Levelling feet with hex. base

Steel or 1.4305 stainless steel Version: Steel trivalent blue passivated. Stainless steel, bright. Note: Swivel feet consist of a threaded spindle and a plate joined together. Any threaded spindle can be combined with any plate. The height of the complete swivel foot can be calculated from the length of the threaded spindle + height of hexagon + 22.5 mm. (Overall height of swivel foot = L + L1 + 22.5 mm) Depending on the version, threaded spindles can have a thread undercut in front of the hexagon.

Plate die-cast zinc or stainless steel 1.4305. Anti-slip plate thermoplastic elastomer. Version: Die-cast zinc plate, black powder-coated. Stainless steel plate, bright. Note: Swivel feet consist of a plate and a threaded spindle or ball joint. Any plate can be combined with any threaded spindle or ball joint. The anti-slip plate absorbs vibrations and prevents the swivel foot slipping. For matching threaded spindles see 27810. For matching ball joints see 27811.

Aluminium, nitrile rubber Note: The machine feet with vibration absorption remain vertically and horizontally stable, even in the presence of strong vibrations. Permanent loads are optimally absorbed thanks to the high quality rubber-metal joint. The machine feet can be screwed onto the machine using a threaded spindle. Supplied with Threaded spindle M16X105 is supplied fully assembled as part of delivery. Drawing reference: 1) Shore hardness

Metal parts, steel grade 5.6. Elastomer, natural rubber, medium hardness, Shore 60. Version: Steel electro zinc-plated. Note: These machine feet have proven themselves to be universally applicable elements for the elastic support of all types of machine. They are commonly used wherever large horizontal movements are to be avoided. The horizontal rigidity is higher in all directions than the vertical rigidity. If used correctly they are excellent at preventing the transfer of vibration and noise. Machine feet with shear protection are available for situations where tensile forces are to be expected. The indicated load data are reference values for static loads by rubber hardness of Shore 60A. In contrast to those in the drawing, the holes D2 can also be elongated holes.