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TSF-C High precision pull-down chucks 170 - 315 mm
Self centering active pull-down
Floating jaws tongue & groove
2 jaws
Application/customer benets
s #LAMPING OF WORKPIECES WITH HIGHEST DEMAND FOR parallelism
s Highest productivity with long maintenance intervals
s #ONSTANT GRIP FORCE AND LONG LIFETIME ENSURE constant quality of work pieces
Technical features s CENTRAL BORE FOR COOLANT ANDOR AIR
s PERMANENT GREASE LUBRICATION
s
JAW
DESIGN s prooine® chucks = fully sealed – low
s ACTIVE PULL
DOWN MAINTENANCE
s mOATING BASE JAWS FOR POINT CONTACT
s CENTRIFUGAL FORCE COMPENSATION
s TONGUE GROOVE BASE JAWS
Standard equipment Ordering example
2-jaw-chuck 2-jaw-chuck TSF-C 210/A6
Mounting bolts and grease gun
Principle of function: TSF-C chucks operated with a SIN-S cylinder with
1 pre-clamping - 2 active pull-down - 3 clamping central bore for air sensing/coolant ush
For o.d. and i.d. clamping
TSF-C: Floating jaws for clamping raw/asymmetrie workpieces
with 4-point-contact
Technical data
SMW-AUTOBLOK Type deg. TSF-C 170 TSF-C 210 TSF-C 250 TSF-C 315
mm 5.2° 4.9° 4.9°
Angular jaw stroke mm 5.2° 6.3 7 7
Radial jaw stroke at distance h mm 5.3 0.1 0.1 0.1
Pull down movement (standard) kN 0.1 25 25 25
Axial piston stroke kN 21 17 27 27
Max. draw pull 12 40 64 64
Max. gripping force at distance h r.p.m. 30 4500 3800 3000
Max. speed* kg 5000 27 41 66
Mass (plain back without top jaws) 15 0.16 0.34 0.83
Moment of inertia (m·r2) kg·m2 0.06
SIN-S 85 SIN-S 100 SIN-S 100
Recommended actuating cylinders SIN-S 70
*The above maximum speed is allowed with standard mass/height top jaws and applying the full
draw pull only. For more informations please contact SMW-AUTOBLOK.
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