Rotary indexing table

M140: precision motion for productive machines

A compact indexing solution engineered for compact machinery, assembly fixtures and inspection stations.

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3D
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INTERACTIVE 3D MODEL

M140 / DATA

Technical information

Compact and lightweight for smaller applications, with four-bolt mounting and horizontal, vertical or inverted installation.

Applications

  • Laser marking
  • Riveting
  • Assembly
  • Pad printing
  • Screen printing
Rotating plate diameter140 mm
Cable passage12 mm, com desvio de 15°
Rotation directionClockwise, counterclockwise or alternating
Indexing divisions2–16, 18, 20, 21, 22, 24, 26, 27, 28, 30, 32, 33 or 36; others on request; continuous cam available
Motor voltage220 / 380 / 440 V
Frequency50 / 60 Hz
Motor power0,09–0,25 kW
Weight without gearmotoraprox. 12 kg
Weight with gearmotoraprox. 16 kg
Indexing accuracy±0,020 mm no raio de 50 mm
Repeatability±0,010 mm no raio de 50 mm
Inductive sensorIndutivo PNP NA, 10–36 V

LOAD DATA

Allowable loads

Static allowable load alone does not determine motion capability. Sizing also considers inertia, angular travel, acceleration, positioning time and number of stations.
Maximum axial load400 kg
Maximum radial load200 kg
Maximum tilting torque500 Nm
Maximum output torque110–400 Nm

2D / CAD

2D technical drawing

2D technical drawing M140 — metric

(*) Dimensions may vary according to the gearmotor installed on the rotary indexing table.

(**) On the M140, the cable passage has a 15° offset 32 mm below the start of the bore.

M140 Posibras
M140 / POSIBRAS

MOUNTING

Gearmotor mounting positions

Gearmotor mounting positions

CAD / 3D

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Download files
DSEM_MOTOR_DSTEPParasolid x_tParasolid x_bVRML
DSEW_Servo_SEW_CMP50S_DSTEPParasolid x_tParasolid x_bVRML
DSEW_WA20_DSTEPParasolid x_tParasolid x_bVRML
DSEW_WAF10_DSTEPParasolid x_tParasolid x_bVRML
D1SEW_WA20DRS71S4BE05STEPParasolid x_tParasolid x_bVRML
D1SEW_WA20DRS71S4STEPParasolid x_tParasolid x_bVRML
D1SEW_WAF10DR2S56M4STEPParasolid x_tParasolid x_bVRML
D1SEW_WAF10DT56L4BMGSTEPParasolid x_tParasolid x_bVRML
D1SEW_WAF10DT56L4STEPParasolid x_tParasolid x_bVRML
D2SEW_WA20DRS71S4BE05STEPParasolid x_tParasolid x_bVRML
D2SEW_WA20DRS71S4STEPParasolid x_tParasolid x_bVRML
D2SEW_WA20DZ71C4BE05STEPParasolid x_tParasolid x_bVRML
D2SEW_WAF10DR2S56M4STEPParasolid x_tParasolid x_bVRML
D2SEW_WAF10DT56L4BMGSTEPParasolid x_tParasolid x_bVRML
D2SEW_WAF10DT56L4STEPParasolid x_tParasolid x_bVRML
D3SEW_WA20DRS71S4BE05STEPParasolid x_tParasolid x_bVRML
D3SEW_WA20DRS71S4STEPParasolid x_tParasolid x_bVRML
D3SEW_WAF10DR2S56M4STEPParasolid x_tParasolid x_bVRML
D3SEW_WAF10DT56L4STEPParasolid x_tParasolid x_bVRML
ESEM_MOTOR_ESTEPParasolid x_tParasolid x_bVRML
ESEW_WA20_ESTEPParasolid x_tParasolid x_bVRML
ESEW_WAF10_ESTEPParasolid x_tParasolid x_bVRML
E1SEW_WA20DRS71S4STEPParasolid x_tParasolid x_bVRML
E1SEW_WAF10DR2S56M4STEPParasolid x_tParasolid x_bVRML
E1SEW_WAF10DT56L4STEPParasolid x_tParasolid x_bVRML
E2SEW_WA20DRS71S4STEPParasolid x_tParasolid x_bVRML
E2SEW_WAF10DR2S56M4STEPParasolid x_tParasolid x_bVRML
E2SEW_WAF10DT56L4STEPParasolid x_tParasolid x_bVRML
E3SEW_WA20DRS71S4STEPParasolid x_tParasolid x_bVRML
E3SEW_WAF10DR2S56M4STEPParasolid x_tParasolid x_bVRML
E3SEW_WAF10DT56L4STEPParasolid x_tParasolid x_bVRML

VIDEO

Product video