user guide - realityworks guide realcareer® welding ... the welder create proper welding technique...

User Guide

RealCareer® Welding Solutions – guideWELD® LIVE welding guidance

2 RealCareer® Welding Solutions – guideWELD® LIVE real welding guidance system

Table of ContentsIntroduction to guideWELD® LIVE 3System Includes 3Assembly Instructions 4 Speed Sensor and Speed Shield Assembly 4 Helmet and Angle Sensor Assembly 4 Battery Installation 5 Speed Shield Cleaning Instructions 5Reference Guide to System Pieces 6 Speed Sensor 6 Helmet and Display 6Available Default WPS 7Helmet Set-up 8Calibration Process 9 Angle Sensor Calibration (continued) 11Welding Icons/Guides 12Main Menu Setup 13Speed Sensor (setup) 14 Bind 14 Test Channels 15Diagnostics (setup) 16 Turn Logging On/Off 16 Helmet 16 Angle Sensor 16 Speed Sensor 16Firmware (setup) 17 Versions 17 Update Helmet 17 Update Sensor 18 Update Flash Memory 18Precision Levels (setup) 19Precision Levels (setup continued) 20 Change Default Precision Levels 20 Change Measurement Units 20 Change Language 20Troubleshooting 21 Speed Sensor 21 Helmet Angle Sensor Calibration 22 Angle Sensor 23Safety & Warnings 24Need More Help? 24

3RealCareer® Welding Solutions – guideWELD® LIVE real welding guidance system

Introduction to guideWELD® LIVEguideWELD® LIVE real welding guidance system that shows the welder their Welding Speed, Work Angle, and Travel Angle. The guidance system is a series of welding indicators that help the welder create proper welding technique while doing actual welding!

System Includes1. Auto-darkening Welding

Helmet with Guidance Display and an SD card with 18 default Welding Procedure Specifications (WPS’s) in Helmet

2. Angle Sensor (connected to Helmet)

3. Stick Calibration Fixture 4. Speed Shield with Brackets5. Screw knobs6. Speed Sensor with base 7. Eight rechargeable batteries

with battery charger 8. Accessories/supplies: screwdriver, arm band,

extra protective speed lens, helmet protective shield, helmet manual, guideWELD LIVE Quick Start Guide

9. Downloadable guideWELD® LIVE Curriculum

Additional Resources: www.realityworks.com/guideweldlive-downloads1. User Guide 2. guideWELD® LIVE Curriculum 3. Available Standard WPS Lists and WPS Editor 4. Product Support tutorials and documents

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Assembly InstructionsSpeed Sensor and Speed Shield AssemblyConnect the Speed Sensor and Speed Shield to the base by attaching the two screw knobs. Both sides of each have pre-drilled holes.

1. Position threaded holes on the Speed Sensor (orange arrows) to the inside of the base arm (green arrows)

2. Position the threaded holes on Speed Shield Bracket (orange arrows) to the outside of the base arm (blue arrows)

3. Line up the 2 screw knobs* to the outside of the Speed Shield Bracket to the base arm (red arrows)

4. Screw until tight * These knobs are also used for adjusting the alignment of the Speed Sensor.

Helmet and Angle Sensor AssemblyConnect the Helmet with the Angle Sensor by plugging in the white cord plug of the Angle Sensor with the black cable jack connector**

1. This is located on the right side of the guideWELD LIVE Helmet, wrapped over the Helmet’s halo.

** The Angle Sensor comes pre-assembled.

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battery installation on page 5 >


Battery InstallationguideWELD LIVE has two battery packs that are located on the Speed Board and on the Helmet. Both locations take two rechargeable AA batteries.

NOTE: Each unit is shipped with rechargeable batteries installed. An additional four rechargeable batteries and battery charger are included.

System Battery LifeThe bottom right screen on the guideWELD LIVE Helmet will display the battery status icons. The bottom left icon is the helmet battery status and the bottom middle-left icon is the speed sensor battery status.

The following is the life expectancy for each battery pack before recharging:

• Helmet battery life expectancy: 6.5 hours per continuous use• Speed Board battery life expectancy: 8 hours per continuous use

NOTE: For best usage, if using product on a day-to-day basis, charge overnight to ensure fully charged batteries with every use.

