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Home > All Collections > Welding Protection > Auto Darkening weIding HeImet WH12
  • Auto Darkening weIding HeImet WH12 by Goldland
  • Auto Darkening weIding HeImet WH12 by Goldland
  • Auto Darkening weIding HeImet WH12 by Goldland
  • Auto Darkening weIding HeImet WH12 by Goldland

Auto Darkening weIding HeImet WH12 by Goldland

No.GL-WH12
  • Full head protection during welding and cutting with unrivalled ergonomics and comfortable air distribution 
  • Slide-up mechanism for quick change between different work steps 
  • Custom welding helmet designs can be made according to the drawings provided by customers
  • Multiple shade filters and various welding helmet designs can be combined and matched 
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  • Auto Darkening weIding HeImet WH12 by Goldland
  • Auto Darkening weIding HeImet WH12 by Goldland

Description

Functional Integration for Professional Welders and Industrial Operators
The auto-darkening welding helmet WH12 is engineered to meet the stringent safety needs of professional welders and industrial operators requiring comprehensive head protection. Its ergonomic configuration supports extended use by reducing operator fatigue while maintaining uncompromising protection during welding or grinding tasks. The helmet’s slide-up mechanism enables rapid transitions between welding and non-welding phases, optimizing workflow efficiency for diverse operational requirements. This flexible solution supports multiple configurations through a variety of welding helmet designs and shade filter combinations, positioning it as an adaptable option for users across different welding disciplines. The inclusion of a custom auto darkening welding helmet design option further allows enterprises to tailor protection specific to their operational contexts.

Technical Precision and Certification Compliance in Auto Darkening Visual Systems
The WH12 model leverages cutting-edge auto darkening welding lens technology, integrating solar power with replaceable lithium battery systems for robust and continuous operation. With switching times as low as 0.04 milliseconds dependent on the selected variant, the auto darkening functionality ensures rapid response to arc initiation, minimizing eye strain and improving accuracy. Its PA shell meets a comprehensive suite of international safety certifications, including EN166/175/379 CE, ANSI Z87.1, CSA Z94.3, and AS/NZS1337/1338 CE, affirming its compliance with global standards for protective headgear. The device features four arc sensors for reliable arc detection and includes adjustable sensitivity and delay controls, alongside grind mode functionality, making it suitable for different welding environments and processes. Precise optical clarity is evidenced by a true color optical class rating of 1/1/1/1, delivering high-fidelity visual performance across varied ambient conditions.

Versatile Application in Welding Industries Enhancing Operational Safety
The welding auto darkening helmet WH12 serves a critical function across multiple welding applications including MIG, TIG, and stick welding, supporting both indoor and outdoor industrial environments. Its capacity to rapidly switch shading and integrate multiple shade filters optimizes protection aligned with varying welding currents and ambient light exposure. The helmet’s ergonomic air distribution system contributes to operator comfort during extended procedures, enhancing productivity by mitigating heat buildup. Industrial manufacturers, fabrication workshops, and construction firms benefit from its ability to maintain operator safety through precision arc detection and compliance with regulatory mandates. The customizable design aspect enables organizations to incorporate specific markings or safety features aligned with corporate identity or operational protocols, ensuring both performance and traceability in demanding environments.


Product Advantages

Structural and Design Innovation Supporting Modular Integration
The WH12 auto darkening welding helmet exemplifies structural advancement through its modular design approach, allowing adaptation to different workflow requirements and user preferences. The slide-up mechanism is engineered with robust mechanical components to sustain frequent operational transitions without compromising helmet integrity. Its PA composite shell material ensures lightweight yet durable head coverage, meeting multiple internationally recognized certifications simultaneously. The integration of four arc sensors within the helmet optimizes arc trigger response and enhances safety margins by reducing the risk of exposure to harmful radiation. Additionally, the availability of multiple auto darkening welding lens variants and custom filter configurations contributes to the system’s flexibility, enabling procurement managers to align helmet specifications with specific job site demands.

Enhanced Performance Dynamics and Ergonomic User Experience
Performance-wise, the welding auto darkening helmet WH12 offers superior lens switching rates and optical clarity, contributing to reduced eye fatigue and increased operational precision. The blend of solar-powered and replaceable battery sources with a clear battery status indicator ensures uninterrupted usage, an important factor for high-throughput production environments. The helmet’s digital or internal controls for shade, sensitivity, and delay adjustments afford users granular control to optimize protection against welding arc intensity and ambient lighting conditions. This operational flexibility improves usability and tailors protection to diverse welding scenarios. Ergonomic enhancements such as effective air distribution and lightweight shell design contribute to user comfort, reducing fatigue during long shifts. Overall, these features translate into heightened productivity and reduced downtime, offering tangible return on investment for industrial safety programs.

