Spacers and adapters

The Spacers and Adapters category includes technical components designed to optimize the installation and alignment of industrial locks and locking systems for technical cabinets, electrical panels, and professional furniture. These accessories make it possible to compensate for dimensional tolerances, facilitate installation on panels of different thicknesses, and improve fastener stability. Available in sturdy materials such as steel, die-cast metal, or technical plastic, OMR Locks spacers are offered in different finishes (black, nickel-plated, galvanized, or clear) and with standard hole diameters of 24 mm, compatible with major lock configurations. Ideal for designers and installers who require mechanical precision and reliability over time.

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FOCUS

To choose the correct spacer, consider the thickness to be compensated for (e.g., 2 mm or 5 mm) and the diameter of the hole required, typically 24 mm. The materials available-steel, die-cast metal or plastic-should be selected according to the environment of use and the mechanical strength required. The finishes (galvanized, nickel-plated, black or clear) offer protection against corrosion and are aesthetically suited to the application environment. Always check compatibility with the lock or locking system installed.

FAQ

What are spacers and adapters used for in industrial locking systems?

Spacers and adapters are used to compensate for differences in depth between panel and locking device, ensuring stable and accurate mounting. They are essential to ensure proper mechanical operation of locks in technical cabinets, electrical panels, or professional furniture.

What is the standard hole diameter for these accessories?

The most common hole diameter for OMR spacers and adapters is 24 mm, compatible with most technical locks installed on industrial furniture and professional equipment.

What material to choose for a spacer in high-wear environments?

In environments subject to mechanical stress or harsh conditions, it is advisable to use steel or die-cast metal spacers, which offer greater strength than plastic. The choice of finish, such as galvanized or nickel-plated, can also increase protection against corrosion.