GE PRO1000 Patient Monitor Masimo Pulse Oximeter MS-5 30131 Spare Part for Hospital ICU

GE PRO1000 Patient Monitor Masimo Pulse Oximeter MS-5 30131 Spare Part for Hospital ICU

 
► Brief Description
 
The Masimo SpO2 board MS-5 30131 is a core component of the GE PRO1000 Patient Monitor. This green, metal board features interfaces, consumes 550 milliwatts, and measures approximately 3.13 inches x 3.83 inches. Its compact size makes it easy to integrate into the monitor, primarily assisting in blood oxygen monitoring. When the PRO1000 Patient Monitor incorporates a Masimo blood oxygenation module, the STP parameter board communicates with the Masimo OEM SpO₂ board via a UART port, acquiring SpO₂ data and sending it to the host system for real-time monitoring of the patient's SpO2 data.

 
► Specifications
 

 
►Detailed Photos
 

 

►Core Functions

1. The circuit board directly drives the pulse oximeter sensor, controlling the LEDs within the sensor to emit light and receive light signals passing through human tissue.

2. Using the acquired signals, the built-in SET® algorithm accurately calculates and outputs two key physiological parameters: oxygen saturation (SpO₂) and pulse rate.

3.The calculated SpO₂ and pulse rate values are transmitted to the monitor.

►Key Advantages

1.Superior Anti-interference Capability: Based on Masimo SET® technology, the MS-5 provides stable and accurate monitoring data even under conditions of patient movement and low blood perfusion. In contrast, traditional pulse oximetry is prone to signal loss or errors under these conditions.

2.High-Precision Measurement: With an accuracy of ±2% within the SpO₂ measurement range of 70%-100%, and ±3 bpm for pulse rate within the 20-250 bpm range, the data is highly accurate and reliable.

3.Compact Modular Design: Its compact design and modular packaging facilitate installation in various medical devices.

4.Wide Compatibility: Provides standardized interfaces.

►SpO2 Monitoring Method

1. With the monitor powered on, connect the pulse oximeter sensor cable to the "SpO2" port on the monitor's main unit.

2. Clip the sensor onto the patient's index or middle finger, or other areas rich in capillaries. Ensure the light source and receiver inside the sensor are perfectly aligned, and that the light can penetrate the tissue. The lead wire usually runs along the back of the hand.

3. After the sensor is correctly fitted, the monitor will automatically begin monitoring and display the SpO2 value, pulse rate, and a waveform representing the pulse on the screen.

4. Continuously observe changes in the monitored values ​​and waveform. If any abnormalities or alarms are detected, address them promptly and record the findings.

 
5.After monitoring is complete, first remove the sensor from the patient's end, tidy up the lead wires, and finally turn off the monitor's power.

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