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Torque Limiter Application Form

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Contact Information

* Name:
* Title:
* Company:
* Phone:
* Email:
 
* Required Fields

PLEASE PROVIDE AS MUCH INFORMATION AS KNOWN
If possible, send a sketch of the drive system to:
engineering@machiii.com

1. Unit is needed for:


If Retrofit, why is current model being replaced?

2. Environmental Conditions - Check ALL that apply:













3. Temperature Range of the destination environment:

Minimum: ( specify °F / °C )
Maximum: ( specify °F / °C )

4. Torque Limiter Mounting:


        Shaft Size:  ( specify in / mm )
        Keyway: Standard or Other:  ( specify in / mm )

        Shaft Size:  ( specify in / mm )
        Keyway: Standard or Other:  ( specify in / mm )
Select One:


        Drive Shaft Size:  ( specify in / mm )
        Drive Keyway: Standard or Other:  ( specify in / mm )
        Driven Shaft Size:  ( specify in / mm )
        Driven Keyway: Standard or Other:  ( specify in / mm )

        Size/Type:

5. Orientation of the shaft on which the torque limiter will be mounted:


6. Pulley or Sprocket Requirements:


Type 
. . . . .Choose One:  
Chain Size:     # of Teeth: 
# of Grooves: 
      Belt Type: 

7. Motor Specs: HP:     RPM:

If not electric, please specify type here:

8. RPM at Torque Limiter:  RPM

9. Required Torque:  ( specify lb.in / lb.ft / Nm )

10. Space Restrictions:

Maximum Length:  ( specify in / mm )
Maximum OD:  ( specify in / mm )

Friction torque limiters continue to transmit torque while overloaded and slipping. To prevent overheating and failure of the device, a means of sensing and disengaging the drive is required when in overload.

  1. How will overload (slippage) be detected? 
  2. Will the drive be shut down when overload is detected?    
  3. If yes, how? 

Additional Information
Please include any special requirements, environmental conditions, etc.

    

3D Model Request

 

Model Type: