Philip Goldway G30 Patient Monitor Board M-4B3S01A

Philip Goldway G30 patient monitor system board M-4B3S01A Hospital Medical Equipment

Philip Goldway G30 patient monitor system board M-4B3S01A

► Brief Introduction

The Philip Goldway G30 patient monitor system board M-4B3S01A is a component used in the Philip Goldway G30 patient monitor. It is a printed circuit board (PCB) that serves as the main control and processing unit of the monitor. The board is responsible for collecting and analyzing patient data such as vital signs, heart rate, blood pressure, and oxygen levels, and displaying the information on the monitor's screen. It also communicates with other devices and systems within the patient monitoring network.

► Features

Display and Interface: The system board may have a user-friendly interface with a display screen to provide real-time monitoring data. It could include touch controls or physical buttons for navigation.

Parameter Monitoring: Patient monitor system boards typically monitor various physiological parameters, including but not limited to:

• ECG (Electrocardiogram)
• SpO2 (Oxygen Saturation)
• NIBP (Non-Invasive Blood Pressure)
• Temperature
• Respiratory Rate
• Heart Rate
• CO2 (Carbon Dioxide) Monitoring

Alarms: Alarms are crucial for alerting healthcare providers to changes in a patient's condition. The system board may have customizable alarm settings for different parameters.

Data Storage and Recording: Many patient monitors can record and store patient data for later review. This data can be useful for analysis and documentation.

Trends and Graphs: Some monitors can display trends and graphs of vital signs over time, helping medical professionals assess a patient's condition more comprehensively.

Connectivity: Patient monitors often have ports or connectivity options for sending data to central monitoring systems or electronic health records (EHRs). This enables remote monitoring and data sharing.

Battery Backup: To ensure continuous monitoring, patient monitors often have a built-in battery backup to support the device during power outages or when transferring patients.

Network Integration: Some patient monitors can connect to hospital networks, allowing for seamless integration with other hospital systems and data exchange.

ECG Analysis: Advanced ECG analysis features like arrhythmia detection and interpretation may be included.

User Profiles: The system board may support multiple user profiles or patient profiles, making it easier for healthcare providers to switch between patients' data.

Please note that the specific features of a particular model or version of the Philip Goldway G30 patient monitor system board may vary, and it's important to consult the manufacturer's documentation or contact Philip directly for the most up-to-date and accurate information on the product's features and capabilities. Additionally, regulations and standards in the medical device industry may have evolved since my last knowledge update, so it's essential to ensure that any medical equipment complies with current regulatory requirements and standards.

► How to use

Power On the Monitor: Ensure that the monitor is connected to a power source or has a charged battery.Turn on the monitor using the power button.

Patient Connection:Attach the appropriate patient cables and sensors to the patient according to the monitoring needs (e.g., ECG leads, SpO2 sensor, blood pressure cuff, etc.).

Patient Data Input:Enter or verify patient information and details such as name, ID, age, and gender. This information is typically entered using the monitor's interface.

Select Monitoring Parameters:Depending on the patient's condition and the monitoring requirements, select the parameters you want to monitor (e.g., ECG, SpO2, NIBP, etc.).

Calibration and Baseline:Ensure that the sensors are correctly calibrated, and the baseline data for each parameter is stable.

Monitor Display:Observe the monitor's display screen to view real-time data for the selected parameters. The display may show waveforms, numerical values, and other relevant information.

Alarms:Set alarm thresholds for each parameter to receive alerts if vital signs go outside acceptable ranges.

Data Recording and Trending:If necessary, initiate data recording to capture a patient's vital signs over time.

Monitor trends and graphs to assess the patient's condition comprehensively.

Alarm Management:Respond to alarms promptly and take appropriate action based on the patient's condition.

Data Transmission:If your facility has network connectivity, configure the monitor to transmit patient data to central monitoring systems or electronic health records (EHRs).

Documentation:Record patient data and observations in the patient's medical record as required by your facility's protocols.

Maintenance and Cleaning:Periodically clean and maintain the monitor and sensors according to the manufacturer's guidelines.

Power Off and Disconnection:When you've finished monitoring the patient, power off the monitor and disconnect any sensors and cables.

Patient Disconnection:Safely disconnect the patient from the monitoring equipment.

Storage and Transport:Store the monitor and associated equipment properly when not in use, and ensure that it is ready for transport if needed.

► Specification

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