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FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
Thumbnail FAULHABER L Series 32L ... PB by FAULHABER
Thumbnail FAULHABER L Series 32L ... PB by FAULHABER
Thumbnail FAULHABER L Series 32L ... PB by FAULHABER
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Linear Actuators Series 32L ... PB

Gearhead with integrated Ball Screw
high accuracy grade

Key Features
Linear Actuators Diameter:
32 mm
Continuous axial force up to:
1920 N
Continuous input speed up to:
11000 min⁻¹
Peak axial force up to:
2360 N
Peak input speed up to:
14000 min⁻¹
Radial load up to:
380 N
Reduction ratio:
1 ... 1294
Advantages
High performances
Very robust design
Large and modifiable selection of screw and nut types
Full reduction ratio range
Wide portfolio of combinable motors
Variants:
Series 32L...PB 1:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 291 N |nmax : Continuous input speed up to : 3200 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 4000 min⁻¹ |Fradial : Radial load up to : 185 N |i : Reduction ratio : 1
Series 32L...PB 3:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 331 N |nmax : Continuous input speed up to : 6500 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 7500 min⁻¹ |Fradial : Radial load up to : 220 N |i : Reduction ratio : 3
Series 32L...PB 3,6:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 328 N |nmax : Continuous input speed up to : 8000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 9500 min⁻¹ |Fradial : Radial load up to : 220 N |i : Reduction ratio : 3.6
Series 32L...PB 4,5:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 354 N |nmax : Continuous input speed up to : 8000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 9500 min⁻¹ |Fradial : Radial load up to : 220 N |i : Reduction ratio : 4.5
Series 32L...PB 6,6:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 402 N |nmax : Continuous input speed up to : 8000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 9500 min⁻¹ |Fradial : Radial load up to : 220 N |i : Reduction ratio : 6.6
Series 32L...PB 9:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 478 N |nmax : Continuous input speed up to : 6500 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 7500 min⁻¹ |Fradial : Radial load up to : 280 N |i : Reduction ratio : 9
Series 32L...PB 11:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 511 N |nmax : Continuous input speed up to : 6500 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 7500 min⁻¹ |Fradial : Radial load up to : 280 N |i : Reduction ratio : 11
Series 32L...PB 14:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 479 N |nmax : Continuous input speed up to : 10000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 12500 min⁻¹ |Fradial : Radial load up to : 280 N |i : Reduction ratio : 14
Series 32L...PB 16:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 501 N |nmax : Continuous input speed up to : 10000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 12500 min⁻¹ |Fradial : Radial load up to : 280 N |i : Reduction ratio : 16
Series 32L...PB 20:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 540 N |nmax : Continuous input speed up to : 10000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 12500 min⁻¹ |Fradial : Radial load up to : 280 N |i : Reduction ratio : 20
Series 32L...PB 24:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 574 N |nmax : Continuous input speed up to : 10000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 12500 min⁻¹ |Fradial : Radial load up to : 280 N |i : Reduction ratio : 24
Series 32L...PB 30:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 618 N |nmax : Continuous input speed up to : 10000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 12500 min⁻¹ |Fradial : Radial load up to : 280 N |i : Reduction ratio : 30
Series 32L...PB 41:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 664 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 330 N |i : Reduction ratio : 41
Series 32L...PB 44:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 702 N |nmax : Continuous input speed up to : 10000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 12500 min⁻¹ |Fradial : Radial load up to : 280 N |i : Reduction ratio : 44
Series 32L...PB 49:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 705 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 330 N |i : Reduction ratio : 49
Series 32L...PB 59:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 750 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 330 N |i : Reduction ratio : 59
Series 32L...PB 72:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 801 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 330 N |i : Reduction ratio : 72
Series 32L...PB 89:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 860 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 330 N |i : Reduction ratio : 89
Series 32L...PB 108:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 917 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 330 N |i : Reduction ratio : 108
Series 32L...PB 131:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 978 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 330 N |i : Reduction ratio : 131
Series 32L...PB 158:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1041 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 330 N |i : Reduction ratio : 158
Series 32L...PB 178:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1084 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 178
