Clamping elements - Import export

Housing steel. Clamping lever plastic. Threaded spindle grade 12.9. Version Housing nickelplated. Clamping lever, spindle black oxidised. Note Manually operated clamping elements for static clamping tasks. Manual clamping process using the freely adjustable clamping lever. The floating clamp ensure symmetrical application of force onto the rail. Up to 50,000 static clamping cycles (B10d value). In general, a friction connection is created between the clamping element and the the linear guide on the open faces of the profile guide rail so that the ball guide tracks are not damaged. The retaining force is tested on an oil smeared profile guide rail. An adapter plate, dependent on the type of carriage used, is required for height adjustment.

The angle bracket enables easy mounting of the clamping elements directly on the machine component. The bore D2 serves to hold the clamping element. The clamping element can be mounted on the front or rear of the bracket. The bores D3 enable the bracket to used for other applications.

Housing 1.4308 stainless steel, from size 5 1.4301. Clamping arm 1.4301 stainless steel. Buffer natural rubber. Screw stainless steel A2. Version Housing and lever arm bright. Screw ISO 4017, grade 70, bright. Note Clamping element with integrated highly elastic, shaperetaining natural rubber buffer. Together with a chain tensioner set, sprocket set or a tension pulley, the clamping element makes a readytoinstall tensioning unit suitable for tensioning chain and belt drives. Suitable for both tensioning directions. The clamping elements are maintenancefree and tearoff resistant. The clamping element is fastened to the machine component through a bore. If necessary, a heavyduty dowel pin can be inserted in the positioning notch “P” for torque support.

The screw is tightened or the clamping lever is turned to expand the two wedges in the hole. The infinitely adjustable shaft collar enables one or more stop elements with various thicknesses to be securely fixated. Application: These clamping pins are perfect for fixing standard stop elements with various thicknesses to hole grid boards / welding tables with hole Ø 16 mm or 28 mm. Advantages: Infinitely adjustable clamping range of 0-36 mm and 0-75 mm. Not affected by the diameter or surface quality of the bore (up to H12). Clamping range can be easily preset using the scale. Gentle clamping in the bore. Pull-down effect even with thin table material (≥8 mm or ≥4 mm). Compatible with conventional stop elements.

Housing glassbead reinforced polyamide. Rollers POM. Screws steel. Version Housing and rollers black. Screws electro zincplated. Note The roller elements are ideal for constructing roller conveyors in any length and width. Suitable for aluminium profiles types B and I. The sprung guide tabs underneath universally match slots sized 8 and 10. Mounting Form A Insert the lower housing part with rollers into the aluminium profile slot. Set the spread pins on the upper housing part into the lower housing part and press down. The spread pins expand the clamps and locks the roller element in the slot. Mounting Form B Insert the lower housing part with rollers into the aluminium profile slot. Set the upper housing part on top and press down. Knocking or screwing the screws in locks and clamps the roller element in the slot.

Hook clamps and clamping screw carbon steel, tempered.

Case-hardened, black oxidised and ground. Note: To align fixtures and clamping elements on subplates and palettes with location holes. They can be mounted in holes or slots.

Workpiece supports are for supporting overhanging workpiece parts to prevent vibrations and bending during machining. They should not be subjected to strong forces from a clamping element and are not intended as supports under a clamping point.

Grid spacing 50 ±0.02 mm. Tombstones with grid holes are used on horizontal machining centres. The alphanumerically labelled grid holes guarantee a defined assignment of clamping elements by repeat setups. The tombstones conform to machine tables for machine tools acc. to DIN 55201 and JIS 6337-1980. Please order locating pins for positioning subplates on machine tables acc. to DIN 55201 separately. Please order protection plugs to plug unused grid holes separately. Ring bolts for hoisting are supplied. Other dimensions available on request. Drawing reference: 1) grid hole 2) hole for DIN 912 cap screw (D3/D4)

Grid spacing 50 ±0.02 mm. Tombstones with grid holes are used on horizontal machining centres. The alphanumerically labelled grid holes guarantee a defined assignment of clamping elements by repeat setups. The tombstones conform to machine tables for machine tools acc. to DIN 55201 and JIS 6337-1980. Please order locating pins for positioning subplates on machine tables acc. to DIN 55201 separately. Please order protection plugs to plug unused grid holes separately. Ring bolts for hoisting are supplied. Other dimensions available on request. Drawing reference: 1) grid hole 2) hole for DIN 912 cap screw (D3/D4)

The indexing and clamping grips enable the positioning, securing and clamping of diverse positioning elements with just one product. Indexing is carried out using the indexing pin and the item is clamped using the end face of the sleeve. A protruding signal button means that the indexing pin is not completely extended.

We recommend using a lubricating paste to reduce wear to the adjustment screw. Risers are available to increase the height of the power clamp. Supplied with clamping element, support element, DIN 508 slot key and grade 12.9 bolt. Application: The height of the clamping arm can be infinitely adjusted using the adjustment screw and the workpiece can then be clamped. Advantages: Very high retaining forces of 22–49 kN. Low height. Simple element assembly. Enables very fast, simple clamping. Infinitely adjustable height and length. Use in 12-28 mm T-slots or M10, M12, M16, M20 grid systems. Thrust pad available in smooth and serrated versions.