Swivel base LV.A-60-24-M20X98 Z010958

Adjustable foot – stability and height adjustment in one

The LV.A-60-24-M20x98 adjustable foot is a mounting element made of high-quality glass-fiber reinforced technopolymer, providing strength and resistance to external factors. It finds application in many industries where precise height adjustment and stable support of machines and equipment are required. The construction based on galvanized steel guarantees long-term protection against corrosion, and the possibility of height adjustment allows for perfect adaptation to uneven surfaces.

Materials and construction – the key to durability and versatility

The base of the foot is made of polyamide (PA) reinforced with glass fiber, which translates into high resistance to mechanical damage, abrasion and the action of solvents, oils and lubricants. The galvanized steel threaded pin provides a solid connection to the device structure. A version with a 70A Shore hardness NBR rubber pad is also available, which further increases stability and reduces vibrations. It is worth noting that the LV.A model does not have a factory-mounted anti-slip pad.

Applications and benefits – for the installer and end user

The LV.A-60-24-M20x98 adjustable foot is a versatile solution used in:

• Machines and equipment: Adjusting the height of machine legs allows for perfect leveling even on uneven surfaces, which translates into trouble-free operation and extended service life.
• Production lines: Stable support of work tables and other equipment in the production hall ensures work safety and operator comfort.
• Transport equipment: Vibration damping thanks to the rubber pad (in the AS version) minimizes the risk of damage during transport.
• Special structures: The possibility of precise height adjustment makes the foot applicable in unusual structures requiring a stable foundation.

For installers, the LV.A foot means easy installation thanks to the threaded pin and the possibility of quick height adjustment. For end users, it guarantees stability, safety and long-term reliability of the device. In addition, materials resistant to external factors minimize the risk of failure and the need to replace the foot in the future.