GL-WH12-1008B
Auto-Darkening Welding Helmet
Model GL-WH12-1008B
Auto Filter Model GL-1008B
Auto Filter Size 114 × 133 x 10mm
Viewing Area 97 × 61mm
Shade Control Light States: DIN 4
Dark  States: DIN 5 - 8 / 9 - 13 Internal Adjustment
Switching Time 0.1ms
Delay Control Time 0.1 - 1s
Sensitivity/Delay Control Internal  Adjustment
Power Supply Solar Cells, 3V Li-Battery ( CR2450*2, Replaceable )
Battery Indicator  Red LED light indecates that 2 - 3 days remaining battery life
Lens Control Lens  Test  Button*, Auto-On, Auto-Off
Operating Temperature - 10 ℃ to + 65 ℃
Grind Mode Yes*
Arc Sensors 4 Arc Sensors
Shell Material PA
CE Approval EN 166 / 175 / 379 CE, ANSI Z87.1, CSA  Z94.3, AS / NZS 1337 / 1338
CE Optical Class      1/ 1/ 1/ 1 True  Color

GL-WH12-1027A
Auto-Darkening Welding Helmet
Model GL-WH12-1027A
Auto Filter Model GL-1027A
Auto Filter Size 114 x 133 × 10mm
Viewing Area 100 × 93mm
Shade Control Light States: DIN 3
Dark  States: DIN 5 - 8 / 9 - 13 Internal  Adjustment
Switching Time 0.08ms
Delay Control Time 0.1 - 1.9s
Digital Control &Display Shade, Delay Time, Sensitivity,Grind  Mode, Battery Status
Power Supply Solar Cells, Li-Battery ( CR2450*1, Replaceable )
Lens Control Auto-On, Auto-Off
Operating Temperature - 10 ℃ to + 65 ℃
Arc Sensors 4 Arc Sensors
Shell Material PA
CE Approval EN 166 / 175 / 379 CE, ANSI Z87.1, CSA Z94.3, AS / NZS 1337 / 1338
CE Optical Class 1/ 1/ 1/ 1 True Color


GL-WH12-1026B
Auto-Darkening Welding Helmet
Model GL-WH12-1026B
Auto Filter Model GL-1026B
Auto Filter Size 114 x 1 33 × 10mm
Viewing Area 100 × 93mm
Shade Control Light States: DIN 4
Dark States: DIN 5 - 8 / 9 - 13 Internal  Adjustment
Switching Time 0.07ms
Delay Control Time 0.1 - 1.9s
Digital Control &Display Shade, Delay Time, Sensitivity, Grind  Mode, Battery Status
Power Supply Solar Cells, Li-Battery( CR2032*2, Replaceable )
Lens Control Auto-On, Auto-Off
Operating Temperature - 10 ℃ to + 65 ℃
    Arc Sensors 4 Arc Sensors
Shell Material PA
CE Approval EN 166 / 175 / 379 CE, ANSI Z87.1, CSA Z94.3, AS / NZS 1337 / 1338
CE Optical Class 1/ 1/ 1/ 1 True Color


GL-WH12-1025B
Auto-Darkening Welding Helmet
Model GL-WH12-1025B
Auto Filter Model GL-1025B
Auto Filter Size 114 × 133 × 10mm
Viewing Area 100 × 93mm
Shade Control Light States: DIN 4
Dark States: DIN 5 - 8 / 9 - 13 Internal  Adjustment
Switching Time 0.08ms
Delay Control Time 0.1 - 1.9s
Digital Control &Display Shade, Delay Time, Sensitivity, Grind Mode, Battery Status
Power Supply Solar Cells, Li-Battery ( CR2032*2, Replaceable )
Lens Control Auto-0n, Auto-Off
Operating Temperature - 10 ℃ to + 65 ℃
Arc  Sensors 4 Arc Sensors
Shll   Material PA
CE Approval EN 166 / 175 / 379, CE, ANSI Z87.1, CSA Z94.3, AS / NZS 1337 / 1338
CE Optical Class 1/ 1/ 1/ 1 True Color


