China 1901067022 Manufacturer, Supplier, Factory

Working principle： Expansion and contraction driven: The constant temperature valve mainly operates based on the principle of thermal expansion and contraction. Special expansion temperature-sensitive paraffin wax and other components are usually used as the temperature sensing elements. When the oil temperature rises to the melting point of the paraffin wax, the wax expands significantly, generating a large force that pushes the push rod, causing the valve core to move and opening the valve; when the oil temperature drops, the paraffin wax contracts due to the cold, and under the spring rebound effect, the valve core resets, closing or reducing the valve opening. Oil passage control: The expansion and contraction of the valve core is used to adjust the changes in the oil passage between the valve body and the housing, thereby controlling the proportion of lubricating oil entering the oil cooler. When the oil temperature is lower than the set value, the valve closes or the opening degree decreases, and the lubricating oil directly returns from the oil-gas tank to the main unit, achieving rapid heating; when the oil temperature is higher than the set value, the valve opens, allowing the lubricating oil to enter the cooler for cooling, and the cooled lubricating oil returns to the main unit, thereby ensuring that the rotor temperature remains within the set range.

3002619010 Atlas Copco Maintenance and Replacement Guidelines Synchronous Replacement: It is recommended to replace the air filter, oil filter, and lubricating oil at the same time to reduce the oil pressure difference and energy consumption. Installation and Sealing: Install according to the manual torque. Replace all O-rings to avoid bypass of unfiltered air or oil. Pressure Difference Monitoring: Pay attention to the oil pressure difference and fuel consumption. If it abnormally increases, stop the machine for inspection and replacement. Environment and Load: In high dust / high humidity or heavy load conditions, the replacement cycle can be shortened to 3500 - 4000 hours or less.

ATLAS COPCO GA160 Operating Instructions Before operation, please read the equipment manual to avoid mistakenly modifying critical parameters (such as excessive pressure limit). When a red fault alarm occurs, stop the machine for inspection first, eliminate the fault, and then restart it. Regularly clean the control panel to prevent dust or oil stains from affecting the sensitivity of the buttons.

Key Points for Bolt Installation and Maintenance of Atlas Copco Pre-tightening Torque: Appropriate torque should be applied according to the bolt's strength grade and connection requirements . Excessive torque can cause the bolt to break, while insufficient torque may result in poor sealing or loosening. Surface Treatment: The bolt surface is usually galvanized, phosphated , or oxidized . Before installation, check the surface for rust or damage. Cooperation Precision: The cooperation between the bolt and the nut or the bolt hole must comply with standards . Avoid overly loose or overly tight threads. Regular Inspection: After the air compressor has been running for a period of time, check if the bolts are loose. If rust, deformation, or fracture is found, replace the bolts of the same specification and strength in a timely manner.

1089962513 Purchase suggestion for Atlas Copco compressor pressure sensor: 1089962513 Atlas Copco pressure sensor has very high requirements for measurement accuracy and stability. By purchasing the original factory part 1089962513 Atlas Copco, inferior sensors, due to insufficient accuracy or poor reliability, may cause unstable equipment operation and even pose safety hazards. 1089962513 Atlas Copco pressure sensor is the "nerve ending" of the air compressor's automation control. Its performance directly affects the operation efficiency and safety of the equipment. 1089962513 Atlas Copco should pay special attention during daily maintenance.

Atlas Copco, as a globally renowned manufacturer of air compressors and industrial equipment, uses rolling bearings in its equipment as one of the core components ensuring the efficient and stable operation of the machinery. These bearings are usually specially designed or selected based on the structural characteristics and operating conditions of different models (such as screw-type, piston-type, and centrifugal air compressors), and they have high matching accuracy and reliability.