VT Gear-Driven Centrifugal Compressor

VT-140 Model supports flowrates up to 140lb/min.

Vortron's VT compressor provides unique air moving solutions for complex needs. Developed for aircraft de-ice / anti-ice GSE applications, the patented VT compressor now serves many industries. New adaptations for 2011 are now available to support broad application in aircraft GSE, industrial air moving, ultra high-velocity blow-off, sparging, bulk transfer conveying, and many others. Can be electrically or hydraulically driven; with direct-coupled hydraulic drive resulting in 125HP rating at under 100lbs package size. Performance range from 5 - 15 psi and up to 1600 CFM; 14 psi at 100 lbs/min typical. Adiabatic efficiency ratings up to 80%.

Applications

• Blow-off
• Sparging
• Debris Removal
• Shallow Vacuum
• Air Cooling
• Bulk Conveying

Industries Served

• Aircraft GSE
• Military
• Food Processing
• Rubber and Plastics
• Agriculture
• Municipal WWT

Performance:

The VT gearcase can be equipped with various compressor stages to achieve the performance objectives of a particular application. Recommended compressor stages include the X ("X-Trim" or "X40") (79% peak efficiency) for typical deicing applications and the Z (Z40e) (80% peak efficiency) for applications requiring higher flowrates. Detailed performance curves and compressor efficiency data can be found on available compressor maps.

Operating Speed:

20,000-45,000 RPM (Impeller)

Flowrate:

500-1600 SCFM (see maps)

Pressure Ratio:

Up to 2.5 PR, nom. (see maps)

Internal Gear Ratio:

8.75:1

Connections:

» Inlet - 5.00 in.
» Discharge - 3.50 in

Gearcase Shaft Input:

SAE J498b, Class 1 Flat Root Side Fit Spline. SAE B, 16/32 P 30° Involute

Compressor Materials:

» Housing: Volute: A356-T6 Aluminum
» Impeller: Investment Cast Aluminum
» Shaft and Gearing: Heat-treated Alloy Steel

Operating Temp (Ambient):

-20°C to 50°C

Environmental Requirement Compliance:

Can meet or exceed: Moisture, Vibration, MIL, Industrial requirements.

Recommended Drive System:

Can be electrically or hydraulically driven. Parker F12-30 motor is suggested for hydraulic applications.

Please Request a Quote

FMC Technologies, Inc. Airport Systems, Orlando, Florida, needed a quick and cost prudent aircraft deicing procedure. Vortron Industrial developed a highly efficient VT Gear Drive compressor, allowing FMC to offer their AirFirst® System on their articulated boom deicing vehicles. This unit effectively blows snow and frost off aircraft surfaces while drastically reducing use of expensive and hazardous glycol.