Cylinders Tie rod

HMI/HMD

HMI/HMD
  • Tie rod cylinders for heavy duty service
  • Maximum pressure 210 Bar
  • Standard bore sizes from 25 mm to 200 mm
  • Any stroke length
  • Connections types and sizes as per standards ISO 6020/2 to DIN 24 554
  • Up to three rod sizes per bore
  • Piston rod diameter from 12 mm to 140 mm
  • Up to three male and three female rod threads per bore, or other variants on request
  • Up to 12 standard connection types
  • Replaceable seal for easy maintenance
  • Stepped cushion for increased efficiency and performance
  • Wide variety of installation tools
  • With ordinary or through rod
  • Wide choice of seals
 

2H

2H
  • Tie rod cylinders for heavy duty service
  • Maximum pressure 210 Bar
  • Standard bore sizes from 38,1 mm to 304,8 mm
  • Piston rod diameter from 15,9 mm to 215,9 mm
  • Three standard variants of rod end, other modifications on request
  • Any stroke length
  • Up to 17 standard connection types
  • Replaceable seal for easy maintenance
  • Stepped cushion for increased efficiency and performance
 

3L

3L
  • Tie rod cylinders for medium duty service
  • Any stroke length
  • Maximum pressure 70 Bar
  • Standard bore sizes from 25,4 mm to 203,2 mm
  • Piston rod diameter from 12,7 mm to 139,7 mm
  • Three standard variants of rod end, other modifications on request
  • Up to 15 standard connection types
  • Replaceable seal for easy maintenance
  • Stepped cushion for increased efficiency and performance
 

Electrohydraulic

Electrohydraulic
  • Cylinders with built-in feedback transmitters for use with proportional and servo valves in closed-loop hydraulic systems
  • Maximum pressure 210 Bar
  • Integral and attachable manifolds
  • Wide choice of magnetostrictive sensors and variable inductance transducers
  • Any stroke length
  • Simplify machine design and reduce the number of hydraulic lines
  • In most cases eliminates need for limit switches, deceleration valves, hydraulic shock absorbers ,and mechanical linkages
  • Built-in valves eliminate auxiliary fittings and reduce assembly time
  • Intrinsically safe and explosion-proof sensors are available
 

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