Product Description
Technical Specification
| Air Supply Quality | Class 5.4.1. |
| ATEX | II 2D C TX, II 2G C TX |
| Duty Cycle | Continuous |
| Material | Aluminium body |
| Max Noise Level | Less than 90 dB(a) |
| Pneumatic Circuit | Filter + flow control valve + 3/2 ways valve |
| Powder | Dry and granular [food] - concrete |
| Problem Solving | Friction reduction - separation - consolidation |
| Technology | Turbine vibration - high frequency and centrifugal force |
| Working Pressure | From 2 bar to 6 bar (from 29 psi to 87 psi) |
| Working Temperature | From-20 deg C to 120 deg C (from-4 deg F to 248 deg F) |
| Application | Hopper and silo - screen - vibrating table - chute - concrete consolidation |
High-Performance Vibration TechnologyThese rotary pneumatic vibrators employ a turbine mechanism for maximum vibration efficiency, reaching speeds up to 42,000 rpm. Their robust design supports usage in challenging industrial environments, delivering up to 234 W of power and 3 Nm of torque. Enclosed structures ensure reliable operation even in dusty or moist conditions.
Flexible Mounting and InstallationThanks to versatile mounting options including foot, flange, or threaded connections, these vibrators adapt easily to various machinery and production lines. Standardized air inlets (G1/8 or G1/4) further streamline integration, offering hassle-free setup in both new and existing systems.
Durable Construction and Low MaintenanceBuilt with industrial-grade aluminum alloy and a steel rotor, these units offer high corrosion resistance. The maintenance-free, lubrication-free design reduces downtime and extends service life, making them ideal for continuous or critical applications across multiple industries.
FAQ's of Rotary Pneumatic Vibrators - Turbine:
Q: How do rotary pneumatic vibrators with turbine technology operate?
A: Rotary pneumatic vibrators use compressed air filtered through a turbine, generating rapid oscillations that create high-frequency vibration. This efficient mechanism enables reliable performance for material flow, compaction, and discharge in industrial settings.
Q: What are the main benefits of using this type of pneumatic vibrator?
A: These vibrators offer high vibration frequency (up to 50,000 vibrations/min), low noise output, minimal maintenance (no lubrication required), and excellent corrosion resistance. The robust construction ensures long service life even in harsh industrial environments.
Q: When should I consider installing a rotary pneumatic vibrator?
A: Install rotary pneumatic vibrators when dealing with sticky, clinging, or sluggish bulk materials in hoppers, chutes, or bins. They are also suitable whenever compact size, reliable vibration, and low maintenance are essential requirements.
Q: Where can these pneumatic vibrators be mounted on industrial equipment?
A: These vibrators support diverse mounting configurations including foot mounts, flange mounts, or threaded connections. This flexibility allows them to be installed on bins, silos, feeders, conveyors, and other machinery as needed.
Q: What is the process for connecting and operating the vibrator?
A: Connect the unit to a suitable compressed air line (filtered, oil-free or lubricated) using standard G1/8 or G1/4 fittings. Ensure the operating pressure (2 to 6 bar) and air consumption (1.25 to 6.5 l/s, depending on the model) match your process requirements. Once connected and secured, the vibrator is activated through air supply.
Q: How does the low maintenance design benefit users?
A: The enclosed, lubrication-free construction reduces the need for regular servicing, saving time and operational costs. The use of high-quality materials further minimizes the risk of failure, ensuring continuous operation with minimal supervision or downtime.