™ GNSS receiver is a full solution product in a small box. The R330 utilizes Hemisphere GNSS’ Eclipse™ platform, and our latest GNSS patented technology. The R330 provides accurate positioning using several differential correction methods such as RTK, L-band DGNSS (VBS/HP/XP/G2) and Beacon.

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4.7 DRM™ - Dead Reckoning Module

XLI Field DRM®# 50180

The XLI DRM® allows the surveyor to continue collecting spatial data when GPS is

temporarily unavailable. The DRM is an inertial mapping unit capable of sub meter

accuracy for up to 45 minutes without GPS correction (ideal conditions).

The Dead Reckoning Module (DRM®) is a miniature, self-contained, electronic

navigation unit that provides the user’s position relative to an initialization point. Dead

reckoning (DR) and GPS data are blended by an internal Kalman filter. When GPS is

available, the DR functions are automatically calibrated continuously. When GPS is

unavailable, dead reckoning takes over. Unlike strapdown inertial systems, the DRM®

error characteristics are independent of time, and depend primarily on distance

traveled. Advanced motion classification algorithms or SmartPedometry™ analyze

movement and compensate when the user is moving backwards, sideways, running,

crawling, or just “fidgeting” in place. An automatic compass orientation algorithm

provides accurate azimuth information when the user is upright or prone. MEMS gyros

compensate for transient magnetic disturbances. A barometric altimeter provides

vertical position accurate enough to identify the floor of a building.

Specifications

Horizontal Position Accuracy

Compass Azimuth Accuracy

Vertical Position Accuracy

Mechanical Dimensions

Weight

Temperature Range

Power

1% to 2% of distance traveled from last fix

1° RMS, 0.1° resolution

1.5 meters RMS

3.4” x 2” x 0.6”

1.5 Ounces*

-40° to +85° C

<1 watt

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4.8 XLI Laser Rangefinder

Allows collection of geodetic coordinates without having to occupy the location with GPS receiver. This allows accurate and efficient XLI survey of distant features (buildings, etc.) or locations where GPS blockages exist (i.e. under tree canopy or near buildings) and during other times of GPS outage. This compact and lightweight laser provides “thru-the-lens” viewing, eliminating parallax issues so you know the laser energy is traveling directly along your line of sight. Offering crystal clear optics with the data shown in a heads up display so you don’t have to take your eye off the target. Utilizing the integrated tilt sensor, you can measure horizontal or vertical distance and instantly calculate the height of any object with the built-in height routine! Data communication is via a wired RS232 serial (360 standard), or Optional Bluetooth (360B) wireless connection to the XLI data logger

Measurement Range:

Distance: 0 to 3280 ft (1000 m) typical, 6560 ft (2000 m) max to reflective target

Inclination: +/- 90 degrees

Azimuth: 0 - 359.9 degrees

Accuracy:

Distance: +/- 1 ft (+/- 30 cm) in precision mode +/- 1 yd (+/-1m) in non-precision mode

Inclination: +/- 0.25 degrees

Azimuth: +/- 1 Degree; Typical

Operating Modes: Horizontal Distance, Vertical Distance, Slope Distance and Inclination

3-point flexible height routine with auto sequencing

Advanced target acquisition: Closest, Farthest, Continuous and Filter (reflector only)

Specifications

Dimensions: 5” x 2” x 3.5” (12 cm x 5 cm x 9 cm)

Weight: 8 ounces (220 g)

Power: 3.0 volts DC nominal; (2) AA or (1) CRV3

Eye Safety: FDA Class 1 (CFR 21)

Environmental: Water & Dust Resistant, NEMA 3, IP 54

Temperature: -4°F to +140°F (-20°C to +60°C)

Optics: 7X Magnification (Field-of-view: 330 ft @ 1000yds)

Display: In-scope LCD

Units: Feet, Yards, Meters, Degrees and Percent Slope

TruePulse 360Laser Rangefinder# 23140

TruePulse 360B – Bluetooth Laser Rangefinder# 23150

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4.9 Pipe & Cable Locators

SeekTech™ SR-20 Locator XLI Kit# 25100

Specifications

Active Line Trace Frequencies

Sonde Frequencies

Passive Power Trace

Passive Radio Trace

Weight

Power Source

128Hz, 1kHz, 8kHz, 33kHz

16Hz, 512Hz, 33kHz

50Hz, 60Hz

<4kHz, 4kHz-15kHz, 15kHz-38kHz

3.9 lbs.

4 C-Size Batteries

Features

Proximity Signal - Minimizes depth over target and maximizes relative signal strength to guide you closer to the target independent of the current flow

Mapping Display - Virtually maps the utility to help guide you down the line. Shows signal distortion and line turns in real time

Guidance Arrows - Guides the operator to target line by minimizing signal gradient

Current - Identifies current on target line for faster diagnosis of complex locates

Signal Strength - Allows the operator to maximize signal strength over the target

Continual Depth - Shows depth changes in real time

The RIDGID SeekTech™ locators utilize OmniSeek™ technology: a combination of multi-directional antennas and frequencies, a revolutionary mapping display and state-of-the-art processing to provide more information to efficiently locate underground utilities.

