Unlike the standard glue-on non-skid elastomer pad, this unique snap-on elastomer cup gives greater stability to non-skid application requirements. Especially durable when equipment needs to be moved or repositioned. Mount swivels 7 1/2° to all sides of the center line to adjust to uneven surfaces. Features: Leveling mount made from 303 stainless steel Hardened stud with ball end is machined from solid bar Non-skid cup pad Neoprene rubber

GN40 Leveling feet are simple, economically priced components. The static load rating of these feet is limited due to the acceptable load rating of the stud (tensile strength 500/mm²). The values given in the table assume a straight compressive load, perpendicular to the foot. The bending and buckling stress factors often found in the actual application reduce the load rating of the stud, and must be compensated for accordingly. To insure proper leveling mount size, divide the machine weight by the number of feet required. This will equal the pounds or load per leveling foot.

GN 41 Leveling feet are simple, economically priced components. The static load rating of these feet is limited due to the acceptable load rating of the stud (tensile strength 500/mm²). The values given in the table assume a straight compressive load, perpendicular to the foot. The bending and buckling stress factors often found in the actual application reduce the load rating of the stud, and must be compensated for accordingly. To insure proper leveling mount size, divide the machine weight by the number of feet required. This will equal the pounds or load per leveling foot.

Features: 10 degree swivel in all directions to keep machine tools, racks, assembly lines, and other equipment level. Steel ball hardened for proper seating. Jam nut included. Available in steel or stainless steel.

This classic style of machinery leveling mount is the most widely accepted and has been in use for over 50 years. The simplicity of up to 5/8" leveling with a single bolt per location while providing shock and vibration isolation solves many problems. Friction is developed by the neoprene element, eliminating the need for bolting to the floor. The mounting is locked to the machine leg so it can travel to a new location with the machine. When production lines must be rearranged, this reduces downtime. Typical applications are punch presses, brakes, shears, lathes, milling machines, ...