TOOLIOM LY800 G

TOOLIOM LY800 G Auto Darkening Welding Helmet User Manual

Model: LY800 G

1. Safety Information

Always prioritize safety when operating welding equipment. This welding helmet is designed to protect your eyes and face from harmful radiation, sparks, and spatter during welding, cutting, and grinding operations. Failure to follow safety instructions can result in serious injury.

  • Eye Protection: This helmet provides protection against ultraviolet (UV) and infrared (IR) radiation, even in the light state. However, always ensure the auto-darkening function is working correctly before use.
  • Impact Protection: The helmet offers limited protection against impact. Always wear appropriate primary eye protection (safety glasses) underneath the helmet.
  • Ventilation: Ensure adequate ventilation in your work area to avoid inhaling hazardous fumes and gases produced during welding.
  • Flammable Materials: Keep flammable materials away from the welding area.
  • Inspection: Before each use, inspect the helmet for any damage, cracks, or loose parts. Replace damaged components immediately.
  • Temperature Range: Do not use the helmet outside its specified operating temperature range.

2. Product Overview

The TOOLIOM LY800 G Auto Darkening Welding Helmet offers a panoramic viewing experience with three auto-darkening lenses and six arc sensors. It is designed for TIG, MIG, CUT, and Grind applications, featuring Type-C charging and solar power capabilities for extended use.

TOOLIOM Auto Darkening Welding Helmet, front view.

Figure 2.1: Front view of the TOOLIOM LY800 G Auto Darkening Welding Helmet.

Key Features:

  • 180° Panoramic Darkening Field of View with three auto-darkening lenses.
  • Six arc sensors for reliable arc detection.
  • Rechargeable lithium battery with Type-C charging and solar power.
  • Adjustable sensitivity, delay, and shade settings.
  • WELD/CUT/GRIND mode selection.
  • Comfortable, adjustable headgear with sweat-absorbing cap.

3. Components and Controls

Lens Module Features:

Close-up of welding helmet lens module showing low battery indicator, test knob, arc sensor, and solar panel.

Figure 3.1: Lens module with key indicators and sensors.

  1. Low Battery Indicator: Illuminates when the battery level is low, indicating a need for charging.
  2. Test Knob: Used to test the auto-darkening function of the lens.
  3. Arc Sensor: Detects the welding arc and triggers the auto-darkening function. This helmet features six sensors for enhanced reliability.
  4. Solar Panel: Provides supplemental power and recharges the internal battery during operation.

External Controls:

Control panel on top of the welding helmet showing knobs for delay time, sensitivity, shade, and a mode switch for WELD/CUT/GRIND.

Figure 3.2: External control panel for adjustments.

  • Mode Switch (WELD/CUT/GRIND): Selects the operating mode.
  • Delay Time Knob: Adjusts the time it takes for the lens to return to its light state after welding stops.
  • Sensitivity Knob: Adjusts the sensitivity of the arc sensors to ambient light and arc intensity.
  • Shade Knob: Adjusts the darkness level of the lens in WELD/CUT modes.

4. Setup and Adjustment

Headgear Adjustment:

Proper adjustment of the headgear is crucial for comfort and stability during use.

Adjustable headgear of the welding helmet with arrows indicating points of adjustment for angle and fit, featuring soft sponge padding.

Figure 4.1: Headgear adjustment points.

  1. Fit Adjustment: Rotate the knob at the back of the headgear to tighten or loosen the fit around your head.
  2. Top Strap Adjustment: Adjust the top strap to position the helmet correctly on your head, ensuring the viewing area is at eye level.
  3. Angle Adjustment: Use the side knobs to adjust the angle of the helmet when in the down position. This allows for optimal viewing and comfort.
  4. Distance Adjustment: Adjust the distance between your face and the lens for clear vision and to prevent fogging.

5. Operating Instructions

Charging the Battery:

The helmet is powered by a rechargeable lithium battery, supplemented by a solar panel.

Close-up of the welding helmet's Type-C charging port and solar panel, illustrating rechargeable and solar power options.

Figure 5.1: Type-C charging port and solar panel.

  • Type-C Charging: Connect a standard Type-C USB cable to the charging port on the helmet. A full charge ensures maximum battery life.
  • Solar Charging: The integrated solar panel continuously charges the battery when exposed to light, extending operational time.
  • Low Battery: If the low battery indicator illuminates, recharge the helmet promptly.

Mode Selection:

Use the mode switch to select the appropriate function for your task.