Series 32L...PB 196:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1119 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 330 N |i : Reduction ratio : 196
Series 32L...PB 215:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1154 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 215
Series 32L...PB 267:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1240 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 267
Series 32L...PB 323:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1322 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 323
Series 32L...PB 401:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1421 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 401
Series 32L...PB 474:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1502 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 474
Series 32L...PB 588:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1614 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 588
Series 32L...PB 711:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1833 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 711
Series 32L...PB 862:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1719 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 862
Series 32L...PB 1042:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1920 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 1042
Series 32L...PB 1294:1
Ø : Linear Actuators Diameter : 32 mm |Fmax : Continuous axial force up to : 1920 N |nmax : Continuous input speed up to : 11000 min⁻¹ |Fpeak : Peak axial force up to : 2360 N |npeak : Peak input speed up to : 14000 min⁻¹ |Fradial : Radial load up to : 380 N |i : Reduction ratio : 1294

Values at 22° and nominal voltageValue
Number of gear stages 1
Reduction ratio 1
Continuous output speed, max. 107 mm/s
Peak output speed, max. 133 mm/s
Continuous input speed, max. 3200 min⁻¹
Peak input speed, max. 4000 min⁻¹
Continuous axial force, avg. 291 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 50 W
Efficiency of gearhead/coupler, max. 95 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 3760 gmm²
Accuracy, screw standard length, max. 13 µm
Radial load, max. 185 N
Gearhead backlash, at no-load, typical 0.31 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 40.7 mm
Mass 207 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 1
Reduction ratio 3
Continuous output speed, max. 72.2 mm/s
Peak output speed, max. 83.3 mm/s
Continuous input speed, max. 6500 min⁻¹
Peak input speed, max. 7500 min⁻¹
Continuous axial force, avg. 331 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 50 W
Efficiency of gearhead/coupler, max. 92 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 630 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 220 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 40.7 mm
Mass 220 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 1
Reduction ratio 3.6
Continuous output speed, max. 74.1 … 40.4 mm/s
Peak output speed, max. 88 … 48 mm/s
Continuous input speed, max. 8000 min⁻¹
Peak input speed, max. 9500 min⁻¹
Continuous axial force, avg. 328 … 402 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 50 W
Efficiency of gearhead/coupler, max. 92 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 630 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 220 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 40.7 mm
Mass 220 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 1
Reduction ratio 4.5
Continuous output speed, max. 74.1 … 40.4 mm/s
Peak output speed, max. 88 … 48 mm/s
Continuous input speed, max. 8000 min⁻¹
Peak input speed, max. 9500 min⁻¹
Continuous axial force, avg. 328 … 402 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 50 W
Efficiency of gearhead/coupler, max. 92 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 630 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 220 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 40.7 mm
Mass 220 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 1
Reduction ratio 6.6
Continuous output speed, max. 74.1 … 40.4 mm/s
Peak output speed, max. 88 … 48 mm/s
Continuous input speed, max. 8000 min⁻¹
Peak input speed, max. 9500 min⁻¹
Continuous axial force, avg. 328 … 402 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 50 W
Efficiency of gearhead/coupler, max. 92 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 630 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 220 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 40.7 mm
Mass 220 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 2
Reduction ratio 9
Continuous output speed, max. 24.1 … 19.7 mm/s
Peak output speed, max. 27.8 … 22.7 mm/s
Continuous input speed, max. 6500 min⁻¹
Peak input speed, max. 7500 min⁻¹
Continuous axial force, avg. 478 … 511 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 27 W
Efficiency of gearhead/coupler, max. 82 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 463 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 280 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 49.1 mm
Mass 280 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 2
Reduction ratio 11
Continuous output speed, max. 24.1 … 19.7 mm/s
Peak output speed, max. 27.8 … 22.7 mm/s
Continuous input speed, max. 6500 min⁻¹
Peak input speed, max. 7500 min⁻¹
Continuous axial force, avg. 478 … 511 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 27 W
Efficiency of gearhead/coupler, max. 82 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 463 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 280 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 49.1 mm
