Load indicator - Import export

Lengths, diameters, forces and colour correspond to ISO 10243. F1 indicates the load on the spring for a long service life with spring travel of 25% of L0. F2 indicates the load on the spring for a medium service life with spring travel of 30% of L0. Fmax. indicates the maximum load rating of the spring with spring travel of 40% of L0. F = force required to compress the spring 1 mm.

Form A: Ball element case-hardened and black oxidised. Form B: Bright. Form C: Ball element case-hardened and black oxidised. Form D: Ball element bright. Form G: Ball element case hardened and black oxidised, foot with anti-slip plate. Note: The anti-slip plate absorbs vibrations and prevents the swivel foot slipping The loading indicated in the table is a recommendation up to which permanent static load the swivel foot can be used.

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.

Slides stainless steel 1.4301. Ball cage stainless steel 1.4301. Balls stainless steel 1.4034. Version Slides bright. Ball cages bright. Balls bright. Note for ordering Sold in pairs. Note On telescopic slides with overextension, the travel is greater than the installed length. Latches in open position. When the release lever is actuated, the drawer can be taken out easily and separated from the guide. The dynamic load capacity of the telescopic slides indicates the maximum load rating of a vertically mounted slide pair when the entire extension length is used. The load capacity specified is calculated with a slide spacing of 400 mm and is based on the maximum value with 10,000 cycles. The load capacity is ca. 75% lower by horizontal mounting. The head height of the fastening screws should not exceed 2.5 mm otherwise there is a risk of collision with other parts of the slide.

Slides steel. Ball cages steel. Balls, steel. Version Slides electro zincplated. Ball cages, electro zincplated. Balls hardened. Note for ordering Sold in pairs. Note On telescopic slides with partial extension both sides, the travel is less than the installed length. Latches in open position on both sides. The dynamic load capacity of the telescopic slides indicates the maximum load rating of a vertically mounted slide pair when the entire extension length is used. The load capacity specified is calculated with a slide spacing of 450 mm and is based on the maximum value with 50,000 cycles. The load capacity is ca. 75% lower by horizontal mounting. The head height of the fastening screws should not exceed 2.5 mm otherwise there is a risk of collision with other parts of the slide. Advantages Pulls out in both directions Latches in open position on both sides Light running

Slides steel. Ball cages steel. Balls, steel. Version Slides electro zincplated. Ball cages, electro zincplated. Balls hardened. Note for ordering Sold in pairs. Note By telescopic slides with full extension, the travel is roughly equal to the installed length, which ensures greater comfort and accessibility. The dynamic load capacity of the telescopic slides indicates the maximum load rating of a vertically mounted slide pair when the entire extension length is used. The load capacity specified is calculated with a slide spacing of 450 mm and is based on the maximum value with 80,000 cycles. Not suitable for horizontal mounting. The head height of the fastening screws should not exceed 1.8 mm otherwise there is a risk of collision with other parts of the slide. Advantages Low slide thickness Light running Precise guidance for high lateral stability