Slides - Import export

Carriage body zinc. Plastic bearing material iglidur® J. Rails anodised aluminium. Version Body chromed. Guide rail natural colour anodised. Note Miniature slide guides are maintenancefree and corrosion resistant. Very high speeds and accelerations are possible due to the low weight. Applicable temperature max. 80 °C. Miniature slide guides are insensitive to dust and are ideal for dry running. ** length L2 = 30 mm and * L = 1000 mm included L2 and L only available in full mm.

Sold in pairs. Fastening material included. Note As an option for floor, platform or side mounting.

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.

Aluminium outer ring and inner ring. Iglidur® J plastic slide elements. Stainless steel A2 screws. Version Anodised outer ring and inner ring. Note Aluminium plain bearings with replaceable, high performance material glide elements for rotary stages. Such a combination of materials guarantees absolutely lubricant and maintenancefree running. Simple assembly. High wear resistance. For high loads, high rigidity.

Extruded section, aluminium EN AW6060. Version Hard anodised aluminium, 50 µm. Hardness 500 HV. Note The aluminium guide rail has good thermal conductivity and importantly heats only at continuously very high speeds. ** lengths L2 = 20 mm * and L = 500 mm included L2 and L only available in full mm.

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

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

These precision slideways with roller bearings are used in machine and fixture construction, metrology, optical instruments and precision mechanics. The scale division on the micrometer dial is 0.02 mm. The stated permissible load values (F) are designed for a service life of 1 million travel cycles. The torque values apply only to centred slides. An additional centring hole is located at holes D2 and D3 on the top of the slide. Other connecting elements can be precisely mounted on the slide in combination with our centring rings 20240. F = permissible loading for dynamic and static loads. TI E/E1 = number of fastening holes E/E1/M inside. TA E/E1 = number of fastening holes E/E1/M outside. TI E4 = number of fastening holes E4/D1 inside. TA E2 = number of fastening holes E2/D1 outside.

These precision dovetail slides find use in e.g. machine and fixture construction, metrology, optical instruments and fine mechanics. The stated permissible load rating (F) is for static loads. The torque values only apply for centred carriages. TI = number of fastening holes E1/E2/MI inside. TA = number of fastening holes E/E1/MA outside. TM = number of centring holes D1 inside. TN = number of centring holes D1 outside. Advantages An additional centring hole is located at all tapped holes. Other connecting elements can be precisely mounted on the slide in combination with our centring rings 20240. Quick and retrofit combination in the X, Y and Z axes.

These precise slideways are used in e.g. machine, fixture and metrology equipment construction as well as in the optical and precision engineering industries. The central set screw M1 can be replaced by a clamping lever 06460. The stated permissible load values (F) are designed for dynamic loads with a service life of 1 million travel cycles. For static loads, 10 times the table value F is permitted. The torque values apply only to centred slides. An additional centring hole is located at holes D2 and D3 on the top of the slide. Other connecting elements can be precisely mounted on the slide in combination with our centring rings 20240. TI E = number of fastening holes E/M inside. TA E = number of fastening holes E/M outside. TI E1 = number of fastening holes E1/D1 inside. TA E1 = number of fastening holes E1/D1 outside.