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RLT40, 43 kN Capacity, 17 mm Stroke, Low Height Multi-stage, Telescopic Hydraulic Cylinder

Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
  1. Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
  2. Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
  3. Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
  4. Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
  5. Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
  6. Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series
  7. Low Height Multi-stage Telescopic Hydraulic Cylinder Jack Ram RLT Series

RLT40, 43 kN Capacity, 17 mm Stroke, Low Height Multi-stage, Telescopic Hydraulic Cylinder

Model: RLT40   |  ECCN: EAR99    |   Harmonization: 8412210045
Series: RLT   |  Product Line: Industrial Tools
  • Single-Acting, load return
  • Nitrocarburization surface treatment for improved wear resistance and corrosion protection for increased safety and longer service life in harsh conditions.
  • The longer stroke length of telescopic cylinders will save you time and simplify projects by moving a load a greater distance and eliminating the use of temporary cribbing.
  • For use in confined spaces: machinery positioning, tool fastening
  • Mounting bolt holes for easy fixing
  • Up to 3% side-load of maximum capacity
  • Design safety factor complies with ASME B30.1 & EN1494
  • CR400 coupler for compatibility with standard product
  • High-Alloy steel for maximum strength
  • 1st Stage: maximum load capacity at lower stroke.
  • 2nd Stage: extended stroke with lower capacity than the 1st stage.
  • Final Stage: maximum stroke extension with lowest capacity.

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