Atlas Copco 125 CFM FX HT60 High Temperature Air Dryer 115V 1PH - FX HT60 (H5) ACUL 115V1PH60

What Our Experts Think

• Designed for High-Temperature Applications: The Atlas Copco 125 CFM FX HT60 High Temperature Air Dryer is specifically built to handle high inlet temperatures, making it ideal for industries where compressed air temperatures exceed typical levels.
• Efficient Moisture Removal: This air dryer effectively removes moisture from compressed air, ensuring clean and dry air that prevents corrosion, extending the lifespan of downstream equipment.
• High Capacity Performance: With a 125 CFM capacity, the FX HT60 is well-suited for medium to large industrial systems, providing reliable moisture control and maintaining consistent air quality in demanding applications.
• Energy Efficient: Engineered for energy-saving performance, the FX HT60 operates efficiently, helping to reduce overall energy consumption without compromising its high-performance moisture removal.
• User-Friendly Design: Featuring easy installation and minimal maintenance requirements, this high-temperature dryer is designed for hassle-free operation and long-term reliability.
• Durable and Reliable: Built to withstand harsh operating conditions, the FX HT60 is constructed with high-quality materials for increased durability and long service life in industrial environments.

Q&A

Q: What are the key features of the Atlas Copco 125 CFM FX HT60 High Temperature Air Dryer - FX HT60 (H5) ACUL 115V1PH60?
A: The Atlas Copco FX HT60 is a high-temperature air dryer with a 125 CFM capacity, designed to efficiently dry compressed air in high-temperature environments. Operating on 115V 1-phase power, it provides continuous moisture removal, ensuring clean, dry air for demanding industrial applications.

Q: How does the FX HT60 handle high temperatures?
A: The FX HT60 is built specifically to operate effectively in high-temperature environments, ensuring that compressed air stays dry and free of contaminants even when exposed to heat, preventing equipment damage and improving system performance.

Q: What makes the FX HT60 suitable for industrial applications?
A: With its 125 CFM capacity and high-temperature design, the FX HT60 is ideal for industries where compressed air needs to be clean, dry, and moisture-free despite high operating temperatures. It is commonly used in manufacturing, automotive, and chemical industries.

Q: How does the FX HT60 improve system efficiency?
A: By effectively removing moisture from compressed air, the FX HT60 helps protect equipment from corrosion and wear, reducing maintenance costs and increasing the lifespan of machines, thus enhancing overall system efficiency.

Q: Is the FX HT60 energy-efficient?
A: Yes, the FX HT60 is designed to offer high efficiency, using energy-smart components to reduce operational costs while ensuring reliable moisture removal.

Maintenance Tips 

• Check Inlet and Outlet Air Filters: Inspect and clean or replace the air filters regularly (every 500-1,000 hours of operation). Clogged filters can reduce airflow and efficiency, potentially damaging the dryer and reducing its lifespan.

• Drain Condensate Daily: Regularly drain accumulated moisture from the dryer’s condensate drain. Depending on usage, this should be done daily or as needed to prevent moisture buildup, rust, and contaminants entering the system.

• Inspect and Test Safety Valves: Periodically check and test the safety valve to ensure it is functioning correctly. The safety valve helps protect the dryer from excessive pressure, so any malfunction could result in damage or failure.

• Monitor Ambient Temperature: Ensure that the ambient temperature where the air dryer operates is within the recommended range. High temperatures can affect the dryer’s performance, while low temperatures may cause condensation issues.

• Verify Pressure and Temperature Settings: Check the operating pressure and temperature settings on the dryer to ensure they are within the manufacturer’s recommended ranges. Incorrect settings can cause inefficient drying and unnecessary wear.

• Inspect Electrical Components: Regularly check electrical connections and components for wear or overheating. Loose connections or faulty wiring can lead to electrical failures. Make sure the power supply voltage matches the specifications.

• Clean the Heat Exchanger: Over time, dust and debris can accumulate on the heat exchanger. Clean the heat exchanger and surrounding areas periodically to maintain optimal heat exchange and prevent overheating.

• Test Regeneration Cycle: Ensure the regeneration cycle is working properly. If the dryer has a hot-gas bypass or similar system, check for any issues that could affect the regeneration process, leading to reduced dryer performance.

• Examine Pressure Gauges: Regularly inspect the pressure gauges for accuracy. Incorrect readings can result in improper dryer performance, leading to inadequate drying or excessive energy consumption.

• Schedule Professional Maintenance: Arrange for annual maintenance by a qualified technician to thoroughly check the internal components, including the desiccant (if applicable), heat exchanger, and electrical system. Professional inspections help identify potential issues before they become major problems.