Filter WH912
Inquire NowDescription
The Filter WH912 is a high-performance welding filter designed for professional welders seeking optimal protection and comfort during their work. This innovative filter allows for a light state of DIN4 and a dark state ranging from DIN9 to DIN13, accommodating various welding environments. With a rapid switching time of less than 1/25,000 seconds at room temperature, it ensures immediate response to bright arc flashes, enhancing safety and efficiency.
The WH912 features a generous viewing area of 100 x 67 mm (3-11/12” x 2-3/5”), providing clear visibility of the workpiece while shielding the eyes from harmful UV and IR radiation, with protection up to shade 15. Its sensitive and stepless adjustment settings allow for precision in adapting to varying light conditions, making it ideal for diverse welding tasks.
Engineered with two sensors and improved TIG capability, the WH912 ensures reliable performance in both manual and automated welding processes. The power supply is a unique combination of replaceable lithium-ion and solar, ensuring longevity and efficiency. Weighing just 108 grams, this lightweight filter is comfortable to wear for extended periods, and it comes with a warranty of two years for peace of mind.
Specifications
| Feature | Details |
|---|---|
| Light State | DIN4 |
| Dark State | DIN9-13 |
| Switching Time | <1/25,000S at Room Temperature |
| Cartridge Size | 110 x 90 x 8 mm (4-1/3” x 3-5/9” x 1/3”) |
| Viewing Area | 100 x 67 mm (3-11/12” x 2-3/5”) |
| Sensitivity | Stepless Adjustment |
| Delay Time | Stepless Adjustment (0.15S ~ 0.80S) |
| Shade Adjustment | Outside & Stepless |
| Sensors | 2 |
| TIG Capability | Improved |
| Power Supply | Replaceable Li-Mi & Solar Combination |
| Weight | 108G |
| UV & IR Protection | Up to shade 15 |
| Optical Class | 1/1/1/2 |
| Warranty | 2 years |
Additional Information
- Ensure proper adjustments for optimal visibility and comfort during use.
- Regularly check and maintain the solar power supply for continued performance.