Fitting Part Number 1092113516

Atlas Copco Fitting Part Number 1092113516 is a genuine original fluid transmission key component specifically designed for the GA series screw air compressors, precisely compatible with the fluid pathway systems (oil, air, water, etc.) of GA models. As a core connecting unit within the internal fluid transmission network of GA models, this fitting primarily serves multiple critical functions: first, it enables precise connections between different fluid pipelines, creating sealed and stable transmission channels to ensure that lubricating oil, compressed air, or cooling water flow to designated components, guaranteeing coordinated operation of various systems; second, through optimized pipeline diameter design, it reduces fluid transmission resistance, avoiding pressure loss or insufficient flow caused by pipeline blockages, thereby maintaining stable equipment operating parameters; third, at fluid distribution or convergence nodes, it achieves uniform distribution or centralized transportation to meet the fluid demands of different components in GA models.
As a genuine original part, the production of this fitting strictly adheres to Atlas Copco's high-standard quality system. It is manufactured using corrosion-resistant, high-strength specialized metals or engineering plastics, offering excellent pressure resistance and anti-aging properties, capable of adapting to temperature variations and fluid medium erosion during long-term operation of GA models. The dimensional accuracy of its connection interfaces is precisely calibrated, fully matching the interface specifications of the corresponding pipelines in GA models, allowing for tight, sealed connections during installation without additional adjustments, effectively preventing fluid leakage. Through pressure testing and sealing inspections conducted before leaving the factory, this fitting provides reliable fluid transmission assurance for the GA series air compressors, helping the equipment maintain efficient and stable operation while extending the overall service life of the machine.