Mass 280 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 2
Reduction ratio 14
Continuous output speed, max. 23.8 … 7.58 mm/s
Peak output speed, max. 29.8 … 9.47 mm/s
Continuous input speed, max. 10000 min⁻¹
Peak input speed, max. 12500 min⁻¹
Continuous axial force, avg. 479 … 702 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 27 W
Efficiency of gearhead/coupler, max. 82 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 463 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 280 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 49.1 mm
Mass 280 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 2
Reduction ratio 16
Continuous output speed, max. 23.8 … 7.58 mm/s
Peak output speed, max. 29.8 … 9.47 mm/s
Continuous input speed, max. 10000 min⁻¹
Peak input speed, max. 12500 min⁻¹
Continuous axial force, avg. 479 … 702 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 27 W
Efficiency of gearhead/coupler, max. 82 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 463 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 280 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 49.1 mm
Mass 280 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 2
Reduction ratio 20
Continuous output speed, max. 23.8 … 7.58 mm/s
Peak output speed, max. 29.8 … 9.47 mm/s
Continuous input speed, max. 10000 min⁻¹
Peak input speed, max. 12500 min⁻¹
Continuous axial force, avg. 479 … 702 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 27 W
Efficiency of gearhead/coupler, max. 82 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 463 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 280 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 49.1 mm
Mass 280 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 2
Reduction ratio 24
Continuous output speed, max. 23.8 … 7.58 mm/s
Peak output speed, max. 29.8 … 9.47 mm/s
Continuous input speed, max. 10000 min⁻¹
Peak input speed, max. 12500 min⁻¹
Continuous axial force, avg. 479 … 702 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 27 W
Efficiency of gearhead/coupler, max. 82 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 463 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 280 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 49.1 mm
Mass 280 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 2
Reduction ratio 30
Continuous output speed, max. 23.8 … 7.58 mm/s
Peak output speed, max. 29.8 … 9.47 mm/s
Continuous input speed, max. 10000 min⁻¹
Peak input speed, max. 12500 min⁻¹
Continuous axial force, avg. 479 … 702 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 27 W
Efficiency of gearhead/coupler, max. 82 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 463 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 280 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 49.1 mm
Mass 280 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 3
Reduction ratio 41
Continuous output speed, max. 8.94 … 1.87 mm/s
Peak output speed, max. 11.4 … 2.38 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 664 … 1120 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 18 W
Efficiency of gearhead/coupler, max. 78 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 199 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 330 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 57.5 mm
Mass 340 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 2
Reduction ratio 44
Continuous output speed, max. 23.8 … 7.58 mm/s
Peak output speed, max. 29.8 … 9.47 mm/s
Continuous input speed, max. 10000 min⁻¹
Peak input speed, max. 12500 min⁻¹
Continuous axial force, avg. 479 … 702 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 27 W
Efficiency of gearhead/coupler, max. 82 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 463 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 280 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 49.1 mm
Mass 280 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 3
Reduction ratio 49
Continuous output speed, max. 8.94 … 1.87 mm/s
Peak output speed, max. 11.4 … 2.38 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 664 … 1120 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 18 W
Efficiency of gearhead/coupler, max. 78 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 199 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 330 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 57.5 mm
Mass 340 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 3
Reduction ratio 59
Continuous output speed, max. 8.94 … 1.87 mm/s
Peak output speed, max. 11.4 … 2.38 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 664 … 1120 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 18 W
Efficiency of gearhead/coupler, max. 78 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 199 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 330 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 57.5 mm
Mass 340 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 3
Reduction ratio 72
Continuous output speed, max. 8.94 … 1.87 mm/s
Peak output speed, max. 11.4 … 2.38 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 664 … 1120 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 18 W
Efficiency of gearhead/coupler, max. 78 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 199 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 330 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 57.5 mm
Mass 340 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 3