Easy-to-read mapping display that shows:

Real time line, direction and depth

Directional changes as they occur

Shows directional arrows that guide the user to the target line

Signal strength readings to confirm the locate of the target line

Proximity number reading that increases as distance to the target decreases

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Specifications

SeekTech™ SR-60 Locator # 25110

SeekTech™ Receivers with their large display give you the information you need when you need it to locate more with greater certainty.

The RIDGID® SeekTech™ SR-60 utility locator is the only utility locator with the capability to receive the full range of locatable frequencies; allowing it to be used with any pre-set frequency transmitter. The SR60 has all the same features as the SR20, plus a larger LCD display.

With the SR-60, users can locate at the broad frequency range of 10 Hz to 490 kHz, and can tune the frequency 1 Hz at a time, allowing the SR-60 to be used with any pre-set frequency transmitter. The unique passive search mode can be used to search all broadband passive frequencies at once, allowing for easy identification of unknown metallic lines in the target area. These features provide the necessary data for the professional locator to develop a comprehensive and accurate understanding of the underground infrastructure.

The SR-60 is for users wanting the fastest, easiest, most versatile receiver available. Choose the SR-60 for fast confident locates even under tough locate conditions (poor conductors, poor soil conditions, poor grounding, etc.)

Features

Can trace any frequency from 10 Hz to 490,000 Hz.

Can trace energized lines and sondes (beacons) simultaneously

Has all the ease of use and accuracy of the SR-20 but with ALL locatable frequencies.

SeekTech™ SR-60 Tilt Sensor Kit# 25037

Tilt sensor for the SR60; allows the true spatial coordinate for the line to be correctly calculated when surveying slopes or offsets! ALTERNATE RECEIVERS FOR XLI: Radiodetection RD400PXL-2, RD4000 RD8000 & PCM+(Bluetooth)Vivax

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# 25032Bluetooth Cable Replacement for SeekTech Locator

The XLI Bluetooth cable replacement for Seektech SR-20 and SR-60 locators uses internal power at the controller and 2 AA batteries in the transmitter for the locator.

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SeekTech™ ST-33Q 5-10 Watt# 25140

Specifications

Revolutionary New Locator making the toughest locates easy.

Distance: Induce over 8 times more current than the competition onto a target line. More current means that you can walk and trace further than ever before. Locate lines deeper then any other inductive transmitter.

Versatility: Induces at 8 kHz and 33 kHz for low distortion locates. In direct connect mode, the SeekTech™ ST-33Q can transmit at any frequency between 10 Hz and 490,000 Hz making the RIDGID SeekTech™ ST-33Q one transmitter that can be used with all receivers.

Speed: More signal equals less retracing of your steps to pick up and move the transmitter. Cut your inductive trace steps in half, by only having to set up the ST-33Q once. In direct connect mode, the LCD display gives instant feedback on current flow and line resistance

Accuracy: Induce more current at lower frequencies. Lower frequencies are less prone to jump onto other lines in congested areas reducing distortion and increasing accuracy.

Confidence: More current on your line means more signal to locate. Combine your experience with the information provided by RIDGID Locators and you have the tools that allow you to work through difficult traces with confidence. .

Output Frequencies:

Direct Connect (Factory Set): 128 Hz, 1kHz, 8kHz, 33kHz, 93kHz

Direct Connect (User Defined): Any Frequency 10 Hz - 490kHz

Induction: 8kHz, 33kHz

Power Source: 6 Alkaline or rechargeable batteries (D-Cells) or 12V external power supply

Power Settings: 5 mA to 400 mA on internal batteries;

High Power option to 1000 mA on external power

Weight: 12.15 lb. (5.5 kg) w/batteries

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4.10 Line Illuminators

# 25120

Frequencies

Output Power

Output

Weight

Maximum Open Circuit Voltage

Power Source

1kHz, 8kHz, 33kHz

5 Watts, Nominal

Any 2 Frequencies

2.4 lbs.

240VAC 50/60Hz

6-C Size Batteries

ST-305 5 Watt Line Illuminator

# 25130

Frequencies

Output Power

Display

Weight

Maximum Open Circuit Voltage

Power Source

128Hz, 1kHz, 8kHz, 33kHz

10 Watt, Variable

LCD

8.9 lbs.

240VAC 50/60Hz

8-D Size Batteries or 12V external

ST-510 10 Watt Line Illuminator

# 25140

Frequencies

Weight

Power Source

Power Settings

128 Hz, 1kHz, 8kHz, 33kHz, User Defined - Any Frequency 10 Hz ~ 490kHz

12.15 lb. (5.5 Kg) w/batteries

6 D size or 12V external

5 mA to 400 mA on internal batteries;

ST-305 5 Watt Line Illuminator

High Power option to 1000 mA on external

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Power Supply for Line Illuminator

Field Power Standard# 26120

Integrated LCD for confirming battery charge status Overnight charging (8hrs)

33 Ah valve-regulated “non-spillable” batteries for transportation as per US DOT, ICAO, IATA and IMDG. (MSDS’ available upon request.)

