Mindray 115-036696-00 Rrear Housing Assembly Umec10 Umec12 Rear Casing Cover Assembly

The Mindray 115-036696-00 Rear Housing Assembly is a precision-engineered structural component designed specifically for the Mindray uMEC10 and uMEC12 patient monitors. Serving as the protective enclosure and mounting platform for critical internal electronics, this OEM-specification assembly provides robust mechanical protection while facilitating optimal thermal management and cable routing. Constructed from high-durability, anti-aging polymer materials with enhanced corrosion resistance, it ensures long-term structural integrity in demanding clinical environments. The rear housing integrates mounting points for interface boards, speaker components, and power management systems, enabling streamlined assembly and maintenance. This component is essential for restoring the monitor's mechanical completeness and operational reliability after damage or wear.

Application

This rear housing assembly is extensively deployed across Intensive Care Units (ICUs), General Wards, Emergency Departments, and Operating Theaters where uMEC10/uMEC12 monitors provide continuous vital signs monitoring. It serves as a critical Field Replaceable Unit (FRU) for biomedical engineering teams, enabling rapid restoration of monitors with damaged or degraded rear enclosures. Its robust construction supports continuous 24/7 clinical operation across the full 0–40°C working temperature range, ensuring reliable performance in both standard and challenging environmental conditions. The assembly's durable design maintains structural integrity during routine handling, transport, and cleaning procedures.

Advantages

The 115-036696-00 assembly distinguishes itself through its high-durability anti-aging polymer construction, which resists discoloration, embrittlement, and chemical degradation from repeated disinfection cycles, extending the monitor's operational lifespan. Its precision-engineered mounting geometry ensures perfect alignment with internal components, facilitating straightforward installation without modification or adjustment. The housing's integrated thermal design supports the monitor's fanless, low-power architecture by optimizing passive heat dissipation pathways, maintaining component reliability without acoustic noise. Furthermore, its IPX1-rated water-resistant design (when fully assembled) protects internal electronics from accidental liquid exposure, supporting infection control protocols and clinical safety.