Reduction ratio 89
Continuous output speed, max. 8.94 … 1.87 mm/s
Peak output speed, max. 11.4 … 2.38 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 664 … 1120 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 18 W
Efficiency of gearhead/coupler, max. 78 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 199 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 330 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 57.5 mm
Mass 340 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 3
Reduction ratio 108
Continuous output speed, max. 8.94 … 1.87 mm/s
Peak output speed, max. 11.4 … 2.38 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 664 … 1120 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 18 W
Efficiency of gearhead/coupler, max. 78 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 199 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 330 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 57.5 mm
Mass 340 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 3
Reduction ratio 131
Continuous output speed, max. 8.94 … 1.87 mm/s
Peak output speed, max. 11.4 … 2.38 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 664 … 1120 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 18 W
Efficiency of gearhead/coupler, max. 78 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 199 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 330 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 57.5 mm
Mass 340 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 3
Reduction ratio 158
Continuous output speed, max. 8.94 … 1.87 mm/s
Peak output speed, max. 11.4 … 2.38 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 664 … 1120 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 18 W
Efficiency of gearhead/coupler, max. 78 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 199 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 330 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 57.5 mm
Mass 340 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 178
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 3
Reduction ratio 196
Continuous output speed, max. 8.94 … 1.87 mm/s
Peak output speed, max. 11.4 … 2.38 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 664 … 1120 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 18 W
Efficiency of gearhead/coupler, max. 78 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 199 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 330 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 57.5 mm
Mass 340 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 215
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 267
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 323
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 401
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 474
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 588
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 711
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 862
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 1042
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C

Values at 22° and nominal voltageValue
Number of gear stages 4
Reduction ratio 1294
Continuous output speed, max. 2.06 … 0.28 mm/s
Peak output speed, max. 2.62 … 0.36 mm/s
Continuous input speed, max. 11000 min⁻¹
Peak input speed, max. 14000 min⁻¹
Continuous axial force, avg. 1084 … 1920 N
Peak axial force, dynamic, max. 1920 N
Peak axial force, static, max. 2360 N
Output power, max. 5 W
Efficiency of gearhead/coupler, max. 65 %
Efficiency of screw, max. 90 %
Mass inertia incl. screw, max. 85 gmm²
Accuracy, screw standard length, max. 14 µm
Radial load, max. 380 N
Gearhead backlash, at no-load, typical 0.6 °
Screw length from flange - standard 200 mm
Screw length from flange - max. 450 mm
Length without motor L2 65.9 mm
Mass 400 g
Screw type 10x2 IT1 - right handed, screw direction of rotation same as motor shaft.
Screw material stainless steel
Nut material cylindric, metal
Housing material stainless steel
Geartrain material stainless steel
Bearings on output shaft ball bearings, preloaded
Operating temperature range -20 ... 80 °C
Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

Operating Area

The display shows the range of possible operation points of the drives at a given ambient temperature of 22°C.
The diagram indicates the recommended output speed in relation to the available output axial force.
For the stardard screw both supported and not, the diagram shows also the critical speeds and the buckling forces.
...... Critical speed (fixed-free)
------ Critical speed (fixed-single)
...... Buckling force (fixed-free)
------ Buckling force (fixed-single)

3D-CAD Files ZIP
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
Brushless DC-Motors
FAULHABER BX4
2250 ... BX4 Series by FAULHABER
Series 2250 ... BX4
4 Pole Technology
Product details Data sheet (PDF)
3242 ... BX4 Series by FAULHABER
Series 3242 ... BX4
4 Pole Technology
Product details Data sheet (PDF)
3268 ... BX4 Series by FAULHABER
Series 3268 ... BX4
4 Pole Technology
Product details Data sheet (PDF)
FAULHABER BP4
2264 ... BP4 Series by FAULHABER
Series 2264 ... BP4
4 Pole Technology
Product details Data sheet (PDF)
3274 ... BP4 Series by FAULHABER
Series 3274 ... BP4
4 Pole Technology
Product details Data sheet (PDF)
FAULHABER B
3056 ... B Series by FAULHABER
Series 3056 ... B
2 Pole Technology
Product details Data sheet (PDF)
3564 ... B Series by FAULHABER
Series 3564 ... B
2 Pole Technology
