• H.H. Barnum Company | Controls for Factory Automation

SMC Product Configurator

LESH Slide Table, High Rigidity, Battery-less Absolute Encoder

The LESH electric actuator combines a motor and ball screw drive, worktable, and linear guide in compact body.  The machined table is more rigid than the LES formed table, enabling higher horizontal loads and improved deflection from offset loading.  Body orientations include basic, symmetrical, and inline mounted motor.  This version includes a 24VDC motor with a battery-less absolute encoder.  This encoder allows the actuator to be powered down without losing its positional awareness.  The machine's PLC can access the controller's operational and positional step data through several fieldbus protocols, IO-Link, or parallel I/O.

  • Body size: 25
  • Maximum work load: 9 kg (horizontal), 4 kg (vertical)
  • Maximum pushing force: 180 N
  • Maximum speed: 400 mm/s
  • Strokes: 50, 100, 150
  • Positioning repeatability: ±0.05mm
Configuration Options
  
 
Select Product Options
Select values from the drop down lists or make appropriate selections to configure the part number.
Motor Mounting Position   
  
  
Configuration Status
Lead Configuration Status
Stroke Configuration Status
Motor Option Configuration Status
Body Option Configuration Status
Mounting Configuration Status
Actuator Cable Type, Length Configuration Status
Controller Configuration Status
Mounting Configuration Status
I/O Cable Configuration Status
Communication Plug Connector Configuration Status
Options in:
  • Gray are not compatible with other selected option value.
  • Red conflict with another selected option value.
  • Amber are not recommended.

Downloads

The part number needs to be complete in order to view/download CAD Models.

CAD Downloads

Download CAD File

Product Catalog

Series Catalog
  • Hidden
  • Include any helpful or supporting files.
    Drop files here or
    Accepted file types: jpg, png, gif, pdf, zip, doc, xls, ppt, Max. file size: 50 MB, Max. files: 4.
    • Please solve the math problem to let us know you're not a spam bot.