Speed Shield Cleaning InstructionsSpeed Shield: • Keeping the shield clear of dust, debris, and other welding partials will give the tracking

sensors the best visual of welding arc

• Clean the shield after each use for best results; wipe it with a dry cloth

Protective Speed Lens:• Keep lens free of dust, debris, and other welding partials

• Clean lens every 2-3 days of welding use for best results; wipe it with a dry cloth

Helmet batteries (screwdriver needed)

Speed Sensor Batteries


Reference Guide to System PiecesUse the images below as you walk through the set-up of your guideWELD LIVE Helmet and the calibration process.

Speed Sensor 1. On/off button

(back of Speed Sensor)2. Binding button

(back of Speed Sensor) 3. Calibration button 4. Battery compartment

(two AA batteries)5. Alignment button 6. Arc-off speed Indicators7. Alignment lasers

(front of Speed Sensor)

Helmet and DisplayguideWELD LIVE periphery guidance is located inside the auto-darkening Helmet using the chosen WPS as the guide for each and every weld.

1. Battery compartment (two AA batteries)

2. Work Angle guidance indicator3. Travel Angle guidance indicator4. Speed guidance indicator5. Helmet display on/off button6. Menu select button7. Menu navigation buttons8. Menu display9. SD card port

Work Angle (45)

Speed

Travel Angle (10)

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Available Default WPSguideWELD® LIVE welding guidance system has 18 default WPS capability to weld for the tee joint, lap joint, and v-groove joint. The tee joint is in a 2F position, lap joint is in the 2F position, and the v-groove joint is in the 1G position. All base material is mild steel with several material thicknesses available in MIG and Stick.

Default MIG WPS

Default Stick WPS

WPS Number

Material Thickness

Welding Position

Joint Design

Consumable Type

Electrode Size

Amp Range

Welding Work Angle

Welding Travel Angle

Welding Travel Speed

(inch) (AWS Wire Class) (inch) (amps) (Range of Degree) (Range of Degrees) (ipm)

TARGET TARGET TARGET TARGET

SM2FT1351/8 1/8 2F Tee E7018 1/8 120 45 20 11

SM2FL1351/8 1/8 2F Lap E7018 1/8 120 45 20 11

SM1GG1351/8 1/8 1G V-Groove E7018 1/8 120 90 20 11

SM2FT1401/4 1/4 2F Tee E6013 1/8 95 45 20 7

SM2FL1401/4 1/4 2F Lap E6013 1/8 95 45 20 7

SM1GG1401/4 1/4 1G V-Groove E6013 1/8 95 90 20 7

SM2FT1303/8 3/8 2F Tee E6010 1/8 90 45 20 6

SM2FL1303/8 3/8 2F Lap E6010 1/8 90 45 20 6

SM1GG1303/8 3/8 1G V-Groove E6010 1/8 90 90 20 6

Base Material (type): All Stick WPS’s are tested with STEELWelding Polarity: DC Mode of Wire Transfer: All WPS’s for SMAW processMeasurement Units: All WPS’s are available in Metric and Imperial.

NOTE: Customizable WPS available

WPS Number

Material Thickness

Welding Position

Joint Design

Specified Weld Size

Volt Range

Wire Feed Speed

Welding Work Angle

Welding Travel Angle

Welding Travel Speed

(T1, T2) (AWS A2.4) (volts) (WFS) (Range of Degree) (Range of Degrees) (Minimum ipm)

TARGET TARGET TARGET TARGET TARGET

GM2FT10216G 16-18ga 2F Tee 0.09 17 180 45 10 14.7

GM2FL10216G 16-18ga 2F Lap 0.06 17 180 45 10 16.2

GM1GG8216G 16-18ga 1G V-Groove 0.06 17 145 90 10 13.7

GM2FT1401/8 0.125 2F Tee 0.125 18 270 45 10 13.2

GM2FL1281/8 0.125 2F Lap 0.125 17.5 265 45 5 14.7

GM1GG1271/8 0.125 1G V-Groove 0.125 18 230 90 10 13.2

GM2FT1701/4 0.25 2F Tee 0.25 23 360 45 5 8.5

GM2FL1701/4 0.25 2F Lap 0.25 23 360 45 5 10.0

GM1GG1461/4 0.25 1G V-Groove 0.125 22.5 340 90 10 7.7

Base Material (type): All MIG WPS’s are tested with STEELWelding Polarity: DC Filler Metal Size (diam.): All WPS’s are tested with 0.035Mode of Wire Transfer: All WPS’s for GMAW processFiller Metal Type (AWS classification): All WPS’s are ER70S wireMeasurement Units: All WPS’s are available in Metric and Imperial.

