Mindray 051-001555-00 SV300 sensor adapter board 050-001322-01 sensor interface board

Mindray 051-001555-00 SV300 sensor adapter board 050-001322-01 sensor interface board

The Mindray 051-001555-00 Sensor Interface Board is a precision-engineered circuit board assembly designed specifically for the Mindray SV300 advanced ventilator system. This critical electronic component serves as the primary signal conditioning and data acquisition interface between the ventilator's proximal flow sensors, pressure transducers, and the main control processing unit. The board integrates sophisticated analog-to-digital conversion circuitry, signal amplification modules, and sensor excitation circuits essential for accurate respiratory parameter measurement. Manufactured to stringent medical device quality standards, this interface board ensures reliable acquisition of flow, pressure, and volume data from the ventilator's breathing circuit. The compact PCB design incorporates robust thermal chip technology compatible circuits that support the SV300's advanced proximal flow sensing system, enabling precise monitoring of patient respiratory mechanics across adult and pediatric patient populations.

Specification of ventilator parts:

Description of ventilator accessories:

This essential signal processing component serves as the data acquisition backbone for the SV300 ventilator's comprehensive respiratory monitoring system, extensively deployed in intensive care units (ICUs), intermediate care wards, emergency departments, operating rooms, and patient transport scenarios where precise mechanical ventilation is critical. The interface board enables accurate measurement of inspiratory and expiratory flows, airway pressures, and calculated volumes essential for lung-protective ventilation strategies. Respiratory therapists and critical care physicians rely on this component to obtain real-time respiratory mechanics data including tidal volume, minute ventilation, peak inspiratory pressure, and positive end-expiratory pressure (PEEP). The board supports both invasive and non-invasive ventilation modes, facilitating seamless transitions between ventilation strategies while maintaining precise monitoring of patient-ventilator synchrony and breathing pattern analysis.

Advantage:

• Advanced Thermal Chip Compatibility: The interface circuitry is optimized for Mindray's robust thermal chip proximal flow sensor technology, providing high accuracy and long service life compared to conventional hot-wire thermal sensors. This design eliminates vulnerabilities to condensation and rainouts, reducing recurring maintenance costs and sensor replacement frequency.
• Autoclavable Sensor Support: The board architecture fully supports autoclavable flow sensors and valves, enabling standard sterilization protocols without sensor degradation. This capability ensures infection control compliance while maintaining measurement accuracy throughout extended clinical use.
• Comprehensive Ventilation Mode Support: Engineered to support the full spectrum of SV300 ventilation modes including advanced options like APRV, PRVC, and Duolevel, the interface board delivers consistent, reliable sensor data regardless of ventilation complexity or patient acuity level.
• Rapid Response Proximal Sensing: By interfacing with proximal (near-patient) flow sensors rather than distal sensors, the board enables faster response times and higher sensitivity for neonatal and pediatric patients, where rapid breath-by-breath monitoring is essential for safe ventilation management.
• Compact Integration Design: The surface-mount PCB layout is optimized for the SV300's compact, portable form factor, ensuring reliable operation during patient transport while maintaining full monitoring capabilities from bedside to alternative care locations.