Per unit weight within OH&S tolerances (32lbs)24 volt capable with two Bluejuice boxes and a crossover cable

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Field Power Plus # 26130

Further to the foundational priorities of Field Power, the Plus

box was built to include 2-way communications for remotely

monitoring and controlling the XLI Line Illuminator.

Integrated 2-way communications for XLI transmitter operations or technicians

10 Amp/Hr AC charger / Power supply capable of running XLI Line Illuminator from 110Volt AC 60Hz or 50Hz.

Integrated Motorola CM200 radio works with HT1250 portable radio for voice and DTMF transmission for remote status and control changes to the XLI Line Illuminator.

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4.11 ACVG Coating Survey

Up to 20 miles of line can be illuminated with the standard 150 Watt electromagnetic XLI Line Illuminator with remote status monitoring and modular field power supply. The XLI Line Illuminator was designed to provide a stable current to the line being surveyed to make AC Attenuation and AC Voltage Gradient Surveys more accurate and more reliable. The XLI Line Illuminator system includes the XLI Line Illuminator and the Field Power Plus 12 Volt power supply with integrated communication system to remotely check and change the status of the line Illuminator from up to 10 miles away. Other applications include leakage monitoring of methane piping systems in offshore gas platforms, industrial and petrochemical facilities.

XLI Field Electromagnetic Line Illuminator

XLI 150 Watt Line Illuminator# 26100A

Audio Alert

Enclosure

Display

Power Input

Power Output

Frequency

Voice synthesizer to produce vocal status messages both through a built-in speaker & through the Field Power Plus radio

Pelican™ Protector Case™ Ultra High Impact structural copolymer.

LCD, with TX Status signal on Electromagnetic frequency.

External 12 Volt DC, 0.5 Ah min., Rec. min. 7.5 Ah battery – input connector is military-style

0.25 to 3.00 Amp. at up to 50 volts. 4 Way post or military Connectors for output leads.

AC 100 Hz, 1KHz, 10KHz, 512 Hz Preset Frequencies

XLI Field Power Standard

# 26120BIntegrated LCD for confirming battery charge status

Overnight charging (8hrs)

33 Ah valve-regulated “non-spillable” batteries for transportation as per

US DOT, ICAO, IATA and IMDG. (MSDS’ available upon request.)

Per unit weight within OH&S tolerances (32lbs)

24 volt capable with two Bluejuice boxes and a crossover cable

Physical Dimensions

339.7 mm x 295.3 mm x 152.4 mm

4.54 Kg (10.0 lbs.)

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A

B

C

C1

C3

C2

XLI Field Power Plus# 26130c

Integrated 2-way communications for XLI transmitter operations or technicians

10 Amp/Hr AC charger / Power supply capable of running XLI Line Illuminator from 110Volt AC 60Hz or 50Hz.

Integrated Motorola CM200 radio works with HT1250 portable radio for voice and D™ F transmission for remote status and control changes to the XLI Line Illuminator.

c1 The Motorola CM200 mobile features

4 Channels

14-Character Alphanumeric Display

Battery Gauge

6 Programmable Buttons

Adjustable Power Levels

1-Character Numeric Display

4-Watt Front-Projecting Speaker

2 Programmable Buttons

c2 The Motorola HT1250 portable features

128 Channels (8 Zones)

c3 Field Power Plus Antenna

Collapsible from 12 ft to a 6 foot portable container, the Field Power Plus antenna is designed to extend the range of the 2-way remote control radios to as much as 20 km. A must for those long survey days.

Further to the foundational priorities of Field Power, the Plus box was built to Include 2-way communications for remotely monitoring and controlling the XLI Line Illuminator.

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The Motorola CM200 mobile features: 4 Channels, 14-Character Alphanumeric Display, Battery Gauge, 6 Programmable Buttons, Adjustable Power Levels, 1-Character Numeric Display, 4-Watt Front-Projecting Speaker, 2 Programmable Buttons

The Motorola HT1250 portable features: 128 Channels (8 Zones)

Field Power Plus Antenna: Collapsible from 12 ft to a 6 foot portable container, the Field Power Plus antenna is designed to extend the range of the 2-way remote control radios to as much as 20 km. A must for those long survey days.

C1

C2

C3

C1C2

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XLI ACVG Survey Cleats# 26150

Constructed from titanium with extra strength

stainless steel coated cables, the XLI survey

cleats are intended for any outdoor environment and will

ensure maximum contact with the ground.

XLI ACVG Survey Probes# 26160

Durable steel construction ensures that the XLI ACVG survey probes work in any outdoor environment and will make maximum contact with the ground. 1 meter (39”) Long.