NOTE: Customizable WPS available


Helmet Set-upView Reference Guide to System Pieces (page 6) for button positioning and helmet guides.

1. Turn on the Helmet and Speed Sensor

2. Look at the menu display, use navigation buttons to determine a choice on each of the following screens

3. Choose WPS Selection to start a new WPS or Choose Weld with WPS, which is the previous WPS used. Press the menu select button to confirm

4. Choose Process. Press the menu select button to confirm

5. Choose Joint Type. Press the menu select button to confirm

6. Choose Material. Press the menu select button to confirm

7. Choose Thickness. Press the menu select button to confirm

8. Choose WPS. Press the menu select button to confirm*

9. Choose desired indicators to display. Press the menu select button to confirm

10. Choose starting position. Press the menu select button to confirm

* Only one option may be available based on previous selections.


Calibration ProcessNOTICE: The calibration process will need to be completed before each weld! The process includes Speed Sensor alignment and Angle Sensor calibration. The process is the same for Stick or MIG welding except when of using the Stick Calibration Fixture (for Stick welding only).

Speed Sensor Alignment Joint/Coupon types

1. Tee (2F)2. Lap (2F)3. V-Groove (1G)

Based on chosen joint type, align Speed Sensor to welding coupon

4. Press the red alignment laser button and align laser dots to weld joint

Tee or Lap Position

V-Groove orLap Position

Joint/Coupon Side Views

Tee Joint/Coupon Alignment*

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calibration continued on next page >

* Laser dots must be within 1/2 inch of welding joint line (in front or behind) for optimal speed feedback.


Calibration Process (continued)

Angle Sensor CalibrationDuring calibration process and during weld, maintain a firm grasp on welding gun and Angle Sensor. For best results, keep Angle Sensor in the same location (between palm of hand/glove and welding gun) without movement.*

1. Tighten the Angle Sensor straps to the palm of your hand. Cover your hand and the Angle Sensor with a welding glove

OR

Cover your hand with the welding glove, then tighten the Angle Sensor straps to the palm of the glove-covered hand

2. Determine if welding left- or right-handed--use left side calibration fixture for left-handed users, or right side for right-handed users

3. Determine if calibrating for MIG or Stick process

a. For MIG, insert the welding gun into the calibration fixture

b. For Stick, insert the welding gun into the Stick Calibration Fixture

4. Tighten the small screw knob a. For MIG, tighten so the

welding gun nozzle can just slide in and out of the fixture with minimal clearance

b. For Stick, tighten on Stick Calibration Fixture so it cannot be easily be removed

MIG Calibration Setup Stick Calibration Setup

*Angle Sensor must be on palm side during welding for accurate guidance feedback.

Angle Sensor calibration continued on next page >


Angle Sensor Calibration (continued)5. Grasp the welding gun in the desired holding position, pivot handle down and hold

6. Press and release the calibration button on the Speed Sensor, the calibrating screen will display in the Helmet. Wait for first part of the calibration to complete before continuing

7. Pivot the welding gun handle up and hold

8. Press and release the calibration button on the Speed Sensor, the calibrating screen will display in the Helmet. Wait for first part of the calibration to complete before continuing

9. When calibration has completed, the in-helmet indicators will display*

10. Remove the welding gun and start the weld without adjusting the position of the Angle Sensor on the welding gun

* The Speed Guidance Display will not show until a weld has started. The Speed Sensor needs to detect an arc before turning on speed guidance.

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Speed

Travel Angle (10)


Welding Icons/GuidesWelding Travel Angle Indicators (right top screen in the Helmet)

Based on the designated WPS, the Helmet will indicate if the travel angle is too far right, too far left or at the correct travel angle. The travel angle indicators’ (right arrow/left angle) size will increase when the weld moves farther away from acceptable welding travel angle and decrease as the weld moves toward the acceptable WPS standards. Correct travel angle will show up as an equals sign. This will show up when the optimal acceptable WPS standard is reached.

Welding Work Angle Indicators (left top screen in helmet)

Based on the designated WPS, the Helmet will indicate if the work angle is too high, too low, or at the correct work angle. The work angle indicators’ (up arrow/down arrow) size will increase when the weld moves farther away from acceptable welding work angle and decrease as the weld moves toward the acceptable WPS standards. Correct welding work angle will show up as an equals sign. This will show up when the optimal acceptable WPS standard is reached.

