High-definition welding screen with auto-darkening filter PROFIMAX SAFETOP

High-definition welding screen with auto-darkening filter PROFIMAX SAFETOP. The PROFIMAX SAFETOP welding screen is a high-definition tool with an auto-darkening filter, powered by four solar cells and designed for demanding welding tasks, including TIG, cutting, and grinding. With an optical class of 1, it ensures a clear and precise view through a viewing area of 100x68 mm.

Its shading scale ranges from DIN 5-8/9-13 and features a grinding function DIN 4, as well as variable sensitivity and a fast switching time of less than 1/25000 s. The screen is powered by solar cells and a rechargeable lithium battery, providing permanent UV/IR protection according to DIN 16, all built with durable materials such as ABS, LCD, and glass.

FEATURES

• Automatic auto-darkening screen powered by 4 solar cells.
• Optical class 1, suitable for work with demanding and permanent vision requirements.
• Valid for various welding tasks/TIG welding, cutting, or grinding.
• Viewing area: 100x68 mm.
• Shading scale DIN 5-8/9-13.
• Grinding function: DIN 4 grinding function (external).
• Variable sensitivity
• Switching time: <1/25000 s
• Power supply: 4 solar cells and 1 rechargeable lithium battery
• UV/IR protection: DIN 16 (permanent).
• Materials: ABS, LCD, printed circuit board, lithium cell, glass.

APPLICATIONS

The high-definition welding screen with auto-darkening filter PROFIMAX SAFETOP is suitable for:

• Various welding tasks/TIG welds.
• Not suitable for laser or oxy-acetylene welding.

TECHNICAL DATA

• EN 379:2009-07 EN175 EN166
• Switching time: <1/25000 s
• Power supply: 4 solar cells and 1 rechargeable lithium battery
• UV/IR protection: DIN 16 (permanent).
• TIG rating: AC TIG, >35 amp; DC TIG, > 15 amp

REGULATIONS

- EN175: This European standard refers to eye and face protection in welding and related techniques. It establishes design, performance, and testing requirements for protective equipment that protects both the face and eyes from hazards associated with welding, such as sparks, radiation, and splashes. It is essential for ensuring the safety of workers in these activities.

- EN397: This European standard specifies the requirements for protective helmets used in industrial environments. It defines performance criteria, such as impact resistance, penetration, and flame, as well as design and testing requirements to ensure the helmet's effectiveness in protecting the head from injuries. It is fundamental for safety in various industries.

- EN166: The EN166 standard establishes safety requirements for glasses and other eye protection devices used in workplace environments. This standard specifies the optical, mechanical, and impact resistance characteristics that these devices must meet to ensure adequate protection against risks such as flying particles, radiation, chemicals, and other hazards present at work. Additionally, it includes classifications that indicate the level of protection offered, ensuring that users have the necessary defense according to the specific conditions of their work environment.