XLI ACVG Low Frequency AC Filter# 26170

Removes 50/60Hz and harmonics which otherwise can create “noise” or interference during the ACVG coating survey. Operates on one alkaline 9V battery.

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4.12 CP & DCVG

CP Half-Cells & Supplies

XLI 3A (3”) Half-Cell Electrode

# 30100

XLI 1¼” x 6” Half-Cell Electrode

# 30110

XLI Pencil Probe Half-Cell

# 30120

XLI Wood Half-Cell Tip

# 30150

Spectrum XLI has everything needed for Cathodic Protection and DCVG surveys. The XLI CP survey kit includes the Spectrum XLI wire spool and half-cell probe. Spectrum XLI also supplies trailing wire, half-cells, and copper sulfate to provide you with everything you need for your next CP survey.

XLI Half-cell re-build/repair kit # 30140

Includes Copper Sulfate crystals, distilled water, 2 tips, 4 O-rings, and cleaning supplies in one

convenient package

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The XLI half-cell probes can be used for CP CIPS, AC PSP, DCVG or ACVG surveys. Solid metal construction with durable powder coat finish and rugged yet simple banana plug connectors make these probes the most versatile and reliable on the market. The first probe to allow any common half-cell to be simply threaded into the probe; allows quick change of damaged or contaminated half-cells. Your choice of either solid one piece design or convenient threaded joint to allow probes to be split for compact storage and transportation. Three probe versions to choose from, standard probe with no trigger, XLI 9 volt trigger probe, or hybrid CP CIPS and DCVG switching probe for XLI Gen 1 or 1.5 controllers.

Standard Half-cell Probe - no trigger # 27100

CP Half-Cell Probes

Standard Half-cell Probe - w/ 9V trigger # 27100

Standard Half-cell Probe - w/ DCVG switch # 27100

Break-Apart Half-cell Probe - no trigger # 27100

Break-Apart Half-cell Probe - w/ 9V trigger# 27100

Break-Apart Half-cell Probe - w/ DCVG switch # 27100

A

B

C

D

E

F

CP Close Interval Survey Trailing Wire Spool Holder

# 28160

CP Close Interval Survey Trailing Wire# 28003

Standard 34 gauge, also available in other gauges by special order. Each

spool contains more than 3,000 meters of wire. Spools can be refilled with

wire, so return your empty spools to Spectrum XLI for refund or discount on

refills.

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XLI Voltage Divider# 28180

For DC pipe to Soil survey, reduces voltage range by a scale of 10; allows maximum measured voltage to be increased by 10 times.

XLI CP CIS Filter (filter AC from DC potential) # 28170

Removes AC at 50/60Hz and harmonics which otherwise can create “noise” or interference

during the DC Pipe to soil or voltage gradient coating survey. Operates on one alkaline 9V

battery.

XLI Controller Voltage Tester# 28200

The XLI controller voltage tester was specially built to simulate real field survey potentials to verify correct operation of survey equipment.

The XLI controller voltage tester creates DC interruption cycles with and without AC

interference, and 1KHz AC. Test modes include AC & DC test potentials, DC test potentials on an interruption cycle, and DC interruption cycle with

AC interference.

XLI Bluetooth Survey Point Trigger #25044

Remote trigger for saving survey points Replaces 9V half-cell probe trigger or direct trigger on touch screen or PSION device.

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Spectrum XLI Microscribe

XLI Microscribe Data Logger Software

Facilitates CIS survey and trouble-shooting functions, the XLI Microscribe software logs true waveforms for 24 hours or longer. The survey log can be viewed in its entirety or parsed using XLI Office Software to produce interrupted CIS on /off (polarized) values for any interruption cycle being used, or AC PSP log waveform analysis for AC interference and AC corrosion studies.

XLI Microscribe PC Viewer Software

Facilitates CIS survey and troubleshooting functions. The software allows viewing, editing and parsing of the true waveforms logged by XLI Microscribe. The Microscribe survey log can be viewed in its entirety or parsed to produce interrupted CIS on / off (polarized) values for any interruption cycle being used.

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#51020

#51030

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4.13 Gas Detector

Portable Methane Detector# 24110

Through the use of Filtered Infrared Spectroscopy technology, the handheld PMD device offers sensitivity and cost advantages over conventional techniques employing flame ionization detectors. The technology improves the efficiency of mobile or walking leak surveys, is less costly to maintain than other technologies, and can detect leaks from low ppm to 100% methane gas; filtering out other gases at PPM range.

The handheld device supports natural gas infrastructure leak surveys using a novel infrared (IR) detection technology and leak pinpointing capability for greater user flexibility and safety.

The PMD may be used for walking and vehicle based gas leak surveys for natural gas systems. Other applications include leakage monitoring of methane piping systems in offshore gas platforms, industrial and petrochemical facilities.