Welding Speed Indicators (left bottom screen in helmet)

Based on the designated WPS, the Helmet will indicate if the welding speed is going too fast, too slow, or at the correct welding speed based on the welding guide. The speed indicators’ (plus/minus signs) size will increase when the weld moves farther away from acceptable welding speed and decrease as the weld moves toward acceptable WPS standards. Correct welding speed will show up as an equals sign. This will show up when the optimal acceptable WPS standard is reached.

Rotate Travel Angle Right Correct Rotate Travel Angle Left

Move Work Angle Upward Correct Move Work Angle Downward

Increase Welding Speed Correct Decrease Welding Speed


Main Menu SetupUnder Setup, five areas are available for additional helmet programming.

Each screen displays a “Back” and “Return to Main Menu” option unless a selection is required.[Example: Precision Level screen – if no change is needed, simply press the Menu Select Button]

SetupSpeed Sensor Diagnostics Firmware Precision Level Int’l Specs

Bind Turn Logging On/Off VersionsSet Precision Level:Select 1, 2, 3 or 4

Metric/Imperial:Select Metric or Imperial

Test Channels Helmet Update HelmetLanguage: Select English,

Spanish or Czech

Identify Hand Sensor Update Sensor

Speed Sensor Update Flash Mem

Menu Setup continued on pages 14-20 >


Speed Sensor (setup)There are three levels of Speed Sensor: Bind, Test Channels and Identify. Read the information below for the steps and purpose of each level.

Bind Each system goes through a binding process when it leaves the factory floor. Binding is when the Helmet of the guideWELD LIVE system is associated with the Speed Sensor. The purpose of doing this is to have that Speed Sensor and Helmet communicate data to one another. The pieces are not connected by cabling; the unit sends radio waves from the Speed Sensor to the Helmet to tell the user what their speed is during an actual weld. Each Helmet and Speed Sensor must bind to be able to communicate and send data from Speed Sensor to Helmet.

All Speed Sensor and Helmets can be re-bound to another Helmet and/or Speed Sensor.

Bind Instructions:1. Turn on Helmet and Speed Sensor 2. Go to the Main Menu, select Setup and press the menu select button3. Choose Bind. Press the menu select button4. Take a pointed object (paper clip point, screw driver tip) and press the bind button for

two seconds

5. View the lower right helmet screen. After binding the screen will display the new Speed Sensor serial number

NOTE: It is recommended to store the Helmet and Speed Sensor together or mark them to reduce the need to bind in the future.

NOTE: The bind button is a small recessed button located on the Speed Sensor next to the power button. The Speed Sensor “arc off” guidance lights light up and start to scroll. This may take up to two minutes for it to correctly bind.

Speed Sensor Setup continued on the next page >

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Speed Sensor (setup continued)

Test Channels Each system is set to a specific channel for the radio waves to communicate from the Speed Sensor to the Helmet. Setting the channel selection is done on the factory floor. The Speed Sensor and Helmet are not connected by any cabling; the unit sends radio waves from the Speed Sensor to the Helmet to tell the user what their speed is during an actual weld. There are 16 available channels. Each system is preset to a specific channel before it leaves the factory. For best results, different channels should be used for each Helmet.

All Speed Sensors and Helmets can be changed to a different channel, if needed, for optimal performance and communication.

Channel Selection Instructions:1. Turn on Helmet and Speed Sensor 2. Go to the Main Menu, select Setup and press menu select button3. Choose Test Channels. Press the menu select button

4. View the lower right screen. Choose the most optimal channel based on the lower right screen bar graph; a longer bar and green color represent the best channels to choose from

Identity Identity is used to confirm that the Helmet is working with the correct speed sensor.

Identity Instructions:1. Turn on Helmet and Speed Sensor 2. Go to the Main Menu, select Setup Level and press the menu select button3. Select Identity and press the menu select button. A signal will be sent to the speed board4. Look for the arc off lights to blink. This indicates the Helmet and Speed Sensor have

identified each other as working together

NOTE: On the left lower screen in the Helmet, there will be a bar graph of every channel that is available. Each bar will show the color of green, yellow or red. Green bars indicate the clearest channels. Yellow bars indicate usable channels but far less clear. Red bars indicate channels that are not good to use.

NOTE: Depending on the number of systems, no more than four Helmets should be set to the same channel. This could bog down the communication channel, causing delays from the speed sensor to the Helmet.


Diagnostics (setup)Diagnostics is used for troubleshooting purposes. There are four levels of diagnostics: Turn Logging On/Off, Helmet, Angle Sensor and Speed Sensor. Read the information below for the purpose of each level. These processes should only be done in a troubleshooting interaction.

