17118617884 Cooling Module Bracket | Structural Mounting System for Thermal Management

17118617884 Cooling Module Bracket - Engineered Mounting Solution

Precision-crafted for secure radiator and condenser mounting, the 17118617884 Cooling Module Bracket ensures vibration-resistant support for critical cooling system components in BMW F-series platforms. This structural aluminum alloy component features laser-cut mounting holes positioned within ±0.15mm tolerance of factory specifications, with reinforced gussets at stress concentration points to prevent fatigue fractures. The electrophoretic coating provides 500-hour salt spray resistance, while thermal expansion compensation slots maintain tension across -30°C to +110°C operating range. Compatible with both standard and M Sport suspension configurations, the bracket's asymmetrical design accommodates variable engine bay clearances while maintaining 6.5mm minimum clearance from rotating components. Installation requires no modification to existing coolant lines or electrical harnesses, with pre-drilled service access ports aligning with factory maintenance points.

Factory-spec installation showing radiator mounting points

Electrophoretic coating with stress-relief design features

Structural Integrity & Vibration Management

The 17118617884 Cooling Module Bracket incorporates finite element analysis-optimized rib patterns that reduce harmonic resonance by 65% compared to conventional designs. Three-stage vibration dampening is achieved through tuned-mass aluminum alloy construction, rubber-isolated mounting points, and frequency-specific harmonic balancers. The asymmetric load distribution design compensates for engine torque variations during hard acceleration, maintaining coolant line alignment within 1.5° deflection under maximum stress. CNC-machined locating pins ensure ±0.2mm positioning accuracy during assembly, while thermal expansion slots accommodate dimensional changes during extreme temperature transitions. The bracket's open architecture design maintains airflow to critical components while providing 360° access to service points. Corrosion-resistant properties are enhanced through multi-stage surface preparation including alkaline cleaning, zinc phosphate conversion, and cathodic electrocoating.

Vehicle Compatibility Specifications