China 55°C Control Valve Manufacturer, Supplier, Factory

Dongguan Taike high quality G7 Atlas Copco Oil Injected Rotary Screw Air Compressor model is the ideal solution for small companies, workshops and operations that want to expand their compressed air demand. In addition to simplified maintenance procedures and zero capacity loss, the new G7 compressor can still be 100% reliable, 24/7 continuous operation at ambient temperatures up to 46 degrees Celsius, without the frequent cooling required by piston compressors. Further more, the amount of oil entering the air is less than 5 ppm, which protects the tools and ensures the quality of the final product.

Quick conclusions and suggestions for Atlas Copco air compressors using ball bearings The original factory / joint design of four-point contact ball bearings on the oil-free main shaft ensure positioning accuracy and lifespan. The motor end uses protective bearings that are compatible with the frequency converter. Emphasize lubrication and grounding / insulation to reduce the risk of bearing current. Replace based on the machine nameplate and serial number as the standard, avoid blindly replacing based solely on the "universal replacement number".

Atlas Copco is a world-leading industrial equipment manufacturer, with a century-long history and profound technical expertise in the field of air compressors. As a benchmark enterprise in the compressor industry, its products are renowned for their efficiency, reliability and innovation, and are widely used in various sectors such as manufacturing, energy, healthcare, and construction.

Maintenance and Repair Recommendations for Metal Piston Valve Atlas Copco 1622366300 Replacement Strategy: Triggered by running hours / pressure difference / abnormal temperature or abnormal listening, replace according to the manual; for the same level of gas valves, it is recommended to replace them as a set to avoid performance imbalance. Installation and Sealing: Thoroughly clean the valve groove and passage, replace all seals, and evenly tighten; conduct airtightness test after installation, and strictly prohibit bypassing unfiltered air. Condition Monitoring: Regularly record the valve cover temperature, pressure, and vibration; abnormal temperature rise / abnormal noise indicates valve plate / spring fatigue or seal failure, and should immediately stop the machine for inspection. Atlas Copco 1622366300 Commissioning and Running-in: New machines or after major repairs, running-in and re-inspection are required to confirm no leakage and abnormal vibration.

We are one-stop solution professional supplier for 100% genuine Atlas Copco and Sullair Air Compressors Genuine Oil. We are not like those middle handlers who sell Atlas Copco air compressors parts. As our monthly order quantity to Atlas is very large, so we get a special discount price, we make order to atlas directly without a middleman, so this price is best than other supplier. we are confident to offer 10-15% cheaper prices.

Atlas Copco 1608047300,The minimum pressure valve of the air compressor, also known as the pressure maintenance valve, is a crucial control component in the air compressor system. It is used to establish the system pressure. When the air compressor starts, the minimum pressure valve closes, helping to quickly establish an initial pressure of 0.4-0.5 MPa, ensuring the circulation pressure required for the lubricating oil, and preventing equipment from wearing out due to poor lubrication. It protects the oil-gas separation system when the pressure exceeds 0.45 MPa. The valve opens, reducing the air flow rate passing through the oil-gas separator, ensuring the oil-gas separation effect and protecting the oil-gas separation filter from damage due to excessive pressure difference. It has a one-way valve function to prevent the compressed air in the storage tank from flowing back to the air compressor when it stops. It prevents pressure leakage in the no-load state and ensures the lubricating oil circulation. The buffering protection function buffers the impact of large pressure differences on the separator core at the moment of machine loading, controls the gas flow rate passing through the oil-gas separation filter, and prevents high-speed airflow from damaging the oil-gas separation effect.