Turn Logging On/Off The SD card creates a log after each weld to show how the product functioned during that weld. The SD card can hold up to five logs at one time. Once past five, the oldest log will be removed. Logs are used by Realityworks’ Product Support team for troubleshooting.

• If menu says “Turn Logging On” then Logging is currently off• If menu says “Turn Logging Off” then Logging is currently on• Turning the Logging feature on only affects future welds

Helmet Diagnostic testing on Helmet tests the screen graphics for display issues.

Select Helmet and the screens will scroll through the test displaying white on black, black on white, red and yellow indicators for Travel Angle, Work Angle and Speed, white to black, and multi color.

Angle Sensor Diagnostic testing on Angle Sensor tests the connection to the Helmet.

1. Connect the Angle Sensor to the Helmet2. Turn on the Helmet 3. Go to the Main Menu, select Setup. Press the menu select button4. Choose Diagnostics. Press the menu select button5. Choose Hand Sensor. Press the menu select button

The screen will display either “Hand Sensor PASS” or “Hand Sensor FAIL”

Speed Sensor Diagnostic testing on Speed Sensor tests speed tracking feature capabilities.

1. Turn on Helmet and Speed Sensor 2. Go to Main Menu, select Setup. Press the menu select button3. Choose Diagnostics. Press the menu select button4. Choose Speed Sensor. Press the menu select button5. Shine an incandescent flashlight (LED will not work) up close to each red light on the

Speed Sensor board. Move flashlight from right to left All 24 red LEDs should light up as the flashlight passes


Firmware (setup)Firmware is used for software updates of the Helmet and Speed Sensor. There are four levels of Firmware: Versions, Update Helmet, Update Sensor and Update Flash Memory. Read the information below for the steps and purpose of each level.

Versions Versions show the system software code and is used for troubleshooting for the Helmet, SPI, Sensor and SDC.

Helmet (Helmet)

SPI (Speed Sensor)

Sensor (Angle Sensor)

SDC (SD Card)

Update Helmet Update Helmet is used to update the software code.

Update Helmet Instructions:1. Turn on the Helmet 2. Insert SD Card into the Helmet3. Go to the Main Menu. Select Setup and press the menu select button4. Select Firmware. Press the menu select button5. Select Update Helmet. Press the menu select button

6. Turn off the Helmet to restart

NOTE: Updates will begin and run until complete – do not shut off Helmet during this time. When update is complete, the screen will flash white

Firmware Setup continued on the next page >


Firmware (setup continued)

Update Sensor Update Sensor is used to update the software code on the Speed Sensor.

Update Sensor Instructions:1. Turn on the Helmet 2. Insert SD Card into the Helmet3. Go to the Main Menu, select Setup and press the menu select button4. Select Firmware and press the menu select button5. Select Update Sensor and press the menu select button

6. Turn off helmet to restart

Update Flash Memory Flash Memory is the text and graphics on each of the Helmet screens. Update Flash Memory is used to update the software code.

Update Flash Memory Instructions:1. Turn on Helmet 2. Insert SD Card into Helmet3. Go to the Main Menu, select Setup and press the menu select button4. Select Firmware and press the menu select button5. Select Update Flash Memory and press the menu select button

6. Turn off the Helmet to restart

NOTE: Updates will begin and run until complete – do not shut off the Helmet during this time. When update is complete, screen will state “Update Complete”

NOTE: Updates will begin and run until complete – do not shut off Helmet during this time. When updated, screen will state “Update Complete”


Precision Levels (setup)Precision Level is the tolerance that is allowed for Work Angle, Travel Angle and Speed to be in comparison with the WPS. For example, if Work Angle is 45 degrees, precision level would allow a 45-degree mark miss by 2-3 degrees (42 degrees on the low end, 48 degrees on the high end) and still be acceptable for the guidance system.

The Precision Levels mode is the area where a user can increase or decrease the precision of the WPS parameters for the guidance system within the Helmet. All systems are preset at level 2. See the chart below for exact degrees and speed info.

• Level 1 is a 3-degree up/down variable for Work & Travel Angle and 1.5-inch increase in Travel Speed

• Level 2 is a 5-degree up/down variable for Work & Travel Angle and 3-inch increase in Travel Speed

• Level 3 is a 7-degree up/down variable for Work & Travel Angle and 3-inch increase/decrease in Travel Speed

• Level 4 is a 10-degree up/down variable for Work & Travel Angle and 4-inch increase/decrease in Travel Speed

Precision Levels continued on the next page >


Precision Levels (setup continued)Change Default Precision Levels To change the default level, follow the steps below and enter the level each time the Helmet is used. After turning off the Helmet, it will default back to level 2 for Precision Level.