SENSIT Technologies Portable Methane Detector (PMD)

Pump Rate

Response Time

Detection Range

Intrinsic Safety

Temperature

Power

Battery Life

1.5 Lpm

<2 Seconds

0-10,000ppm0-100% LEL5-100% volume

Pending US and ATEX zone 2

-20 to +40°C (0° to 130°F)

NiMH Rechargeable battery Pack

8 hrs / battery pack

Operational Specifications

Physical Specifications

25.4cm x 10.4cm x 14cm (10” x 4.1” x 5.5”)2.6Kg (6.1 pounds)IP54 environmental resistance

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The Spectrum XLI PMD Kit comes with carry case to attach the PMD to the Spectrum XLI survey pack & Bluetooth adapter.

Spectrum XLI also carries the hardware to connect the Sensit LMD to the Spectrum XLI controller.

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4.14 Sonar Equipment

The Garmin 300C features high-performance sonar and high-resolution screen. Its single or dual-frequency sonar is dependable and intuitive to use. The 300C features a streamlined design with enhanced user interface and UltraScroll™ technology for super-fast screen updates. SeeThru™ technology separates fish from thermoclines and structure. AutoGain technology to enhance target visibility and temperature log graphically records water temperature.

Suitable for both freshwater and saltwater.

1200 watts peak-to-peak power for depths up to 900 feet80/200 kHz dual beam transducer operation

320 x 240 pixel, ultra-bright QVGA color display

GARMIN 300C# 27100

Alternate XLI Water Depth Devices*Any NMEA 0183 compliant sounder or SONAR device

*Must be compliant with XLI Survey Controller Parameters, check with XLI Tech Support for details.

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4.15 Sewer & Drain Cameras

SeeSnake® Drain & Sewer Inspection Equipment Expands Service Capabilities and Profitability

Owning a RIDGID® SeeSnake system expands your service capabilities and gives you the confidence and credibility you need to win more work. In fact, more than 95% of SeeSnake System owners report increasing their sales and profits after purchasing a RIDGID SeeSnake system.

The entire RIDGID SeeSnake line of pipe inspection equipment is built to endure the toughest residential, commercial and industrial environments. In the rare case that your system needs service, our nationwide network of SeeSnake certified service centers get you back up and running quickly.

Mini-SeeSnake# 31100

RIDGID SeeSnake video inspection systems offer unmatched reliability and performance in a ruggedized package. Each system offers:

100% hardened stainless steel camera head spring assembly of optimum durability.

Rugged, high-intensity lights for exceptional viewing and long life.

Flexible transmitters make locating easy and are compatible with RIDGID locators.

Can be used with any SeeSnake monitor or recorder.

SeeSnake# 31110

SeeSnake Plus# 31120

11⁄2” to 6” Lines up to 200’ Ideal for where portability & maneuverability are crucial: multi-story buildings, roof-tops, confined areas, etc.

2” to 12” Lines up to 325’ Wide pipe diameter capacity range makes this system ideal for a wide range of inspection needs.

Same features and specifications as the SeeSnake Plus; Includes an always upright, self-leveling camera design.

Monitor and Record: Use the power of your laptop to control your inspection camera, using the laptop as a large screen monitoring display & to record videos and image directly to your hard drive.

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Camera Head

Scratch-resistant, debris-shedding sapphire crystal lens.

100% stainless steel housing.

High power adjustable LEDs behind a thick polymer plastic window.

410,000 CCD pixel resolution.

Small camera diameter size (22 mm – 35 mm).

Pipe view (wide angle) technology to see the pipe wall.

Self-leveling option.

Tested water tight to 330’ in length.

Push Cable

Monitors & Recorders

RIDGID SeeSnake monitors are available in various styles to

meet your needs and are designed to be rugged, portable, and

durable. A new line of monitors use the RIDGID 18V Lithium Ion

battery so that you can take your SeeSnake monitor to work in

places it has never been before. Additionally, the new line of

monitors includes a line trace peg to enable you to easily locate

the entire push cable with a locator and transmitter

Fiberglass inner core.

Polypropylene jacket.

Integrated push cable with power/video signal.

512Hz FleXmitter® transmitter included with all

systems

Recording Accessories

RIDGID SeeSnake modular recording capability allows

you to add the latest recording capabilities to new

monitors as well as any legacy monitor with a video

output. The recording accessory line allows you to

buy the configuration you want while maintaining the

option to easily upgrade your recording capabilities in

the future.

SeeSnake HQ™

SeeSnake HQ is powerful installed software for monitoring, recording

and managing digital inspection data in the field. Record and

document your findings, burn DVDs and export to a USB thumb drive.

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4.16 Accessories & Supplies

Urethane probe tips

# 26009

Leatherman Multi-Tool

# 22004

TAPE Measure

# 22007

Water Bottle & Belt Holder

# 22009

12V Plug for Accessory Power

# 30170

XLI Stake Bag

# 29160

XLI Survey Gators

# 22010

XLI Gear Bag

# 29150

Lithium Battery for XLI Pack

# 250266.4mm (¼”) Light Weight # 26200

9.5mm (3/8”) Standard # 26210

Depth of Cover Probes

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27” x 18.1” x 10.9”# 29300

Assor™ ent of ruggedized cases for all you XLI Survey equipment

Protect your inves™ ent during storage and transportation.

