TN Series
 
 
  Compact Style Replacement Nut
 
 
 
  HYTORC TN Clamps were originally designed to overcome the 
  tight radial restrictions found in steam turbine casings. TN Series 
  Clamps combine durability and efficiency. One of the major 
  advantages is the TN's ability to fit in tight spaces. The 
  HYTORC TN Series Clamp Nut is used in conjunction with a 
  coaxial action/reaction pneumatic or hydraulic torque tool.
 
 
  Do you have a difficult counter bore or flange radius, no problem! We fit where others can't.
 
 
  There is no other bolting method available that is Faster, Safer or more Accurate then the 
  TN Series HYTORC Nut™.
 
 
  FEATURES
  
  
  
  The TN Series HYTORC  Nut™ is used in conjunction with a coaxial   
  action/reaction pneumatic or hydraulic torque tool.
  
  
  
  Smallest possible footprint (Diameter = Approx. heavy hex nut across flats
  
  
  
  Internal spline on the inner sleeve allows for simple economical drive
  
  
  
  Castellated outer sleeve – eliminates need for oversize socket drive
  
  
  
  Standard drives available for all applicable tools
  
  
  
  Includes features to permit horizontal or inverted hands free operation
  
  
  
  Low, Standard, Medium & High temperature ratings available
  
  
  
  All thread forms available
 
 
  BENEFITS
  
  
  Reaction free bolt tensioning
  
  
  Pure tensile loads
  
  
  100% elimination of galling on flange and stud surfaces
  
  
  Highest bolt tension accuracy and reliability available
 
 
  The HYTORC TN Series clamp line covers a wide range of sizes and applications. The TN Series HYTORC Nut™ was originally 
  specified to overcome the tight radial restrictions found in steam turbine casings. The compact radial footprint has made the TN Series 
  HYTORC’s most popular clamp. When a bolted connection has a challenging counter bore or flange radius, a HYTORC TN Series 
  clamp will solve the problem. The HYTORC TN Series compact size limits the maximum stud protrusion to approximately one 
  diameter. TN Series clamps are typically specified when overhead obstructions are not present.