Lineární jednotky - EN

140 12 190 12 L=228+H H 7 7 Linear Guide 6 60 PS (zero stroke) Maximum stroke H max 2816 mm Basic mass (when stroke length = 0 mm) m 1 2.2 kg Mass per mm of stroke m 2 3.4 g/mm Total mass m = m 1 + H * m 2 Maximum acceleration 15 m/s 2 Maximum travelling speed 1 m/s 1 set 0.0.701.69 12 190 12 L=228+H H 7 7 Linear Guide 6 60 PS Transverse Carriage (zero stroke) Maximum stroke H max 2816 mm Basic mass (when stroke length = 0 mm) m 1 2.3 kg Mass per mm of stroke m 2 3.4 g/mm Total mass m = m 1 + H * m 2 Maximum acceleration 15 m/s 2 Maximum travelling speed 1 m/s 1 set 0.0.708.77 Linear Guide 6 60 PS F y max [N] = F z max [N] 2000 M x max [Nm] 15 M y max [Nm] = M z max [Nm] 120 Linear Unit Art. No. H LU [mm] X [mm] Linear Unit KLE 6 60x60 LR 0.0.605.07 0 - 2644 172 Linear Unit KGT 6 60 P20 0.0.706.00 0 - 1000 95 1001 - 1560 127 1561 - 2120 159 2121 - 2600 191 Linear Guide 6 60 PS consists of a torsion-resistant profile rail and two heavy-duty recirculating ball units. The encapsu- lated turnkey guide solution is ideal for precise, low-friction movements. As a parallel guide, it can help a driven Linear Unit accommo- date larger loads and torques. The version with a Transverse Carriage Plate is particularly effective at simplifying the construction of parallel linear technology solutions. Thanks to its installation dimensions of just 60x60 mm and two Line 6 groves on its side flanks, the Linear Guide is very easy to integrate into constructions. Linear Guides 6 60 PS ■ ■ Encapsulated components ■ ■ Compact, precise and torsion resistant ■ ■ High torque accommodation If the Linear Guide is being used in parallel with a Linear Unit, the safety clearance of the Linear Unit must be factored in when designing the stroke. The stroke of the Linear Guide must be extended accordingly: H = H LU + X The design takes into account that the Linear Unit, combined with the parallel Linear Guide 6 60 PS, is not restricted in terms of movement and that the total lengths L of the Guide and Linear Unit are identical. H = Stroke of the Guide H LU = Stroke of the Linear Unit ACCESSORIES