GT Series Golden Turbine Vibrators require no air lubrication, and feature high frequency vibration, low noise output, and lower air consumption than other types of pneumatic roatry vibrators. They are ideal for applications in the food & pharmaceutical industries, and other applications involving fine, dry powders that respond well to high frequency vibration.
All GT Vibrators are constructed of lightweight extruded aluminum alloy bodies with hard coated turbine wheels and endplates, and pre-lubricated matched bearings for longer life. Standard GT Models use brass weights in the turbine; GT Models ending in "S" use heavy metal weights in the turbine for a lower frequency.
Houston Vibrator offers 17 different models in the GT Series, with centrifugal forces to over 2300 pounds.
Standard Features & Benefits:
• Lightweight Alloy Body, powder coated to resist corrosion
• Matched & shielded ball bearings pre-lubricated with long life grease
• Low noise output
• Low air consumption*
• Adjustable force and frequency
• Exhaust muffler included
Available Options & Accessories:
• Bin/Hopper/Chute Mounting Kits
• Pipe Mounting Kits
• Air Prep Components
• Air Hoses
• Pneumatic and Electronic Timers
• Stainless Housings (available for some sizes
Common Applications include:
• Food ingredient bins
• Pharmaceutical ingredient bins
• Weigh hoppers
• Light duty vibrating tables & platforms
• Small feeder
• Transfer pipes
• Chutes
Specifications
Width (Inch) |
N/A 2.20 |
(C) Inch |
N/A 5.04 |
(D) Inch |
N/A 4.09 |
(E) Inch |
N/A 0.63 |
(F) Inch |
N/A 0.35 |
(G)/(H) BSP (will accept NPT) |
N/A 1/4 |
Frequency at 30 psi |
N/A 17000 vpm |
Frequency at 60 psi |
N/A 20000 vpm |
Frequency at 90 psi |
N/A 23000 vpm |
Centrifugal Force at 30 psi |
N/A 452 lbs |
Centrifugal Force at 60 psi |
N/A 625 lbs |
Centrifugal Force at 90 psi |
N/A 826 lbs |
Air Consumption at 30 psi |
N/A 6.6 cfm |
Air Consumption at 60 psi |
N/A 11.4 cfm |
Air Consumption at 90 psi |
N/A 15.9 cfm |
Weight lbs. |
N/A 2.40 |
Manufacturer |
N/A Houston Vibrator (HVI) |