M340
The M340 Rotary Indexing Table is suitable for high-load applications. Its body is made from welded steel plates, ensuring greater strength. Robust, it can be installed by securing 6 bolts to its body. It includes guide holes in both the body and the output flange, facilitating its installation. It can be mounted horizontally, vertically, or inverted (upside down). Ideal for applications such as:

  • robotic welding cells
  • presses
  • robotic welding cells
  • pallet movement
  • special machines
M340 Rotary index table 

M340 technical features

Technical Characteristics
Rotating plate diameter: 340 mm13.38 in
Cable pass-through hole diameter: 60 mm (through)2.36 in (through)
Rotation direction: Clockwise, counterclockwise, or alternating both
Number of steps per turn: Indexed cam of: 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 18, 20, 21, 22, 24, 26, 27, 28, 30, 32, 33, 36 (others upon request), or Continuous cam
Motor voltage: 220 V / 380 V / 440 V
Motor frequency: 50 Hz / 60 Hz
Motor power: 0.55 to 4.0 KW
Weight without gearmotor: approx. 175 Kg approx. 385 lbs
Weight with gearmotor: approx. 255 Kg (varies according to the applied gearmotor)approx. 562 lbs (varies according to the applied gearmotor)
Stop accuracy: ±0.012 mm at a 50 mm center radius±0.00047 in at a 2 in center radius
Stop repeatability: ±0.006 mm at a 50 mm center radius±0.00024 in at a 2 in center radius
Inductive sensor: PNP NA (10 V to 36 V)

M340 permissible loads

To determine which model will be used in your project, in addition to the loads below, it is also necessary to know the moment of inertia of the set that will be moved, the time in seconds for positioning, and the number of stations (stops). Example: Moment of inertia 12Kg.m2lbs.ft2, speed 1.5 seconds, 12 stations.
Click on the Quote menu or contact us for help identifying this data.
Load Description Values

Axial Load A- Maximum axial load (*):
Represents the total mass evenly distributed on the rotating plate (or total weight)(*) – the total maximum load refers to the forces on the rotating plate. This does not mean that the indexing table will be able to rotate such a mass, as the rotation depends on three factors:

  • angular distance covered (or number of stations)
  • angular speed/acceleration
  • total moment of inertia (masses and distance the masses are from the center of the rotating plate)
 7000 Kg15430 lbs
Radial Load B- Maximum radial load:
Represents forces perpendicular to the center of the rotating plate, usually exerted by actuators outside the indexing tables, aligned to the center of this plate		 1300 Kg2860 lbs
Vertical Torque C- Maximum vertical torque:
Represents the imbalance of masses on the rotating plate, or the twisting of this rotating plate usually caused by actuators outside the indexing table that exert axial force on only one side of the rotating plate		 10000 Nm7370 ft.lbs
Horizontal Torque D- Maximum horizontal torque:
Represents external forces in the direction of rotation of the indexing table, forcing the rotating plate to rotate or brake.		 3500 to 6800 Nm2580 to 5015 ft.lbs

M340 main dimensions

M340 main dimension in milimetersM340 main dimension in inches
M340 main dimensions
in millimetersinches

(*) – measurements can vary depending on the geramotor attached to the indexing table
(**) – the quantity and diameter of threaded holes vary according to the number of stations

M340 geramotor assembly position

Gearmotor assembly position

Download the instruction manual – click on the icon below

Instructions manual

Download CAD 3D part

Assembly position Gearmotor model Click to download
D1_08 SEW_K87DRE180L4BE5 STEP Parasolid x_t Parasolid x_b VRML
D1_08 SEW_KA47DRE80S4 STEP Parasolid x_t Parasolid x_b VRML
D1_09 SEW_KA47DRE90M4BE2 STEP Parasolid x_t Parasolid x_b VRML
D1_08 SEW_KA57DRE112M4BE5 STEP Parasolid x_t Parasolid x_b VRML
D1_09 SEW_KA57DRE90L4 STEP Parasolid x_t Parasolid x_b VRML
D1_07 SEW_KA57DRN90L4 STEP Parasolid x_t Parasolid x_b VRML
D1_10 SEW_KA57DRN90L4 STEP Parasolid x_t Parasolid x_b VRML
D1_08 SEW_KA57DRS71S4 STEP Parasolid x_t Parasolid x_b VRML
D1_08 SEW_KA57DRS80S4 STEP Parasolid x_t Parasolid x_b VRML
D1_08 SEW_KA57R37DRN71MS4 STEP Parasolid x_t Parasolid x_b VRML
E1_08 SEW_KA57R37DRN80MK6 STEP Parasolid x_t Parasolid x_b VRML
D1_10 SEW_KA67DRE100L4 STEP Parasolid x_t Parasolid x_b VRML
D1_08 SEW_KA67DRS71S4 STEP Parasolid x_t Parasolid x_b VRML
D1_09 SEW_KA67DRS71S4 STEP Parasolid x_t Parasolid x_b VRML
D1_10 SEW_KA67DRS71S4 STEP Parasolid x_t Parasolid x_b VRML
D1_14 SEW_KA67DRS71S4 STEP Parasolid x_t Parasolid x_b VRML
D1_09 SEW_KA67DRS80S4 STEP Parasolid x_t Parasolid x_b VRML
D1_08 SEW_KA77DRE100M4 STEP Parasolid x_t Parasolid x_b VRML
D1_12 SEW_KA77DRE132MC4BE11 STEP Parasolid x_t Parasolid x_b VRML
D1_10 SEW_KA77DRE80M4 STEP Parasolid x_t Parasolid x_b VRML
D1_10 SEW_KA77DRN100L4BE5 STEP Parasolid x_t Parasolid x_b VRML
D1_08 SEW_KA77DRS71M6 STEP Parasolid x_t Parasolid x_b VRML
D_10 SEW_KA77_D STEP Parasolid x_t Parasolid x_b VRML

For the use of other geramotor, or different gearmotor positioning
or even special projects (example shaft with special length, using pulley instead
of motor, etc),please contact Posibras to generate this new solid.Posibras reserves the right to change product features at any time.
Please contact to confirm technical specifications.
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