9.375” x 7.25” x 4.125”# 29310

16.9” x 10.0” x 6.5”# 29320

13.4” x 8.9” x 5.6”# 29330

19.9” x 14.17” x 7.79” # 29340

Wahl WS3000 Pocket Weather Station allows you to track weather in the palm of your hand ensuring your leak survey is effective!

Pocket Weather Station # 30190

Current Windspeed / Maximum Windspeed

Current Temperature / Relative Humidity and Dewpoint

Altitude / Current Barometric Pressure

Severe Weather Audio Alarm (if the barometric pressure falls or rises 6 millibars over a 3-hour period)

Relative Humidity, Barometer and Altimeter functions can be recalibrated, if required.

Temperature / Wind Chill / Heat Index

Replaceable Impeller

16-hour Pressure Graph

10-second Average

Water Resistant to 4” / Floats

Threaded for Tripod mounting

Includes: replaceable 400 hour Lithium Battery

Lanyard, User Manual, and Voltage Input numbers*

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Training Courses5.0

XLI Falcon

XLI Field Mouse

Master Class

Certification Programs

5 .5.1 Field Technician

5.5.2 XLI Specialist

5.1

5.2

5.3

5.4

5.5

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5.1 XLI Falcon

SPECTRUM XLI OFFICE TRAINING – XLI FALCON SOFTWARE

Introduction to XLI Falcon & the XLI surveys

Data collection & file structure

XLI Data Files

XLI Survey Data Management

Advanced File Structure & Management

Data Recovery

Raw Log Parsing

Advanced Data Management & File Naming Conventions

XLI Data Processing 201

Data Sorting

Advanced Default Sort

Proximity VS Reverse

Sort After Anchor Sort

Spatial Correction

GPS Coordinate EvaluationDOC WizardsTemporal SpacingInterpolationsAnchor Spacing

Search Functions

Advanced UsesThe Data Table

Survey Data Analysis

Reviewing the Raw LogReading the WaveformDOC Location FactorsCP AnomaliesACVG NormalizationAC Attenuation

Report Preparation

Summarizing the surveyPrioritizing Anomalies

XLI Data Processing 101

Data Sorting

The Basics Default SortProximity Sort

Spatial Correction

OffsetsManual CorrectionSnapping

Search Functions

Point IntervalsBends

Survey Data Analysis

The Anomaly MatrixWizardsSearch FunctionsAnomaly Flagging

Report Preparation

Anchor FunctionsROW Feature AlignmentPage Set up and PrintingData Exports

Day 1 Day 2

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5.2 XLI Field Mouse

FIELD MOUSE 101 (1 Day)

Introduction to XLI Field Mouse (FM) & XLI surveysOverview of data collection and file structureXLI Field Data CollectionXLI Field Survey Data Management

Pipeline Locator Theory & Use (1 Day)

Ohms’ lawElectric CircuitsAC VS DCFrequencyInductive vs. Conductive vs. DeductiveEM field responseSlopes & BendsField SafetyField Procedures and Practice

AC Coating Survey (2 Day)

Review Pipeline Locator TheoryCurrent VS VoltageACCA & ACVG Theory Survey LimitationsSurvey Procedure Field Safety ACCA ACVG ACVG Normal VS ParallelInterferenceData AnalysisXLI CAP

XLI Pipeline Mapping (4 hours)

XLI Data Indexes XLI ROW ALIAS Pipeline ALIAS ROW State ROW Land Use ROW Terrain ROW AccessibilityPositioning the GPS & LocatorRoad CrossingsOff Pipeline PointsPipeline Photography

XLI GPS Course (4 hours)

Geodetic Coordinates Datums Latitude and Longitude U™ (10™ VS 6™ ) WGS 84 Coordinate ConversionsHow GPS Works Frequency – Single VS Dual Limitations for GPS Horizontal VS Vertical DOP VS RMS Multipath Masking Ephemeris SchedulingDifferential GPS (DGPS) Theory Real-time VS Post Processing WAAS, EGNOS, MSAS OmniStar – Dual VS Single Freq. GPS Offsets

XLI CP Survey* (1 day)*Course Prerequisite = NACE CP Tester or min 2 yrs working experience

Ohms’ lawCP Theory ReviewElectrochemical CorrosionHow CP WorksImpressed Current CPSacrificial AnodesHalf-cellsCP MetersCP CriteriaCP ReadingsThe XLI Waveform AnalysisSwitching Spike AvoidanceCorrecting for Interference AC & DC Telluric

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Buried pipelines are at risk of failures due to corrosion, environmental cracking, third

party damage, and even geotechnical anomalies that can cause expensive and disruptive

interruptions to pipeline operations.

There are a suite of inspection techniques available to the pipeline operator to minimize

these risks and to prevent leaks and failures.

This is an intensive course designed to introduce the theory and application of all the

above ground survey techniques available to inspect buried pipelines.

