Full-Vision Safety Goggles 601 Welding 5
Goggles with Shade 5 Filter
The Full-Vision Safety Goggles 601 Welding 5 are robust protective goggles featuring a green polycarbonate lens and a Welding Shade 5 (W5) filter.
The full-vision design provides a large field of view. An anatomically shaped nose bridge, soft frame and adjustable elastic headband support adaptation to the face.
The lens is replaceable and features both anti-scratch (K) and anti-fog (N) properties. Mechanical strength is classified as medium-energy impact (B). The goggles are additionally marked for liquids (3), coarse dust (4), and molten metal and hot solids (9).
Highlights:
- Welding Shade 5 (W5) filter
- Large field of view
- Green polycarbonate lens
- Replaceable lens
- Anti-scratch property (K)
- Anti-fog property (N)
- Optical Class 1
- Medium-energy impact resistance (B)
- Marked for liquids (3)
- Marked for coarse dust (4)
- Marked for molten metal and hot solids (9)
- Anatomically shaped nose bridge
- Soft frame
- Adjustable elastic headband
- EN 166, EN 169 and EN 175
| Product | Full-Vision Safety Goggles 601 Welding 5 |
|---|---|
| Product type | Full-vision safety goggles |
| Filter shade | Welding W5 |
| Lens colour | Green |
| Lens material | Polycarbonate |
| Frame colour | Smoke |
| Lens | Replaceable |
| Optical class | 1 |
| Mechanical strength | Medium-energy impact (B) |
| Lens technology | Anti-scratch (K) / Anti-fog (N) |
| Application markings | Liquids (3) / Coarse dust (4) / Molten metal and hot solids (9) |
| Standards | EN 166 / EN 169 / EN 175 |
| Weight | 123 g with polycarbonate |
| EU frame marking | U EN175 3 4 9 -B CE |
| EU lens marking | 5 U 1 B 9 K N CE |
The Full-Vision Safety Goggles 601 Welding 5 are specified for welding applications requiring a W5 filter.
The product additionally carries application markings for liquids (3), coarse dust (4), molten metal and hot solids (9), and medium-energy impact (B).
This makes the goggles suitable for technical and industrial environments requiring the corresponding protection classifications.
For use with solar simulation systems, the suitability of the W5 filter and the stated protection classifications must be verified for the specific radiation source and exposure conditions.
The goggles feature a large protective lens and a close-fitting design.
The construction includes:
- Large field of view
- Green polycarbonate lens
- W5 welding filter
- Replaceable lens
- Soft frame
- Anatomical nose bridge
- Adjustable elastic headband
- Anti-scratch property (K)
- Anti-fog property (N)
The anatomical nose bridge supports adaptation to the face, while the soft frame and adjustable elastic headband allow individual adjustment.
The Full-Vision Safety Goggles 601 should only be used within their specified protection and application classifications.
The W5 filter shade must correspond to the intended application. The lens, frame and elastic headband should be checked before use, and the headband should be adjusted to provide a secure fit.
Mechanical strength is classified as medium-energy impact (B). K indicates the anti-scratch property and N the anti-fog property.
Suitability for a specific solar simulation system must be determined according to the required protection level and exposure conditions.
The Full-Vision Safety Goggles 601 combine extensive eye-area coverage with an adaptable design.
Key features include a large field of view, anatomical nose bridge, soft frame, adjustable elastic headband, replaceable lens, anti-fog property and anti-scratch property.
The adjustable headband and soft frame support adaptation to the user’s face. The replaceable-lens design allows the lens to be changed when required.
Any questions?
We're happy to help.
BF is a forward-looking company that specializes in the development, manufacture, and optimization of high-precision systems and specialized irradiation equipment for test benches.
Your contact person
Danelis Diaz
Management Backoffice
Never miss a thing
BF is a forward-looking company that specializes in the development, manufacture, and optimization of high-precision lighting systems and specialized illumination systems for test benches.
