Adjustable foot LV.A-60-24-AS-M24X198 Z010967
Catalog numbers:
- LV.A-60-24-AS-M24X198
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Adjustable foot LV.A-60-24-AS-M24X198 Z010967
Adjustable foot – stability and versatility in every application
The LV.A-60-24-AS-M24x198 adjustable foot is made of high-quality glass-fiber reinforced technopolymer, guaranteeing strength and resistance to mechanical damage. The use of polyamide (PA) ensures resistance to solvents, oils, greases and other chemicals – making it an ideal solution in demanding industrial environments. A matte finish provides an aesthetic appearance and prevents glare.
This foot is particularly useful wherever height adjustment and stable support for machines and equipment are required. Thanks to its ball joint design, the foot allows compensation for uneven surfaces, minimizing the risk of damage and ensuring optimal working conditions. The AS version additionally features a non-slip pad made of 70A Shore hardness NBR rubber, which significantly increases stability and grip even on slippery surfaces.
Construction and materials
The foot base is made of PA technopolymer, reinforced with fiberglass – a material known for its high strength and chemical resistance. The threaded pin is made of galvanized steel, providing protection against corrosion and long-term reliability. The thread has a flat key grip for easy assembly and disassembly. The non-slip pad (in the AS version) is made of NBR rubber, providing excellent adhesion to the surface.
- Technopolymer PA: Chemical resistant, mechanically strong, dimensionally stable.
- Galvanized steel: Provides corrosion protection and long life.
- NBR rubber: Provides high grip and dampens vibrations (in the AS version).
- Ball joint: Allows compensation for uneven surfaces and precise height adjustment.
Additionally, the foot design is designed to ensure a secure connection between the base and the non-slip pad – even in the event of strong impacts or adhesion to the surface. Slight knurling on the bottom of the base further increases the stability of the foot even without using the non-slip pad.