Product details Data sheet (PDF)
FAULHABER BXT
3216 ... BXT H Series by FAULHABER
Series 3216 ... BXT H
External rotor technology, with housing
Product details Data sheet (PDF)
3216 ... BXT R Series by FAULHABER
Series 3216 ... BXT R
External rotor technology, without housing
Product details Data sheet (PDF)
Motors with integrated Electronics
FAULHABER BX4 IMC
2250 ... BX4 IMC RS/CO Series by FAULHABER
Series 2250 ... BX4 IMC RS/CO
V3.0, 4-Quadrant PWM with RS232 interface
Product details Data sheet (PDF)
FAULHABER BX4 SC
2250 ... BX4 SC Series by FAULHABER
Series 2250 ... BX4 SC
with integrated Speed Controller, 4 Pole Technology
Product details Data sheet (PDF)
3242 ... BX4 SC Series by FAULHABER
Series 3242 ... BX4 SC
with integrated Speed Controller, 4 Pole Technology
Product details Data sheet (PDF)
3242 ... BX4 SCDC Series by FAULHABER
Series 3242 ... BX4 SCDC
with integrated Speed Controller, 4 Pole Technology
Product details Data sheet (PDF)
3268 ... BX4 SC Series by FAULHABER
Series 3268 ... BX4 SC
with integrated Speed Controller, 4 Pole Technology
Product details Data sheet (PDF)
3268 ... BX4 SCDC Series by FAULHABER
Series 3268 ... BX4 SCDC
with integrated Speed Controller, 4 Pole Technology
Product details Data sheet (PDF)
FAULHABER BXT SC
3216 ... BXT H SC Series by FAULHABER
Series 3216 ... BXT H SC
with integrated Speed Controller, external rotor technology, with housing
Product details Data sheet (PDF)
FAULHABER MCS
MCS 3242 ... BX4 ET Series by FAULHABER
Series MCS 3242 ... BX4 ET
V3.0, 4-Quadrant PWM, with EtherCAT interface
Product details Data sheet (PDF)
MCS 3242 ... BX4 RS/CO Series by FAULHABER
Series MCS 3242 ... BX4 RS/CO
V3.0, 4-Quadrant PWM with RS232 interface
Product details Data sheet (PDF)
MCS 3268 ... BX4 ET Series by FAULHABER
Series MCS 3268 ... BX4 ET
V3.0, 4-Quadrant PWM, with EtherCAT interface
Product details Data sheet (PDF)
MCS 3268 ... BX4 RS/CO Series by FAULHABER
Series MCS 3268 ... BX4 RS/CO
V3.0, 4-Quadrant PWM with RS232 interface
Product details Data sheet (PDF)
MCS 3274 ... BP4 ET Series by FAULHABER
Series MCS 3274 ... BP4 ET
V3.0, 4-Quadrant PWM, with EtherCAT interface
Product details Data sheet (PDF)
MCS 3274 ... BP4 RS/CO Series by FAULHABER
Series MCS 3274 ... BP4 RS/CO
V3.0, 4-Quadrant PWM with RS232 interface
Product details Data sheet (PDF)
DC-Motors
FAULHABER CR
2642 ... CR Series by FAULHABER
Series 2642 ... CR
Graphite Commutation
Product details Data sheet (PDF)
2657 ... CR Series by FAULHABER
Series 2657 ... CR
Graphite Commutation
Product details Data sheet (PDF)
2668 ... CR Series by FAULHABER
Series 2668 ... CR
Graphite Commutation
Product details Data sheet (PDF)
3242 ... CR Series by FAULHABER
Series 3242 ... CR
Graphite Commutation
Product details Data sheet (PDF)
3257 ... CR Series by FAULHABER
Series 3257 ... CR
Graphite Commutation
Product details Data sheet (PDF)
3272 ... CR Series by FAULHABER
Series 3272 ... CR
Graphite Commutation
Product details Data sheet (PDF)
FAULHABER CXR
2642 ... CXR Series by FAULHABER
Series 2642 ... CXR
Graphite Commutation
Product details Data sheet (PDF)
2657 ... CXR Series by FAULHABER
Series 2657 ... CXR
Graphite Commutation
Product details Data sheet (PDF)
Stepper Motors
FAULHABER AM
AM3248 Series by FAULHABER
Series AM3248
Two phase, 48 steps per revolution
Product details Data sheet (PDF)

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FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
FAULHABER L Series 32L ... PB by FAULHABER
Your Choice
Selected Variant
Series 32L...PB 1:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 291 N
Continuous input speed up to: 3200 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 4000 min⁻¹
Radial load up to: 185 N
Reduction ratio: 1
Start Drive Calculator
Selected Variant
Series 32L...PB 3:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 331 N
Continuous input speed up to: 6500 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 7500 min⁻¹
Radial load up to: 220 N
Reduction ratio: 3
Start Drive Calculator
Selected Variant
Series 32L...PB 3,6:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 328 N
Continuous input speed up to: 8000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 9500 min⁻¹
Radial load up to: 220 N
Reduction ratio: 3.6
Start Drive Calculator
Selected Variant
Series 32L...PB 4,5:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 354 N
Continuous input speed up to: 8000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 9500 min⁻¹
Radial load up to: 220 N
Reduction ratio: 4.5
Start Drive Calculator
Selected Variant
Series 32L...PB 6,6:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 402 N
Continuous input speed up to: 8000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 9500 min⁻¹
Radial load up to: 220 N
Reduction ratio: 6.6
Start Drive Calculator
Selected Variant
Series 32L...PB 9:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 478 N
Continuous input speed up to: 6500 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 7500 min⁻¹
Radial load up to: 280 N
Reduction ratio: 9
Start Drive Calculator
Selected Variant
Series 32L...PB 11:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 511 N
Continuous input speed up to: 6500 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 7500 min⁻¹
Radial load up to: 280 N
Reduction ratio: 11
Start Drive Calculator
Selected Variant
Series 32L...PB 14:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 479 N
Continuous input speed up to: 10000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 12500 min⁻¹
