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Series PTV, BPV, APV, APV-1, APV-C, IPV, and EBV (Bin Vibrators)
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Series PTV, BPV, APV, APV-1, APV-C, IPV, and EBV (Bin Vibrators)



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  • 1. Bin Vibrators The materials included in this compilation are for the use of Dwyer Instruments, Inc. potential customers andcurrent employees as a resource only. They may not be reproduced, published, or transmitted electronically for commercial purposes. Furthermore, the Company’s name, likeness, product names, and logos, included within these compilations may not be used without specific, written prior permission from Dwyer Instruments, Inc. ©Copyright 2011 Dwyer Instruments, Inc
  • 2. Bin VibratorsCommonly used in PneumaticConveying systems of solid materials
  • 3. UsesPrevent material jams in pipe deliveryKeep material flowing – filling,emptying, or continuous processes
  • 4. UsesBridge-break
  • 5. Installed OnVibrating Separators
  • 6. Installed On Conveyors
  • 7. Installed OnPacking Machines
  • 8. Installed OnFilling machines
  • 9. Considerations for Purchasing Output Force Frequency Air Consumption Noise Level Cost
  • 10. TypesRotary Linear Higher frequency Lower frequency and lower force and higher force
  • 11. Series BPVPneumatic Ball Vibrator Continuous vibration from air supply Low cost, low force, high noise, high air consumption
  • 12. How It OperatesVibration is caused when theinternal ball, pushed by compressedair, runs in a rotary motion toproduce centrifugal force.
  • 13. Series PRVPneumatic Roller Vibrator Continuous vibration from air supply High force, high noise, high air consumption
  • 14. How It OperatesVibration is caused when theroller, pushed by compressed air,runs in a rotary motion toproduce centrifugal force.
  • 15. Series PTVPneumatic Turbine Vibrator Continuous vibration from air supply High frequency, low noise, low air consumption
  • 16. How It OperatesVibration is produced by centrifugal forcewhich arises from the imbalance ofmovement when compressed air impacts thetangent of the turbine to make it move.The operation noise is low because of ballbearing supports on the running turbine.
  • 17. Series APVPiston Vibrator APV-C is air cushioned on both ends of stroke APV-I is only air cushioned on top stroke, direct impact on bottom stroke
  • 18. How It OperatesThere are air-breathing tubes located inboth ends of the cylinder. Vibration isproduced when compressed air pushes thepiston from one side to the other.
  • 19. Series APV-CAir Cushioned Piston VibratorAir cushions at both ends will keep the pistonfrom striking the body, hence minimizing thenoise produced.
  • 20. Series APV-IImpact Version Piston VibratorAn air cushion at the top end will keep thepiston from striking the body top; however, thepiston will strike directly on the bottom of thebody producing a strong impact.
  • 21. Series IPVAir Hammer One shot at a time Focuses on a limited target. Other areas of the target are minimally affected.
  • 22. How It Operates
  • 23. InstallationLocation, type and quantityare dependent on the typeof material and size of thevessel
  • 24. Selection Guide
  • 25. Series EBVElectric Bin Vibrator Continuous operation at 100% force output without overheating or mechanical damage Silent operation (20 dB) Adjustable centrifugal force increases application flexibility Power Requirements 120 VAC (60 Hz) 230 VAC (50 Hz)
  • 26. Storage Bins
  • 27. Concrete Molds
  • 28. Material ProcessingPacking SystemFilling Head Elevator Conveyor Chute
  • 29. Dump Trucks & Train Cars
  • 30. Potential CustomersPneumatic Conveying SystemManufacturersManufacturers of Dump Trucks &Train CarsEnd Users with Material Processingand/or StorageEnd Users who Use Concrete Molds
  • 31. QuestionsTo order a free catalog or for more information contact; Dwyer Instruments, Inc., P.O. Box 373, Michigan City, IN., 46361 Telephone: (800) 872-9141 or (219) 879-8000 Fax: (219) 872-9057 Internet address: E-mail: