Converter Accessory Corp.
Click here to view average web tensions for films and foils
                                                     
Torque, RPM, HP  
 
Enter information here Calculated here    
Roll O.D. inchs   Max Torque lb-in  
Core O.D. inchs   Min Torque lb-in  
Max Speed FPM   Max RPM RPM      
Min Speed FPM   Min RPM RPM  
Max pli pli   Clutch RPM RPM      
Min pli pli   Brake HP HP  
Max Width inchs   Clutch HP HP    
Min Width inchs   Drive HP HP    
Roll Weight lbs   ECS RPM    
Stop Time sec.   E-Stop Torque lb-in      
Max Total Ten lbs   KGM kgm max torque    
Min Total Ten lbs   Newton-Meter N-M max torque    
PIVOTRAC     Brake Watts watts heat dissipation    
Lead in/out inches   Flex Factor Clutch Watts watts heat dissipation    
Web Width   knit = 2.5        
Total Stroke   poly film = 4.3 Direct Drive = :1 gear ratio @ 1725 RPM    
Flex Factor   light paper = 5.5 Clutch = :1 gear ratio @ 1725 RPM    
Throw   paperboard = 7.8  
  soft foils = 11.3  
lead in/out =  
Pass Line Def.  
Click here to view average web tensions for films and foils.

Click here to learn how to measure tension.

**DISCLAIMER - A great deal of time has been invested in the development, testing and debugging of the above calculators. To the best of our knowledge, they are free of defects. It is up to the user to verify all results presented by our calculators.

THE AUTHOR ASSUMES NO LIABILITY CONNECTED WITH THE USE OF THIS INFORMATION OR THE RESULTS OBTAINED FROM IT.
Converter Accessory Corporation
201 Alpha Road
Wind Gap PA 18091

Phone (800) 433-2413 or (610) 863-6008
Fax (800) 709-1007 or (610) 863-7818

cac@epix.net

www.converteraccessory.com


What is Web Handling?
Web Handling is the science, engineering and equipment necessary to successfully transport a continuous flexible material through various processes without defect. Enhancing Web Handling with proper equipment will ensure materials are processed at their maximum efficiency, allowing the process to generate maximum profits.

**Click here for CAC's terms and conditions**