عربي

CycloBlower VHX





      • Introducing the CycloBlower VHX — A World First Blower Technology


        The demand for energy savings is higher than ever. As energy costs continue to rise and significantly impact manufacturer’s bottom lines and profitability, the demand for more efficient technologies grows. Thankfully, innovation is in our DNA at Gardner Denver.  Much like DNA, the rotor design of our blowers dictate what they become. Gardner Denver is excited to announce the launch of our new CycloBlower VHX. By adding a variable helix to our patented helical screw design, unmatched levels of blower performance and efficiency is achieved. This new patented rotor design incorporates faster internal compression and a significantly larger discharge port to eliminate losses, thus creating premium efficiency and higher turndown capability. Gardner Denver’s blower evolution continues with the world’s first variable helix blower technology, the CycloBlower VHX.






Benefits

Patented Design



  • Patented, highly-efficient 3×5 variable helix screw rotor profile provides a competitive advantage for you

  • Food-grade PTFE (Polytetrafluoroethylene) coated rotors minimize air loss while maximizing efficiency

  • Exclusive split-cylinder design matches performance to your application requirements

  • Three discharge port options optimize efficiencies based on your specific performance needs

  • High pressure capability for dense phase conveying applications


Best of the Best Components


O-Rings



  • O-Ring Seals

  • Durable Protection

  • No Gaskets


Helical Timing Gears



  • Smooth, Quiet Operation at all Speeds

  • Assures on-Slip Rotor Timing


Dual-Splash Lubrication with Eccentric Slinger Ring



  • Unique Design

  • Maximizes Efficiency by Reducing Power Consumption

  • Optimizes Oil Distribution


Discharge Bearings



  • Axial: 4 Point Angular Contact Bearings

  • Radial: Cylindrical Roller

  • Provides Absolute Strength and Stability on Multiple Planes to Handle Extreme Applications

  • Extended Bearing Life


Inpro/Seal® Premium Oil Seal



  • Contactless Dual-Ring Design

  • Non-Wearing

  • Extends Longevity Reducing Maintenance Costs

  • Market-Leading Protection Against Leaks


Piston Ring Air Seals



  • Delivers Leak-Free Operation

  • Provides Maximized Seal Life


Robust Ductile Iron Shaft



  • Designed & Tested for Strength

  • High Shaft Load Capacity

  • Direct & V-Belt Drive Capable


PTFE (Polytetrafluoroethylene) Coated Rotors



  • Food Grade

  • Minimizes Air Loss

  • Maximizes Efficiency


Options


Force Feed Lubrication  



  • Ensures Cool Oil Temperature and Distribution

  • Optional for Applications up to 20 psi

  • Required for Applications Greater than 20 psi


Mechanical Seals



  • For Gas Applications

  • Interchangeable with Inpro/Seal


PTFE (Polytetrafluoroethylene) Coated Cylinder



  • Minimizes Air Loss

  • Maximizes Efficiency


Graphite Air Seals



  • Required for High Pressure Applications Over 20 psi


Low, Medium & High Pressure Discharge Cylinder



  • Optimizes Efficiencies

  • Unique Technology

  •  


Installation Flexibility



  • Top and Bottom Discharge Orientations

  • 4 Mounting Foot Configurations Available

  • ANSI or Metric Flanges


RTD Ports & Probes


Designed to Ensure Precise and Accurate Bearing Temperature Measurements

Features


  • Patented, highly-efficient 3×5 variable helix screw rotor profile 

  • Food-grade PTFE (Polytetrafluoroethylene) coated rotors 

  • 3 discharge port designs matches the most efficient performance to your application requirements

  • High pressure capability up to 36 psi

  • O-ring sealing

  • Helical Timing Gears

  • Unique Dual Splash Lubrication with eccentric slinger ring

  • Force Feed Lubrication optional for applications under 20 psi, required for applications over 20 psi 

  • Inpro/Seal Premium Oil Seals 

  • Mechanical Seals also available for gas applications

  • Piston Ring or Graphite Air Seals

  • Robust Ductile Iron Shaft


Available as bare blower for upgrading existing packages