TANiP multi-spindle version

Technical Data
The 4 different sizes available cover a certain spectrum of machining possibilities and applications.
size A±0,01 B C E ∅G ∅Hh6 ∅JH6 K L M N P R S T Z
80
(-2,-3,-4,-5,-6)		 80 130 100 80 48 60 24 M6(4x) 6,50 37,25 50 M4(4x) – – 29,5 12
100
(-2,-3,-4,-5,-6) 		 100 165 130 105 65 80 32 M8(4x) 8 49 65 M5(4x) 64 43 50 12
125
(-2,-3,-4,-5,-6)		 125 205 160 120 67,5 125 50 M8(4x) 8 50 80 M8(4x) 140 67,50 80 14
160
(-2,-3,-4,-5,-6)		 160 256 200 150 85 150 65 M10(4x) 8 67,60 105 M8(4x) 160 84 100 14
size max. loads (centrically) total axial force tilting moment holding torque drive torque reduction ratio speed weight spindle bore
size vertical spindle horizontal spindle with tailstock horizontal spindle rotary axis rotary axis pneumatic at 6 bar on indexing spindle worm-drive short term speed for positioning w/o motor ∅
mm kg (max.) kg (max.) kg (max.) N (max.) Nm Nm Nm (max.) i min-1(max.) kg(ca.) mm
80
(-2,-3,-4,-5,-6)		 40 35 20 3.000 250 100 32 45:1 66 7 24
100
(-2,-3,-4,-5,-6)		 125 90 45 10.000 350 130 45 56:1 53 13 32
125
(-2,-3,-4,-5,-6)		 260 165 85 15.000 1.200 320 110 72:1 42 26 50
160
(-2,-3,-4,-5,-6)		 650 300 150 30.000 3.300 330 250 72:1 42 45 65
size indexing accuracy (± in arc sekonds) repeatability concentricity runout parallelism rectangularity
size with indirect measuring system indirect spindle nose spindle bore spindle nose 300 mm 300 mm
mm NEG NEG mm mm mm mm mm
80
(-2,-3,-4,-5,-6)		 ±45″ ±3″ ≤0,01 ≤0,01 ≤0,01 ≤0,015 ≤0,015
100
(-2,-3,-4,-5,-6)		 ±30″ ±3″ ≤0,01 ≤0,01 ≤0,01 ≤0,015 ≤0,015
125
(-2,-3,-4,-5,-6)		 ±15″ ±3″ ≤0,01 ≤0,01 ≤0,01 ≤0,015 ≤0,015
160
(-2,-3,-4,-5,-6)		 ±15″ ±3″ ≤0,01 ≤0,01 ≤0,01 ≤0,015 ≤0,015
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