What do you gain?

A working knowledge of the NACE standard for applying ECDA to a pipeline system.

An understanding of the theory of the indirect inspection techniques including:

Line Locating, Mapping and Depth of Cover

AC Coating Surveys (ACVG and ACCA)

DC Coating Surveys (DCVG and Side Drain)

Cathodic Protection Close Interval Potential Surveys

Leak Detection Surveys

Pipeline Inspection Techniques

We introduce pipelines as a transportation industry, competing with tanker ships, barges,

and trucks. We look then look at the efficiencies gained by operation of pipelines VS the

alternatives. We then look at the safety of pipelines, and what threats we can identify

to pipelines: third party damage (accidental, theft and terrorist), Corrosion, Cracks,

Operational, Geotechnical. This discussion is followed by the means of prevention and

inspection, from the steel mill, through transportation and construction and right into

operation. Once built and operating, we need to conduct ongoing inspections, so we

discuss the in-service pipeline inspection methods and the applicable standards, benefits

and limitations of each: Hydro re-test – pressure testing, ILI – Smart pigging, ECDA 4 Step

Process, Also now ICDA and SCCDA for internal corrosion and stress corrosion cracking.

Throughout this discussion, we will describe the application of numerous standards: API

579, API 570, API 1163, ASME B31.4 & B31.8, ASME/ANSI B31.8S, and specifically of NACE

SP0502-2010 for ECDA

5.3 XLI Specialist

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ECDA Process

In this discussion we cover the 4 Step Process described in NACE SP0502-2010 - Pipeline

External Corrosion Direct Assessment Methodology: Pre-Assessment, Indirect Inspections,

Direct Examinations, Post Assessment. We then discuss why ECDA is used, which types

of pipelines it can and can’t be used for, and the expected costs of first time and repeat

ECDA inspection programs. The final discussion is a comparison of ECDA versus the more

popular ILI and Pressure Testing inspections, and how different inspections can also be

complementary.

Pipeline Locator Theory & Use

Accurate pipeline location is key to general pipeline operations and especially

critical for above ground surveys. This discussion covers the theory and operation of

electromagnetic pipe and cable locators as well as ground penetrating radar. We then

discuss the limitations and the impact of those limitations on ILI and ECDA inspections.

GPS Theory and Data

Most utilities are now being managed with Geographic Information Systems (GIS), which

requires Geodetic Coordinates. Most companies are acquiring and mapping their systems

with Global Positioning Systems (GPS) in order to efficiently and accurately map, locate

and reference assets and features. There are dozens of complicating factors that are

normally only understood by surveyors and scientists, and by understanding these the

pipeline integrity professional can more confidently work with this modern technology to

allow efficient collection and access to critical pipeline data.

Pipeline Mapping

Following the discussion on GPS and GIS, the next issue we tackle is how to collect the

data needed in GIS for pipeline integrity purposes. This topic will cover methods of

indexing mapping and integrity data to allow reliable and repeatable use.

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Coating Survey

Coatings are put on pipelines to protect them from corrosion; they are the first line of

defense against corrosion and environmental cracking. The ILI technique is the most

common inspection used to find corrosion damage and environmental cracking, but

ILI requires that the operator waits for damage to occur to the pipeline, and when that

damage is large enough to exceed the threshold for detection on the ILI tool, it will be

detected and reported – a reactive approach. There have been recent advances made in

the AC and DC coating survey techniques and the most recent technologies bring a new

level of reliability and confidence in the resulting data. We will describe the theory and

technique and technology used for ACVG, DCVG, and ACCA, as well as the expectation for

the results of these inspections.

Cathodic Protection

The second line of defense for a pipeline is the cathodic protection system.

Understanding CP theory and operation are critical to understanding pipeline integrity. In

this discussion we cover the theory and methodologies for applying, maintaining CP on a

pipeline system, and then discuss the inspection of CP to ensure adequate protection on a

pipeline.

Leak Detection Surveys

Despite comprehensive pipeline integrity management plans, sometimes a pipeline

still develops a leak, and locating the leak, or even ensuring no leaks exist can be a

challenging problem. There are reliable and efficient methods of locating methane from

natural gas pipeline leaks, liquid from water and liquid petroleum product leaks. We will

discuss the latest techniques and technologies and how these can be applied to many

pipeline systems.

Outcome of the Master Class

By the end of this intensive two-day Master Class, you will take back to your organization

an impeccable knowledge on how to implement a comprehensive Integrity Management

Program for pipelines, apply ECDA to a pipeline system, determine, assess and mitigate

the major threats of pipeline integrity and thus enhance your pipeline safety and reliability.

The focus will not only be on establishment of a program but also gives the pipeline

owner/engineer/operator indirect inspection techniques such as pipeline mapping,

AC/DC coating surveys, cathodic protection and leak detection surveys. The emphasis

throughout is on practical, ready-to-apply techniques that yield immediate and cost-

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5.4 Certification Programs

5.4.1 XLI Field Technician

Gain additional benefits from factory training on the use of your Spectrum XLI equipment

and software.

