Core Dimensions and Basic Parameters of 635690 Air-Oil Separator
635690 Kaeser Air-Oil Separator for BSD62 Compressors We have accurately calculated the structural dimensions of this air-oil separator. Moreover, they perfectly match the equipment’s installation position. Specifically, its D1 is 300.000mm, D2 is 272.000mm, D3 is 220.000mm, H1 is 264.000mm, and volume is 0.029295m³. Furthermore, these dimensions fit the equipment’s installation specifications without modifications.
The filter weighs 4.900kg. Its weight design fits the equipment’s installation load perfectly. Therefore, you don’t need to adjust the installation structure. Notably, these dimensional parameters directly determine the filter’s sealing effect and adaptation accuracy. Consequently, you must align them strictly with the equipment interface during installation. In addition, improper alignment may cause air leakage and reduced filtration efficiency.
Core Relationship Between Parameters and Equipment Adaptation
Compared with ordinary air-oil separators, the 635690 controls dimensional tolerance within ±0.5mm. This ensures perfect fit with the equipment housing. It further guarantees tight sealing during filtration. It also prevents oil-gas mixture leakage and improves separation efficiency. Besides, strict tolerance control reduces wear, extending the filter’s service life.
Its volume and weight fit the installation space of KAESER BSD series and ATLAS GA160. Additionally, you don’t need to disassemble other equipment components during replacement. This greatly reduces maintenance workload. Specifically, it saves maintenance personnel 15-20 minutes each replacement.
Performance Indicators and Working Condition Adaptation of 635690 Kaeser Air-Oil Separator
This air-oil separator adopts ultra-fine glass fiber filter material. As a result, its filtration precision reaches up to 0.01μm, and interception efficiency hits 99.99%. It effectively captures tiny oil mist particles in compressed air. It also controls initial pressure difference within 0.02MPa, ensuring smooth equipment startup. Moreover, the ultra-fine material enhances its dirt-holding capacity compared to ordinary filters.
Its dirt-holding capacity reaches 120g, better than same-spec filters. It can serve 3500~5200 hours. However, lubricating oil quality and environmental dust affect its service life. Furthermore, it has a temperature resistance range of -20℃~120℃. It is compatible with most air compressor-specific lubricating oils. Even in harsh temperatures, it maintains stable performance.
635690 Kaeser Matching of Operating Conditions for Adaptable Models
We specially design the 635690 Kaeser Air-Oil Separator for specific air compressors. These include KAESER BSD 62, BSD 72, BSD 75, BSD 81, BSD 83, BSD 83 T and ATLAS COPCO GA 160. For instance, these models are widely used in precision manufacturing and chemical fields. They require high compressed air cleanliness. Therefore, the 635690’s high filtration efficiency suits these application scenarios perfectly.
The filter maintains stable filtration performance even under high-load continuous operation. Thus, it avoids damage to air-using equipment from excessive oil content. In addition, its oil passage capacity reaches 15L/min. It fully meets the oil-gas separation needs of corresponding models. Compared with other compatible filters, it has better anti-fatigue performance under long-term high-load operation.
Key Points for Maintenance Replacement and Fault Prevention
Maintenance personnel must turn off the equipment power first when replacing the 635690. Then, wait for the system pressure to drop to 0MPa before disassembly. After replacement, check the filter’s sealing performance. Ensure no air leakage at the interface. Next, start the equipment for 5-10 minutes of idle operation. During idling, observe the pressure difference display. Confirm the initial pressure difference is within the standard range. During daily maintenance, regularly check the filter’s dirt-holding status. For example, replace it promptly when the pressure difference exceeds 0.15MPa. This avoids excessive pressure affecting air compressor efficiency. Also, avoid colliding or scratching the filter surface during storage and transportation. Such damage can ruin the filter material and reduce filtration performance. Furthermore, store the filter in a dry, clean environment to prevent moisture damage to the filter core.