WS 5.4501
2Pages

WS 5.4501 WS 5.4501 Workholding Systems MC-P clamping against the fixed jaw, mechanically operated jaw widths 40, 60, 100 and 125 mm Advantages ●●Patented segment design ●●Compact design ●●High precision and accuracy of the m anufactured workpieces by high rigidity ●●High zero-point stability ●●Sturdy design and good swarf protection ●●Large jaw openings ●●Extensive range of jaws ●●Clamping of raw and finished parts without retrofitting ●●Easy to maintain Application The workholding systems MC-P are especially advantageous for 5-axis machining. The compact design allows a good accessibility of the tools to the workpiece. Collision-free tool paths and a 5-sided workpiece machining can be achieved with short standard tools. Due to the good swarf protection, workholding systems MC-P are particularly suitable for the use in pallet systems. The high force and stability obviate the need for pre-stamping of the workpieces. Accessories ••Clamping jaws and jaw inserts, accessories for mounting, positioning and operation see data sheet WS 5.450Z ••Rapid change block Quintus see data sheet WS 5.6150 Description Workholding systems of the MC-P series excel by a very compact design and their patented segment design. Thanks to the adjusting spindle arranged in the upper part of the housing, deformation in the base during clamping is reduced to a minimum. Thus, a high rigidity of the workholding system is obtained. The patented segment design ensures a high degree of precision and stability. The guiding clearance is reduced to nearly zero. All essential components are made of hardened steel. The workholding systems MC-P 100/125 are already prepared for the use on zero point clamping systems. For this purpose, there are location threads for retractable nipples at the bottom side of the housing. For workholding systems MC-P, a wide range of clamping jaws is available (see data sheet WS 5.450Z). Application example Technical data Clamping principle: Operation: clamping against the fixed jaw mechanically with a torque wrench MC-P 40 Jaw width: Clamping force*: Clamping stroke: Max. jaw opening: MC-P 60 Jaw width: Clamping force*: Clamping stroke: Max. jaw opening: MC-P 100 Jaw width: Clamping force*: Clamping stroke: Max. jaw opening: MC-P 125 Jaw width: Clamping force*: Clamping stroke: Max. jaw opening: Versions Mechanically operated The movable clamping jaw is displaced by a threaded spindle which is also used to build-up the clamping force. A torque wrench is used for exact and reproducible clamping force adjustment. Hydraulically operated Hydraulically-operated versions are available Customised versions on request. MC-P workholding systems can also be deliv- Please contact us. ered as customised versions. For example in hydraulically-operated versions, other lengths *Important note or with individual mounting holes. The specified clamping forces apply to a Please contact us. clamping height (n) of 15 mm. For higher clamping heights, the clamping Consultation f orces are reduced. Our experts will be pleased to advise you also on site, and work with you to find the optimum clamping solution. Extensive information such as drawings and CAD models are available on request. 3 workholding systems MC-P in 3 x 120°arrangement on a 5-axis machining centre. ROEMHELD · 927 Horan Drive, Fenton, MO 63026 · Phone: (314) 386-8022

Technical data Dimensions MC-P 40 Accessory: Clamping jaw (Fig. shows reversible step jaw 9 4581 6931) S 20 Stroke View from below MC-P 60 Accessory: Clamping jaw (Fig. shows reversible step jaw 9 4583 6901) S 30 Stroke Accessory: Clamping jaw (Fig. shows reversible step jaw 9 4585 6901) d1: ocation hole for retractable nipple L of a zero point clamping system Accessory: Clamping jaw (Fig. shows reversible step jaw 9 4586 6901) S d1: ocation hole for retractable nipple L of a zero point clamping system Clamping principle Repetitive clamping accuracy g on both sides Weight without clamping...