Rotary indexing table

M235: precision motion for productive machines

A robust indexing solution engineered for industrial processes with larger loads and fixtures.

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3D
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INTERACTIVE 3D MODEL

M235 / DATA

Technical information

Rotary indexing table for medium-load, robust processes with horizontal, vertical or inverted installation.

Applications

  • Drilling
  • Machining
  • Presses
  • Welding
  • Pallet handling
  • Special machines
Rotating plate diameter235 mm
Cable passage45 mm passante
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 power0,25–2,2 kW
Weight without gearmotoraprox. 40 kg
Weight with gearmotoraprox. 60 kg
Indexing accuracy±0,014 mm no raio de 50 mm
Repeatability±0,007 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 load5.000 kg
Maximum radial load700 kg
Maximum tilting torque3.000 Nm
Maximum output torque1.600–2.400 Nm

2D / CAD

2D technical drawing

2D technical drawing M235 — metric

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

(**) The number and diameter of threaded holes vary according to the number of stations.

M235 Posibras
M235 / POSIBRAS

MOUNTING

Gearmotor mounting positions

Gearmotor mounting positions

CAD / 3D

Download 3D model

This rotary indexing table may have a different number of threaded holes than shown in the model. Request the exact model from Posibras.
Download files
DSEW_WA37STEPParasolid x_tParasolid x_bVRML
D_12APEX_YaskawaSTEPParasolid x_tParasolid x_bVRML
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D1SEW_BSHF302CMP50MSTEPParasolid x_tParasolid x_bVRML
D1SEW_KA37DRE80M4STEPParasolid x_tParasolid x_bVRML
D1SEW_KA57DRS71S4STEPParasolid x_tParasolid x_bVRML
D1_08SEW_KA37DRS71S4STEPParasolid x_tParasolid x_bVRML
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D1_08SEW_KA47DRE90L4STEPParasolid x_tParasolid x_bVRML
D1_08SEW_KA47DRS71S4BE05STEPParasolid x_tParasolid x_bVRML
D1_08SEW_KA47DRS71S4STEPParasolid x_tParasolid x_bVRML
D1_08SEW_KA57DRS71S4STEPParasolid x_tParasolid x_bVRML
D1_09SEW_KA37DRS71S4STEPParasolid x_tParasolid x_bVRML
D1_10SEW_KA37DRS71S4STEPParasolid x_tParasolid x_bVRML
D1_10SEW_KA477DRE100L4STEPParasolid x_tParasolid x_bVRML
D1_10SEW_KA47DRE80M4STEPParasolid x_tParasolid x_bVRML
D1_10SEW_KA47DRS71S4STEPParasolid x_tParasolid x_bVRML
D1_10SEW_KA57DRN80M4BE1STEPParasolid x_tParasolid x_bVRML
D1_12SEW_KA37DRE80M4STEPParasolid x_tParasolid x_bVRML
D1_12SEW_KA37DRS71S4STEPParasolid x_tParasolid x_bVRML
D1_12SEW_KA47DRE100L4STEPParasolid x_tParasolid x_bVRML
D1_12SEW_KA47DRE80M4STEPParasolid x_tParasolid x_bVRML
D1_12SEW_KA47DRE90L4BE5_D1_12STEPParasolid x_tParasolid x_bVRML
D1_12SEW_KA47DRE90L4STEPParasolid x_tParasolid x_bVRML
D1_12SEW_KA47DRS71S4STEPParasolid x_tParasolid x_bVRML
D1_12SEW_KA57DRE80S4STEPParasolid x_tParasolid x_bVRML
D1_12SEW_KA57DRE90L4BE5STEPParasolid x_tParasolid x_bVRML
D1_15SEW_KA37DRE80M4STEPParasolid x_tParasolid x_bVRML
D1_15SEW_KA47DRE80M4STEPParasolid x_tParasolid x_bVRML
D2_08SEW_KA37DRE80M4STEPParasolid x_tParasolid x_bVRML
D2_08SEW_KA47DRE80M4STEPParasolid x_tParasolid x_bVRML
D2_08SEW_KA47DRS71S4STEPParasolid x_tParasolid x_bVRML
D2_08SEW_KA67DRE160S4STEPParasolid x_tParasolid x_bVRML
D2_12SEW_KA37DRS71S4STEPParasolid x_tParasolid x_bVRML
D2_12SEW_KA47DRS71S4STEPParasolid x_tParasolid x_bVRML
D2_12SEW_KA67DRE112M4STEPParasolid x_tParasolid x_bVRML
D2_12SEW_KA67DRN132M4STEPParasolid x_tParasolid x_bVRML
D3SEW_KA37DRE80M4STEPParasolid x_tParasolid x_bVRML
D3_08SEW_KA37DRE80M4STEPParasolid x_tParasolid x_bVRML
D3_08SEW_KA47DRE80M4STEPParasolid x_tParasolid x_bVRML
E1_08SEW_KA37DRE80M4STEPParasolid x_tParasolid x_bVRML
E2_08SEW_KA37DRE80M4STEPParasolid x_tParasolid x_bVRML
E3_08SEW_KA37DRE80M4STEPParasolid x_tParasolid x_bVRML

VIDEO

Product video