Ruсhservomotor
RU

LP32 series

The AC servomotor consist of a moving primary coil unit (forcer) and a secondary permanent magnet unit (magnet way).
The forcer includes a coil unit that is encapsulated in thermally conductive epoxy.
The magnet way is made of high-energy rare-earth magnets glued on a steel plate.
An air gap between forcer and magnets must be maintained according to the specified dimension tolerances for proper operation of motor.

The iron-core motors are equipped by one magnet way (track), placed under the forcer.
Therefore high attraction force is appear between magnet way and forcer.
This force guarantee high rigidity of linear system, provide preload for linear guideways. The high magnetic attraction force is between magnet way and forcer. This feature garantee high rigidity of linear system, provide preloading on linear guideways system.

specs .PDF

metalworking;
assembly and other technological equipment (milling and drilling machines;
laser cutting machines, cutting tables, precision positioners, etc.)

An example of ordering an anchor of a linear synchronous motor:
LP32-363-50-C-GT1-1000-N0-B,
where LP32-type, 359-length of the magnetic circuit, 50-width of the magnets, C-without cooling, GT1 - winding, 1000-length of the cable, N0-without connector, B-cable to the right.

Example of ordering a stator of a linear synchronous motor:
LS32-512-50-A,
where LS32-type, 512 (or 256,128,64-length), 50-width of magnets, A-mount on top

A linear synchronous motor consists of a moving coil unit - forcer LP32 and a permanent magnet unit - magnet way LS32. The number and length of stators is determined by the required travel as: MagnetwayLength=Displacement+ForcerLength+32mm.

Example of ordering a stator of a linear synchronous motor:
LS32-512-50-A,
where LS32-type, 512 (or 256,128,64-length), 50-width of magnets, A-mount on top

LS32 drawings ;

3D model Parasolid Photo DWG PDF
LS32-64-30 LS32 64 30 A LS32 64 30 LS32 64 30 A
LS32-64-50 LS32 64 50 A LS32 LS32 64 50 A
LS32-64-75 LS32 64 75 A LS32 LS32 64 75 A
LS32-64-100 LS32 64 100 A LS32 LS32 64 100 A
LS32-64-150 LS32 64 150 A LS32 LS32 64 150 A
LS32-64-200 LS32 64 200 A LS32 LS32 64 200 A
LS32-128-30 LS32 128 30 A LS32 LS32 128 30 A
LS32-128-50 LS32 128 50 A LS32 LS32 128 50 A
LS32-128-75 LS32 128 75 A LS32 LS32 128 75 A
LS32-128-100 LS32 128 100 A LS32 LS32 128 100 A
LS32-256-30 LS32 256 30 A LS32 LS32 256 30 A
LS32-256-50 LS32 256 50 A LS32 LS32 256 50 A
LS32-256-75 LS32 256 75 A LS32 LS32 256 75 A
LS32-256-100 LS32 256 100 A LS32 LS32 256 100 A
LS32-512-30 LS32 512 30 A LS32 LS32 512 30 A
LS32-512-50 LS32 512 50 A LS32 LS32 512 50 A
LS32-512-75 LS32 512 75 A LS32 LS32 512 75 A
LS32-512-100 LS32 512 100 A LS32 LS32 512 100 A

Наименование Continuous force, NContinuos current, ArmsVelocity , m/sForcer weight, kgInductance, mHResistance , OhmDatasheetPhotoDrawing PDFDrawing DWG3D model
LP32-187-100-C-GT1-1000-N0-B 5494.43.75.9623
LP32-187-30-C-GS1-1000-N0-B 1572.47.22.5564
LP32-187-50-C-GS1-1000-N0-B 2682.54.33.5945.4
LP32-187-75-C-GS1-1000-N0-B 4082.72.84.71417.2
LP32-363-100-C-GT1-1000-N0-B 10884.31.811.61255.9
LP32-363-30-C-GS1-1000-N0-B 3122.43.54.81128.1
LP32-363-50-C-GT1-1000-N0-B 5314.23.76.7623.6
LP32-363-75-C-GT1-1000-N0-B 80913.12.49.1944.8
LP32-539-100-C-GT3-1000-N0-B 162712.93.711.6211
LP32-539-150-C-GT3-1000-N0-B 246613.12.424.4311.4
LP32-539-200-C-DS3-1000-N0-B 319013.71.931.5351.6
LP32-539-30-C-GS1-1000-N0-B 4662.42.37.116912.1
LP32-539-50-C-GT1-1000-N0-B 7944.22.410945.4
LP32-539-75-C-GS3-1000-N0-B 12107.42.813.6472.4