Fechadura para armário elétrico Rittal 2576.000, aparafusada, preta

Rittal 2576.000 is a screw-mounted electrical enclosure lock in a black finish designed for secure closure of control cabinets and distribution enclosures. The lock assembly is compact and lightweight (approximately 60 g) and installs with screws into standard panel cutouts. It provides mechanical access control and tamper resistance for industrial and commercial switchgear where a simple, reliable closure is required.

Advantages

The screw-mounted design enables straightforward installation and replacement without the need for specialized tools. The black finish offers a discreet appearance that integrates with common cabinet designs. Its lightweight construction reduces load on doors and panels while maintaining sufficient strength for everyday use. The product is compatible with a plastic handle, version B, and accepts a lock cylinder insert for keyed access, improving security and controlled entry to electrical compartments.

Suitable for

Key specifications

How to use

Prepare the panel cutout according to the cabinet manufacturer's dimensions and align the lock with the mounting holes. Secure the lock in place using screws appropriate for the panel material and thickness. If keyed access is required, insert the lock cylinder into the designated slot and verify smooth operation of the handle mechanism. After installation, test the locking and unlocking function several times to confirm reliable engagement and ensure the door seals correctly when closed.

Recommendations

For prolonged service life, use screws made of compatible corrosion-resistant material and periodically check the mounting hardware and lock cylinder for wear or contamination. If the unit is used in outdoor or aggressive industrial environments, consider additional sealing measures or protective coatings on surrounding hardware to prevent corrosion. Match the lock with the specified plastic handle version B and the approved lock cylinder insert to maintain intended functionality.