China 1089062120 air compressor solenoid valve Manufacturer, Supplier, Factory

Atlas Copco Installation and Maintenance Tips Installation Requirements: The metal sealing surfaces must be thoroughly cleaned (free of oil stains and scratches), and the fastening bolts must be tightened uniformly to the specified torque (usually 30-50 N·m) to ensure that the sealing elements are fully in contact. Cleaning Cycle: Depending on the operating environment, the metal filter element should be back-flushed for cleaning every 2000-4000 hours (using dry compressed air to blow from the inner side of the filter element outward). An ultrasonic deep cleaning should be performed after a cumulative operation of 10000 hours. Replacement Criteria: When there is local damage to the filter element (detected through an endoscope) or permanent deformation of the sealing element surface (resulting in an excessive leakage rate), the corresponding components should be replaced promptly.

Maintenance and replacement precautions for LDI drain valves of Atlas Copco air compressors Regularly check the working condition of the drain valve, observe whether the drainage is smooth, and avoid failure of drainage due to blockage by impurities (manual drainage can be performed periodically for auxiliary cleaning). If there is continuous leakage or inability to drain, the sealing parts or the entire valve body should be replaced in time to avoid affecting the quality of compressed air. When replacing, select the compatible model to ensure that the pressure grade, interface size, and equipment are matched; before installation, the system pressure should be emptied to prevent fluid ejection. Before long-term shutdown, it is recommended to manually discharge the residual water in the system to protect the drain valve and pipeline from corrosion.

The design features of the computer controller module of Atlas Copco portable mobile air compressor Modular structure: The controller module is connected to other components of the equipment through standardized interfaces, facilitating maintenance and replacement, and reducing maintenance costs. Energy-saving optimization: Through precise control algorithms, unnecessary energy consumption is reduced, helping the equipment achieve better fuel efficiency or power consumption levels. This controller module integrates intelligent technology with the operation of the compressor deeply, not only simplifying the operation process, but also significantly enhancing the reliability and economy of the equipment, and is an important manifestation of the advanced performance of Atlas Copco portable air compressors.

Correlation check: When replacing the sealing kit, simultaneously inspect the sealing surfaces of the instrument block for scratches, deformation or corrosion. If necessary, repair or replace the instrument block. Check whether the threads of the related pipelines and sensor interfaces are in good condition to avoid poor sealing due to damaged threads. Although this sealing kit is a small maintenance component, it is crucial to the reliability of the instrument control module.

Core parameters and replacement Filter accuracy: approximately 10 - 15 μm, protecting the main unit bearings and rotor. Replacement cycle: usually every 4,000 - 8,000 hours or according to the equipment manual; in harsh environments, it can be shortened. Installation tips: After applying oil to the new filter element sealing ring, install it with the specified torque; after replacement, check the oil level and pressure drop.

Atlas Copco The air compressor temperature sensor is an important component used for real-time monitoring of the temperatures of key parts of the compressor unit (such as exhaust temperature, oil temperature, and motor temperature, etc.). Its core function is to detect temperature changes and provide data support for the control system, ensuring that the equipment operates within a safe temperature range. At the same time, when abnormal temperatures occur, it triggers protection mechanisms (such as shutdown and alarm) to prevent mechanical failures or safety risks caused by overheating.