Certified XLI Field Technician Training (3 Day Certification Course)

XLI field certification allows priority technical support from Spectrum XLI via text, email, Skype and voice call.

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5.4.2 XLI Specialist Training

Factory Certified XLI Specialist Training (5 Day Certification Course)

Prerequisite: XLI Field Training, NACE CP1 and minimum 3 years survey experience.

Factory certified XLI Specialists can train and certify other employees of their

company for $250 each.

In-house Only*

$5000.00/person

Includes 1 day of advanced XLI Falcon software training

1 day of advanced equipment training.

In-house*

$1200.00/person

Includes 1 day of theory,

1 day of software,

1 day of field experience

On Client Site**

$1700.00/day +

$250 per person

up to 5 maximum per instructor

*Course includes morning coffee/tea and pastries, in-house catered lunch and afternoon break coffee/tea and snacks.

***The Following requirements also apply:

Travel, sub and facility expenses are on top of that.

Courses will require HDMI projector, classroom / conference seating for trainees.

Field training will also require access to an outdoor buried line for using equipment.

Field equipment training will also incur the cost for freight of equipment to training location.

No meals, beverages or other included in cost.

Support & Warranty6.0

Calibration

Warranty

6.1

6.2

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6.1 Calibration

Spectrum XLI can calibrate and issue calibration certificates as needed for the digital

volt meters in all your Spectrum XLI controllers. Our quick turnaround service normally

completes the calibration and ships your equipment back to you within 2 business days.

It is recommended in NACE SP0207 - Performing Close-Interval Potential Surveys and DC

Surface Potential Gradient Surveys on Buried or Submerged Metallic Pipelines & NACE

TM0109 - Aboveground Survey Techniques for the Evaluation of Underground Pipeline

Coating Condition that voltage measuring devices used for CP CIPS and coating surveys

be calibrated or checked for calibration yearly, or as per manufacturer specifications.

Join XLI’s annual calibration program, and before your current calibration certificate

expires, we will ship a certified, tested replacement Controller that is yours to keep. You

simply open the box, take out the new Controller, replace it with the old one, and call

FedEx. You don’t even have to fill out the shipping label; it will be pre-filled when you

receive it.

Reminders will be sent out via e-mail when approximately two months remain in the

current Certificate of Calibration.

You will receive a calibrated Spectrum Controller with a Certificate of Calibration valid for

1 year delivered to you before you need to ship the old one back. Each replacement unit

will include:

Spectrum Controller in good to very good condition

Certificate of Calibration

Return shipping label

Box

Controllers not returned within 60 days will be automatically billed at present retail value.

Contact Spectrum for full details.

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6.2 Warranty

Shipping & Delivery

All sales are FOB basis; the risk passes to customer as soon as the goods leave our premises. If the delivery is postponed for any reasons, storage of the goods in a third party warehouse shall also be at the customer’s risk and responsibility. On intimation to the Buyer concerning the readiness of the goods for shipment on FOB basis, the Buyer must ensure full insurance cover for any loss or damage.

Warranty

XLI warrants to the original consumer purchaser (“you”) that new XLI products (“Products”) will be free from defects in material and workmanship for the Standard Warranty Period for the relevant Product. The start of the warranty period is the documented date of your purchase of the Product from XLI or XLI’s authorized reseller. The warranty period on replacement Products is the remainder of the warranty on the original Product or 90 days, whichever is longer.

This limited warranty applies only to the XLI products that can be identified by the original, unaltered XLI trademark, trade name or logo affixed to them. XLI does not warrant any product that is not manufactured by, for, or with permission from XLI.

This warranty does not cover any of the following conditions:

Abuse, unreasonable use, mistreatment, or neglect

Unusual physical or electrical stress or power fluctuations

Damage caused by modification or repair not made or authorized by XLI

Products whose XLI Serial Number and/or Material Number label have been removed, torn or defaced

Damage caused by use of non-XLI packaging

Damage caused by improper or improperly used packaging

Products that are determined to be stolen.

Further, this limited warranty is void if the Product cover, or any label or seal on the Product, is removed or

damaged.

IN PARTICULAR, BUT WITHOUT LIMITATION, XLI SPECIFICALLY DISCLAIMS ANY AND ALL IMPLIED WARRANTIES OR CONDITIONS OF SATISFACTORY QUALITY, MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NON-INFRINGEMENT OF THIRD PARTY RIGHTS OR ANY OTHER WARRANTY ARISING FROM A COURSE OF DEALING OR USAGE OF TRADE. NO XLI DISTRIBUTOR, RESELLER, DEALER, AGENT OR EMPLOYEE IS AUTHORIZED TO MAKE ANY MODIFICATION, EXTENSION OR ADDITION TO THIS WARRANTY.

The full Warranty description is available from the XLI Sales Department.

www.spectrumXLI .com

info@spectrumXLI.com(780) 436-4400 | 1-866-434-7872