DATI TECNICI S10-12 S10-16 S10-20 S10-25 S10-30

Transcript

1 TI TCNICI S10-12 S10-16 S10-20 S10-25 S10-30 Range di pressione bar Ragne di temperatura C luido Velocità max del pistone /s Versioni Taglie lesaggi iametro stelo Corse Peso (C=corsa in ) Versione a strisicamento g Versione a sfere g Spinta teorica orza di spinta da N orza di tiro da N Carichi aessi Versione strisciamento N Versione a sfere N da 3 a 7 da 5 a 60 ria filtrata 10 microns essicata o lubrificata, se utilizzata la lubrificazione deve essre continua da 30 a 100 /s Con bussole a strisciamento / Con bussole a sfere / Con vite di fermo / Con deceleratore idraulico x 12 2 x 16 2 x 20 2 x 25 2 x (0.002 x C) ( x C) (0.005 x C) (0.006 x C) (0.009 x C) (0.002 x C) ( x C) (0.005 x C) (0.006 x C) (0.009 x C) (il valore indicato è da moltiplicarsi per la pressione in bar) 2.26 x ΔP 4 x ΔP 6.28 x ΔP 9.8 x ΔP 14.1 x ΔP 1.69 x ΔP 3 x ΔP 4.11 x ΔP 7.5 x ΔP 10.1 x ΔP (i valori indicati si riferiscono alla corsa min e max) da 3 a 1.5 da 6 a 3 da 10 a 3.5 da 12 a 5.6 da 20 a 7 da 6 a 4 da 11 a 6 da 20 a 7 da 26 a 8 da 36 a 11 TCNIC TURS S10-12 S10-16 S10-20 S10-25 S10-30 Pressure range bar 3 to 7 Temperature range C 5 to +60 luid Piston speed /s 20m dried or lubricated filtered air. ubrication, if used, must be continuous. 30 to 100 /s Versions System with sliding bushes / System with ball bushes available with stop screw or hydraulic decelerator Sizes ores 2 x 12 2 x 16 2 x 20 2 x 25 2 x 30 Piston rod diameter Strokes eight (C=stroke) Sliding version g (0.002 x C) ( x C) (0.005 x C) (0.006 x C) (0.009 x C) all bearing version g (0.002 x C) ( x C) (0.005 x C) (0.006 x C) (0.009 x C) Theoretical thrust ultiply the value shown by the pressure in bar Thrust force (ΔP = pressure in bar) da N 2.26 x ΔP 4 x ΔP 6.28 x ΔP 9.8 x ΔP 14.1 x ΔP Pull force da N 1.69 x ΔP 3 x ΔP 4.11 x ΔP 7.5 x ΔP 10.1 x ΔP ax. loads (The values shown refer to the min. and max. strokes) Sliding version N 3 to to 3 10 to to to 7 all bearing version N 6 to 4 11 to 6 20 to 7 26 to 8 36 to 11

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4 t p t p

5 (x2) R thru(x4) (x2) P depth Q(x4) U depth V(x4) T thru(x4) N thru(x2) R depth S(x4) R1 depth S1(x2) C+ C1+ C2+ C Ø 12 1

6 (x2) (x2) P depth Q(x4) N thru(x2) R depth S(x4) R1 depth S1(x2) Ø 12 1 C R thru(x4) U depth V(x4) T thru(x4) C+ C1+ C2+

7 max R thru(x4) (x2) P depth Q(x4) N thru(x2) R depth S(x4) R1 depth S1(x2) Ø 12 U depth V(x4) 1 C T thru(x4) C+ C1+ C2+

8 max R thru(x4) (x2) N thru(x2) R depth S(x4) R1 depth S1(x2) Ø 12 C P depth Q(x4) U depth V(x4) 1 T thru(x4) C+ C1+ C2+

9 t p t p

10 (x2) R thru(x4) (x2) C (x2) U depth V(x4) P depth Q(x4) N thru(x2) T thru(x4) R depth S(x4) R1 depth S1(x2) C+ C1+ C2+ C 1

11 (x2) (x2) C R depth S(x4) R1 depth S1(x2) C (x2) P depth Q(x4) N thru(x2) 1 U depth V(x4) T thru(x4) R thru(x4) C+ C1+ C2+

12 (x2) C max R thru(x4) (x2) P depth Q(x4) N thru(x2) R depth S(x4) R1 depth S1(x2) U depth V(x4) 1 C T thru(x4) C+ C1+ C2+

13 (x2) C max R thru(x4) (x2) P depth Q(x4) C N thru(x2) R depth S(x4) R1 depth S1(x2) U depth V(x4) T thru(x4) 1 C+ C1+ C2+

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