Latch Olympia RS 50R Latch, stainless steel, height 27 mm, depth 128 mm, weight 1.04 kg

Olympia RS 50R latch is a stainless steel mechanical latch designed for secure closure of doors, panels and access points in control systems and industrial or commercial environments. With a compact height of 27 mm and depth of 128 mm, the latch delivers reliable engagement while its corrosion-resistant stainless steel construction supports long-term durability under repeated use.

Advantages

The latch combines a compact footprint with robust mechanical design to provide consistent locking action and low maintenance requirements. Stainless steel construction offers resistance to corrosion and wear in demanding environments. The unit’s moderate weight and straightforward form factor make it straightforward to install and align in a variety of door or panel configurations.

Suitable for

• Industrial machine guards and control cabinets
• Commercial doors and service panels
• Access points in production lines and conveyor systems
• Enclosures requiring a durable mechanical latch

Key specifications

• Material: stainless steel for enhanced corrosion resistance
• Height: 27 mm
• Depth: 128 mm
• Weight: approximately 1.04 kg
• Type: mechanical latch suitable for secure closure

How to use

Mount the latch to a prepared door or panel cutout using compatible fasteners and alignment points. Ensure the mating strike or keeper is positioned so the latch engages fully when the door or panel is closed. Check movement and engagement over several open/close cycles and adjust alignment or fastener torque as necessary to avoid binding. Regularly inspect for buildup of debris or corrosion and verify that moving parts operate freely.

Usage recommendations

For best results, use corrosion-resistant fasteners and install the latch in applications where mechanical, non-powered operation is required. Periodic lubrication of moving contact points with a light machine oil can extend service life; avoid heavy greases that attract dust. Verify compatibility with door thickness and strike position before final installation.