GL-WH12-1028A
Auto-Darkening Welding Helmet
Model   GL-WH12-1028A
     Auto  Filter  114 × 133 x 7mm ( 4 × 5”, Ultra-thin, lightweight design) Viewing Area 100 × 93mm
Shade Control   Light States: DIN 3
     Switching Time   0.04ms
Sensitivity Control     1 - 6, 4 - 6TIG, InternalAdjustment
Delay Control     1 - 6 ( 0.1 - 1.2sec ); 7 - 2STEP Delay Contro 8 - TACKMode; Internal  Adjustment
Mode  Control   CUT: Shade 5 - 9; WELD: Shade 10 - 14; GRIND: Shade 3
Auto Shade/Lock Shade Control    Sensing arc light automatically adjusts the shade The shade is locked in the Dark State
Auto Shade CAL Control    Shade Compensation - 1 to - 2 & Oto + 2
Power Control    Auto ON,  Auto OFF
       Power Supply    Solar Cells, 3.7V / 500mAh Battery Rechargeable USB-C Charging Time 2 - 2.5H
Arc Sensors    4 Arc sensors
TIGAmpere     > 5 Ampere
ADF Optical class    V1 ( 1/ 1/ 1/ 1 ) True Color
Operating &Storing Temperature  - 10 ℃ to + 65 ℃, - 20 ℃ to + 85 ℃
Internal&Outside Protection Lens   Intemal: 112 × 83 × 1mm & Outside: 114 × 133 × 1mm
Certification   ISO 16321 GL W3 / 5 - 9 / 10 - 14 V1 CE; ANSI Z87.1 CSAZ94.3; AS / NZS 1337 / 1338


GL-WH12-1030A
Auto-Darkening Welding Helmet
Model GL-WH12-1030A
   Auto Filter Model     GL-1030A
Auto Filter Size 114 × 133 × 4.5mm
Viewing Area     100 × 93mm
Shade Control Light States: DIN 3
Dark States: DIN 10 - 11 Internal Adjustment
Switching Time 0.08ms
Delay Time Control     1 - 6 ( 0.1 - 1s ) Internal Adjustment
Sensitivity  Control 1 - 6 Internal  Adjustment
Digital Control &Display    Shade, Delay Time, Sensitivity,Grind Mode Shade, Delay Time, Sensitivity, Grind Mode, Battery Status
Power Supply     Solar Cells, 3V CR2450*1 Li-Battery Replaceable
Lens Control Auto-On, Auto-Off
Operating Temperature     - 10 ℃ to + 65 ℃
     Arc Sensors 4 Arc Sensors
   Shell Material     PA
CE Approval EN 166 / 175 / 379 CE, ANSI Z87.1, CSA  Z94.3, AS / NZS 1337 / 1338
CE Optical Class 1/ 1/ 1/ 1 True Color

Use Scenarios

Application in Heavy Fabrication and Metal Manufacturing
In heavy fabrication and metal manufacturing environments, the welding auto darkening helmet WH12 functions as a core personal protective equipment component, addressing high-risk exposure to arc flashes and particulate matter. Its advanced auto darkening welding lens technology promptly adjusts to the intensity of welding arcs, ensuring worker eye protection while maintaining clear visibility during intricate welding tasks. The helmet’s compliance with multiple international safety standards facilitates adherence to regulatory mandates prevalent in large-scale industrial manufacturing. Integration with standard personal protective equipment protocols ensures streamlined workflow, supporting productivity without safety compromise. The slide-up mechanism further enables workers to transition between welding and inspection phases efficiently, optimizing manufacturing cycle times in demanding operational schedules.

Role in Construction and Field Welding Operations
Field welding and construction applications present challenges of variable lighting and environmental conditions, which the WH12 auto-darkening welding helmet effectively addresses through its robust design and adaptive shading capabilities. Environmental temperature ranges from -10℃ to +65℃ underline its operational reliability in outdoor conditions, including fluctuating weather scenarios typical in construction zones. The helmet’s ergonomic design and air distribution system enhance wearer comfort during physically intensive tasks, while the option for custom helmet designs enables adaptation to site-specific safety markings or operational identifiers. Combined with accurate arc detection and flexible shade controls, the helmet integrates seamlessly into construction safety programs, ensuring regulatory compliance and reducing downtime caused by equipment adjustments or user discomfort. This integration supports effective project execution timelines and workforce protection.


FAQ

What materials are used to ensure the durability of the WH12 auto darkening welding helmet?
The WH12 helmet shell is constructed from durable PA material, offering robust protection while meeting international safety certifications such as EN166/175/379 CE and ANSI Z87.1. This ensures long-lasting performance under varied welding conditions.

Can I customize the design of the auto darkening welding helmet to fit specific requirements?
Yes, Goldland offers custom auto darkening welding helmet designs based on customer-provided drawings. This flexibility allows clients to tailor protection gear to their precise operational and branding needs.

How does the WH12 welding helmet’s power system work and how is its battery maintained?
The helmet combines solar cells with replaceable lithium batteries (CR2032 or CR2450), and some models include USB-C rechargeable options. A battery status indicator helps monitor power levels to prevent unexpected interruptions.

Does the WH12 provide adjustable shade settings and what is the range?
The WH12 auto darkening welding helmet features internal and digital shade control, covering light states from DIN 3-4 to dark states up to DIN 9-13, with some models reaching DIN 10-11. This wide range supports various welding applications safely and efficiently.
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