  • GRIND Mode (DIN 4): For grinding operations. The auto-darkening function is deactivated, and the lens remains in a light shade (DIN 4) for clear visibility while protecting against sparks and debris.
Image showing the welding helmet in Grind Mode (DIN 4) with a person using an angle grinder, sparks flying.

Figure 5.2: Helmet in Grind Mode.

  • CUT Mode (DIN 5-9): For cutting operations. The auto-darkening function is active, and the shade level can be adjusted between DIN 5 and DIN 9.
Image showing the welding helmet in Cut Mode (DIN 5-9) with a person using a plasma cutter on metal.

Figure 5.3: Helmet in Cut Mode.

  • WELD Mode (DIN 9-13): For welding operations (TIG, MIG, etc.). The auto-darkening function is active, and the shade level can be adjusted between DIN 9 and DIN 13.
Image showing the welding helmet in Weld Mode (DIN 9-13) with a person performing arc welding.

Figure 5.4: Helmet in Weld Mode.

Adjusting Settings:

  • Shade Adjustment: Rotate the Shade knob to select the appropriate darkness level (DIN 9-13 for Weld, DIN 5-9 for Cut). Refer to welding shade charts for recommended settings based on amperage and material.
  • Sensitivity Adjustment: Rotate the Sensitivity knob to adjust how easily the sensors detect the arc. Higher sensitivity is suitable for low amperage TIG welding or when the arc is partially obscured. Lower sensitivity helps prevent false triggering from ambient light.
  • Delay Time Adjustment: Rotate the Delay Time knob to set how long the lens remains dark after the arc stops. A shorter delay is suitable for tack welding, while a longer delay is better for high amperage welding to protect against afterglow.

True Color Technology:

This helmet incorporates True Color Technology for a clearer and more natural view of your workpiece, enhancing visibility and reducing eye strain.

Comparison image showing the clear view of True Color Lens Technology versus the green tint of Traditional Lens Technology during welding.

Figure 5.5: True Color Technology vs. Traditional Lens.

UV/IR Protection:

The helmet's advanced protective film effectively blocks harmful UV and IR light rays, safeguarding your eyes from long-term damage.

Diagram illustrating how the welding helmet protects eyes from harmful UV/IR radiation and blue-violet light.

Figure 5.6: UV/IR and Blue Light Blocking.

6. Maintenance

Cleaning:

  • Helmet Shell: Clean the helmet shell with a mild soap and water solution. Avoid harsh solvents.
  • Protective Lenses: Clean the inner and outer protective lenses with a soft, clean cloth and a mild lens cleaning solution. Do not use abrasive materials.
  • Auto-Darkening Filter (ADF): Gently wipe the ADF with a soft, dry cloth. Do not immerse the ADF in water or cleaning solutions.

Lens Replacement:

Replace the outer and inner protective lenses regularly, especially if they become scratched, pitted, or dirty, to maintain optimal visibility and protection. Replacement lenses are included in the package.

Battery Care:

  • Charge the battery regularly, even if the helmet is not in frequent use, to maintain battery health.
  • Store the helmet in a cool, dry place away from direct sunlight.

7. Troubleshooting

ProblemPossible CauseSolution
Lens does not darken when arc is struck.Low battery; Sensors blocked; Sensitivity too low; Mode set to GRIND.Recharge battery; Clean sensors; Increase sensitivity; Switch to WELD/CUT mode.
Lens remains dark after arc stops.Delay time set too long.Decrease delay time.
Poor visibility through lens.Protective lenses dirty/scratched; ADF dirty.Clean or replace protective lenses; Gently clean ADF.
Helmet feels uncomfortable or unstable.Headgear not properly adjusted.Adjust headgear straps and knobs for a secure and comfortable fit.

8. Specifications

FeatureSpecification
Model NumberLY800 G
Viewing AreaPanoramic 180°
Arc Sensors6
Light State ShadeDIN 4
Dark State ShadeAdjustable DIN 5-9 (CUT), DIN 9-13 (WELD)
Switching Time≤1/10000s
Delay TimeAdjustable (Short to Long)
SensitivityAdjustable (Low to High)
Power SupplyRechargeable Lithium Battery (included) + Solar Cell
Charging MethodType-C USB, Solar Powered
WeightApproximately 2.79 pounds
ComplianceANSI Z87.1 (as indicated on product images)

9. Warranty and Support

For warranty information and customer support, please refer to the documentation included with your purchase or visit the official TOOLIOM website. If you encounter any issues or have questions regarding the operation or maintenance of your welding helmet, please contact TOOLIOM customer service for assistance.

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