Ventilation grille GV 400/500 with ZF filter class F5 250x250 GV 400/500 IP55

Control cabinet ventilation – reliable GV 400/500 grille

The GV 400/500 ventilation grille is a practical solution to ensure proper air circulation in control cabinets and switchgear. Equipped with an F5 class filter mat, it effectively protects components from dust and dirt, which translates to their longer life and reliable operation. The snap-in mounting simplifies quick installation and removal, saving time for both installers and users.

Construction and mounting:

The grille is made of durable plastic, which ensures its resistance to mechanical damage and corrosion. The snap-in mounting method allows for trouble-free installation and removal without the use of additional tools – simply press the grille into the prepared opening. This is particularly useful during servicing or modernization of installations. External dimensions of 250 x 250 mm and a mounting depth of 37 mm make it suitable for most standard control cabinets.

Application and benefits:

• Protection against contaminants: The F5 class filter mat traps dust, dirt and other contaminants, preventing them from settling on electronic components.
• Effective ventilation: Provides free air flow, dissipating heat generated by devices inside the cabinet.
• Simple mounting: The snap-in mounting system significantly speeds up the installation and servicing process.
• Durability: Made of high-quality plastic resistant to mechanical damage.
• Compatibility: Can be used with LV400 and LV500 series fans to increase cooling efficiency.
• Standard size: Dimensions of 250x250 mm allow for easy replacement of existing ventilation grilles.

The GV 400/500 grille is characterized by a width of 250 mm, a height of 250 mm and a mounting depth of 37 mm. It is made of plastic and equipped with an F5 class filter mat, and its mounting is done using a snap-in system.

The GV 400/500 grille is an optimal solution for everyone who values reliability, ease of installation and effective protection of electrical components from the negative effects of the environment. Thanks to it, you can ensure optimal operating conditions for devices in control cabinets, minimizing the risk of failures and downtime.