Radial load up to: 280 N
Reduction ratio: 14
Start Drive Calculator
Selected Variant
Series 32L...PB 16:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 501 N
Continuous input speed up to: 10000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 12500 min⁻¹
Radial load up to: 280 N
Reduction ratio: 16
Start Drive Calculator
Selected Variant
Series 32L...PB 20:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 540 N
Continuous input speed up to: 10000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 12500 min⁻¹
Radial load up to: 280 N
Reduction ratio: 20
Start Drive Calculator
Selected Variant
Series 32L...PB 24:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 574 N
Continuous input speed up to: 10000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 12500 min⁻¹
Radial load up to: 280 N
Reduction ratio: 24
Start Drive Calculator
Selected Variant
Series 32L...PB 30:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 618 N
Continuous input speed up to: 10000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 12500 min⁻¹
Radial load up to: 280 N
Reduction ratio: 30
Start Drive Calculator
Selected Variant
Series 32L...PB 41:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 664 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 330 N
Reduction ratio: 41
Start Drive Calculator
Selected Variant
Series 32L...PB 44:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 702 N
Continuous input speed up to: 10000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 12500 min⁻¹
Radial load up to: 280 N
Reduction ratio: 44
Start Drive Calculator
Selected Variant
Series 32L...PB 49:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 705 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 330 N
Reduction ratio: 49
Start Drive Calculator
Selected Variant
Series 32L...PB 59:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 750 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 330 N
Reduction ratio: 59
Start Drive Calculator
Selected Variant
Series 32L...PB 72:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 801 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 330 N
Reduction ratio: 72
Start Drive Calculator
Selected Variant
Series 32L...PB 89:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 860 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 330 N
Reduction ratio: 89
Start Drive Calculator
Selected Variant
Series 32L...PB 108:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 917 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 330 N
Reduction ratio: 108
Start Drive Calculator
Selected Variant
Series 32L...PB 131:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 978 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 330 N
Reduction ratio: 131
Start Drive Calculator
Selected Variant
Series 32L...PB 158:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1041 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 330 N
Reduction ratio: 158
Start Drive Calculator
Selected Variant
Series 32L...PB 178:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1084 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 178
Start Drive Calculator
Selected Variant
Series 32L...PB 196:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1119 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 330 N
Reduction ratio: 196
Start Drive Calculator
Selected Variant
Series 32L...PB 215:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1154 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 215
Start Drive Calculator
Selected Variant
Series 32L...PB 267:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1240 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 267
Start Drive Calculator
Selected Variant
Series 32L...PB 323:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1322 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 323
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Selected Variant
Series 32L...PB 401:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1421 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 401
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Selected Variant
Series 32L...PB 474:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1502 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 474
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Selected Variant
Series 32L...PB 588:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1614 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 588
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Selected Variant
Series 32L...PB 711:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1833 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 711
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Selected Variant
Series 32L...PB 862:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1719 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 862
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Selected Variant
Series 32L...PB 1042:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1920 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 1042
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Selected Variant
Series 32L...PB 1294:1
Gearhead with integrated Ball Screw
high accuracy grade
Key Features
Linear Actuators Diameter: 32 mm
Continuous axial force up to: 1920 N
Continuous input speed up to: 11000 min⁻¹
Peak axial force up to: 2360 N
Peak input speed up to: 14000 min⁻¹
Radial load up to: 380 N
Reduction ratio: 1294
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