Anlet 5BE 150H Air Blower is a Rotary lobe blower manufactured by Anlet, Japan. It is a specialized equipment designed to generate low-pressure air or vacuum, widely used in various industrial systems.
Specifications
- Air flow: 17.5 – 28.5 m³/min.
- Pressure: 1 – 8 meters.
- Motor power: 30 – 43.2 kW (commonly 30 kW).
- Discharge diameter: 150 mm.
- Casing material: cast iron, durable.
- Weight: approx. 290 kg.
- Tri-lobe impeller design to reduce vibration and noise.
- Special silencing system for smooth operation.
Key Features
- High Efficiency & Energy Saving: Tri-lobe design and optimized structure generate stable airflow with less pulsation than traditional twin-lobe blowers, saving energy.
- Low Noise: Tri-lobe design minimizes vibration and noise during operation for a quieter working environment.
- High Durability: Main parts made of high-quality materials resistant to wear and heat. Oil-lubricated bearings and shaft ensure smooth operation and long lifespan.
- Simple Structure & Easy Maintenance: Simple construction allows easy disassembly and routine maintenance.
- Stable Flow & Pressure: Designed to provide fixed and stable airflow, minimally affected by outlet pressure changes.
Applications
- Wastewater Treatment: Aeration in biological and aerobic tanks to oxidize organic matter and promote microbial growth.
- Aquaculture: Oxygen aeration for shrimp and fish ponds to increase dissolved oxygen and improve aquatic environments.
- Pneumatic Conveying: Transporting granules, powders, or bulk materials via pneumatic systems.
- Food Industry: Used in product drying and cooling systems.
- Printing, Paper & Packaging: Providing vacuum or low pressure for printing and packaging machines.
Usage Notes
- Proper Installation: Place on a flat, solid foundation to avoid excessive vibration.
- Regular Maintenance: Frequently check and change gear oil. Clean the inlet air filter to prevent dust damage.
- Avoid Overload: Do not exceed the manufacturer's rated pressure or flow.
- Temperature Check: Ensure operation within allowable temperature ranges to prevent overheating and bearing wear.
