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ClearPath-MC motors

ClearPath logoClearPath-MC

Integrated Servo With a Motion Controller

  • Servo Control Made Easy
    ClearPath-MC is the easiest to use, industrial quality servo system available today.
  • Simple Digital I/O Interface
    Choose your desired position, velocity, or torque mode, enter a few motion settings (velocity, acceleration, etc.) and control motion using simple I/O from a PLC or even simple switches or buttons.
  • Little or No Programming Required
    For simple applications, there is no need to write even a single line of code.
Starting at $249
Models from 1/8 to 7.7 Peak hp
Buy Online
Ships in 3 Days

Set Up ClearPath-MC in 3 Easy Steps

Step 1
ClearPath MC is preconfigured with USB for use with PLC’s, Arduinos, BeagleBone and other devices

Connect USB to ClearPath-MC to set it up

Step 2
ClearPath MC servo motor operating modes for easy set-up: velocity, positioning and torque

Choose an Operating Mode

Compare ClearPath-MC Models

Nine integrated ClearPath SD servo motors displaying the range of physical size options

The MCVC is primarily for velocity applications; the MCPV for positioning.
Choose based on your application and price.

MCVC Velocity Control
  • 4 velocity modes
  • 1 torque mode
  • 2 back and forth positioning modes
  • 1-Piece: $249 & up
  • 100/year: $216 & up
MCPV Position & Velocity
  • All MCVC modes, plus...
  • 6 point-to-point positioning modes
  •  
  • 1-Piece: $327 & up
  • 100/year: $274 & up

13 Operating Modes.
Which mode is best for you?

What do you want to do?

Does your application need to move to more than two positions? Some applications, like pneumatic cylinder replacements, only need to go back and forth between two end points. Most applications need more than just two positioning locations.

Do you require continuously variable positioning? Continuously variable positioning means that you want to be able to position the motor to any position within the achievable positioning resolution of the motor. If you have a finite number of positions that you need to stop at, click 'No'.

Follow Digital Position Command
click for operational mode video
Pulse Burst Positioning
click for operational mode video
Move Incremental Distance
click for operational mode video
Move to Absolute Position (4 Pos.)
click for operational mode video
Move to Absolute Position (16 Pos.)
click for operational mode video
Multi-Sensor Positioning
click for operational mode video
All Position Modes
Move to Absolute Position (4 Pos.)
click for operational mode video
Move to Absolute Position (16 Pos.)
click for operational mode video
Multi-Sensor Positioning
click for operational mode video
Follow Digital Position Command
click for operational mode video
Pulse Burst Positioning
click for operational mode video
Move Incremental Distance
click for operational mode video
Move to Absolute Position (2 Pos.)
click for operational mode video
Move to Sensor Position
click for operational mode video
Move to Absolute Position (2 Pos.)
click for operational mode video
Move to Sensor Position
click for operational mode video
All Position Modes
Move to Absolute Position (4 Pos.)
click for operational mode video
Move to Absolute Position (16 Pos.)
click for operational mode video
Multi-Sensor Positioning
click for operational mode video
Follow Digital Position Command
click for operational mode video
Pulse Burst Positioning
click for operational mode video
Move Incremental Distance
click for operational mode video
Move to Absolute Position (2 Pos.)
click for operational mode video
Move to Sensor Position
click for operational mode video

Does your application run at more than four different velocities? Spinning the motor at the same speed, but different directions would count as two velocities. Also, zero speed counts as one velocity. For example, if your application needs to sometimes hold still at zero speed, and also run at +/- 2,000 RPM at other times, your application would need three different velocities.

Follow Digital Velocity Command
click for operational mode video
Manual Velocity Control
click for operational mode video
Spin on Power Up
click for operational mode video
Ramp Up/Down to Selected Velocity
click for operational mode video
All Velocity Modes
Follow Digital Velocity Command
click for operational mode video
Manual Velocity Control
click for operational mode video
Spin on Power Up
click for operational mode video
Ramp Up/Down to Selected Velocity
click for operational mode video

Does the application require variable velocity?

Follow Digital Velocity Command
click for operational mode video
Follow Digital Torque Command
click for operational mode video
All Operating Modes
Follow Digital Position Command
click for operational mode video
Pulse Burst Positioning
click for operational mode video
Move Incremental Distance
click for operational mode video
Move to Absolute Position (4 Pos.)
click for operational mode video
Move to Absolute Position (16 Pos.)
click for operational mode video
Multi-Sensor Positioning
click for operational mode video
Move to Absolute Position (2 Pos.)
click for operational mode video
Move to Sensor Position
click for operational mode video
Follow Digital Velocity Command
click for operational mode video
Manual Velocity Control
click for operational mode video
Ramp Up/Down to Selected Velocity
click for operational mode video
Spin on Power Up
click for operational mode video
Follow Digital Torque Command
click for operational mode video

Choose a ClearPath-MC Model

MCVC Models
Velocity, Torque, and 2 Positions
Show Me MCVC Models
MCPV Models
6 Positioning Modes, Plus All MCVC Modes
Show Me MCPV Models
Selection Guide

Need help choosing a motor? Contact Teknic.