Air Receiver Tanks

Introduction

Air receiver tanks (also known as air storage tanks or compressed air tanks) are key pressure vessels in compressed air systems, primarily used to receive and store compressed air discharged from air compressors. Based on pressure, they can be categorized as high-pressure, low-pressure, and atmospheric-pressure air receiver tanks. A typical air receiver tank consists of a tank body, tank cover, flanges, nozzles, seals, and supports. It is also equipped with safety devices, metering devices, and internal components to fulfill the functions of different production processes.

Features

1. Thickened material

Thickened material design, longer life.

2. Strong and durable

Stable performance, strong and durable, not easy to rust.

3. Easy to use

The pressure gauge can display the pressure in the tube concisely and accurately.

4. Low noise operation

Easy to install and low noise during operation.

5. Wide application

Air Receiver Tanks are used in chemical industry, electronic industry, food industry, construction industry, metallurgical industry, laser cutting industry, etc.

Working Principle

The main function of an air receiver tank is to store and regulate compressed air. The compressor compresses air and feeds it into the receiver tank. By storing excess air, the tank can provide additional airflow during peak demand periods, thus balancing the system load. Furthermore, the receiver tank helps reduce the frequency of compressor starts, extending its lifespan.

Application Areas

1. Manufacturing: Provides a stable air supply for pneumatic tools, robots, and assembly lines.

2. Construction: Drives pneumatic picks, nail guns, sandblasting equipment, etc.

3. Automotive Repair: Pneumatic equipment for tire changing, paint booths, etc.

4. Water Treatment: Supports filtration systems and provides dry compressed air.

5. HVAC: Regulates pressure in cooling towers and chillers.

6. Precision Manufacturing: Meets the high-purity air requirements of laboratories, electronics manufacturing, etc.

Maintenance and Care
Regular maintenance is crucial to ensure the safe and efficient operation of the air receiver tank:

1. Regular Inspection: Regularly check the function of pressure gauges, safety valves, and other safety devices.

2. Cleaning and Maintenance: Regularly remove moisture and dirt from the inside of the receiver tank to prevent corrosion caused by water accumulation.

3. Pressure Testing: Perform pressure tests regularly to detect leaks or structural damage.

4. Maintenance Record Keeping: Maintain accurate maintenance records to track equipment usage and maintenance history.

Installation, Use, and Maintenance Recommendations:

1. Installation Location: Install after the compressor aftercooler and before the dryer and filter for optimal condensation and buffering effects.

2. Foundation: Ensure stable placement; large tanks require a concrete foundation for support.

3. Piping Connections: Inlet at the bottom, outlet at the top, to facilitate airflow and condensate separation.

4. Routine Maintenance:

Regular Drainage: Depending on humidity levels, manual valves should be drained daily, and automatic valves should be checked periodically for functionality.

Safety Inspection: Regularly calibrate safety valves and pressure gauges, and inspect the tank for rust or damage.

Annual Inspection: Conduct periodic inspections by a professional organization in accordance with pressure vessel regulations.

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