Precision Levels Instructions:1. Turn on Helmet and Speed Sensor 2. Go to the Main Menu, select Setup and press the menu select button3. Select Precision Levels. Press the menu select button4. Select Set Precision Levels. Press the menu select button5. Select the level [1, 2, 3, 4] to move precision guides. Press the menu select button 6. Go back to Main Menu to begin weld calibration process

International Specifications (setup)Change Measurement Units To change the default measurement units from Imperial (U.S.) to international specs of Metric, follow the steps below.

Measurement Units Instructions:1. Turn on Helmet and Speed Sensor 2. Go to the Main Menu, select Setup and press the menu select button3. Select International Specifications. Press the menu select button4. Select Metric/Imperial. Press the menu select button5. Select Metric or Imperial. Press the menu select button6. Go back to Main Menu to begin weld calibration process

Change Language To change the default English language to international specs of Czech or Spanish, follow the steps below.

Measurement Units Instructions:1. Turn on Helmet and Speed Sensor 2. Go to the Main Menu, select Setup and press menu select button3. Select International Specifications. Press the menu select button4. Select Language. Press the menu select button5. Select the desired language. Press the menu select button6. Go back to Main Menu to begin weld calibration process


TroubleshootingSpeed Sensor Speed Sensor needs to be turned on prior to using the system. Turn on the switch located on the back of the Speed Sensor.

1. “Turn on Speed Sensor” will display in the upper right and left screens2. The Speed Sensor status icon in the lower right screen will be grayed out3. Once the Speed Sensor is turned on and communicating with the Helmet, the status icon

will turn green (see the middle right icon below)

NOTE: Once the Speed Sensor has been turned on, the Turn on Speed Sensor screen in the Helmet will turn off.

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Troubleshooting (continued)

Helmet Angle Sensor Calibration The Angle Sensor will need to be calibrated before each weld.

1. If calibration screen 1 appears inside the Work Angle (right top screen) and Travel Angle (left top screen) screens, the Angle Sensor must be recalibrated (see calibration process)

NOTE: Once Calibration has been completed, the calibration will stay for up to three minutes. After three minutes, the guidance technology accuracy may start to drift. This drift may cause inaccuracies in the welding guidance system and only through recalibration of the angle sensor will these inaccuracies be resolved.

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TroubleshootingAngle Sensor If the connection between the Helmet and the Angle Sensor is not communicating, it may be because of the Angle Sensor not being connected to the Helmet.

1. “Connect Hand Sensor” will display in the upper right and left screens2. The Hand Sensor status icon in the lower right screen will be grayed out3. Once the Hand Sensor is connected and communicating with the Helmet, the status icon

will turn green (see the right icon below)

NOTE: Due to the cabling, if the Angle Sensor male cable is connected to the female of the Helmet too quickly, it may not join properly. Due to this issue, a message in the Helmet appears indicating a reconnect for the Angle Sensor. There is a two-click connection that should take place, and this message will disappear when done correctly.

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www.realityworks.com | 800.830.1416© 2016 Realityworks, Inc. All rights reserved.1032230-05 | 8/2016

Safety & Warnings• Only use guideWELD LIVE in a manner consistent with its intended purpose.• Observe Safety and Warnings that come with the included helmet (posted inside

of the helmet)• Class 3R lasers are used in the guideWELD LIVE Speed Sensor. AVOID DIRECT EXPOSURE

DUE TO LASER RADIATION• Some components of guideWELD LIVE may ignite at certain welding temperatures. Always

maintain proper safety and fire equipment around welding areas when welding.• Remove batteries for long term storage

Need More Help?Additional Help and InformationVisit: www.realityworks.com/guideweldlive-downloads1. guideWELD® LIVE curriculum 2. Product Support tutorials and documents

Online Product Support We’re here to help! Our online product support features video tutorials, downloadable doc-uments, frequently asked questions and product notices, all of which make it easy for you to get support for products, software and more, day or night. Find our online product support area here: www.realityworks.com/support/ Online Store Supplies, accessories, select simulators, curriculum and more are available for purchase from our online store 24 hours a day! Find our online store here: http://store.realityworks.com

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