Spacelabs 90227 Telemetry

The Spacelabs 90227 Telemetry system is a wireless patient monitoring solution designed for continuous monitoring of patients in healthcare settings. It is a portable and flexible system that allows healthcare professionals to monitor patients' vital signs remotely and in real-time.

Here are some key features and information about the Spacelabs 90227 Telemetry system:

Wireless Telemetry: The Spacelabs 90227 system utilizes wireless technology to transmit patient data from the bedside to a central monitoring station. This allows healthcare providers to monitor multiple patients simultaneously from a centralized location.

Vital Sign Monitoring: The telemetry system is capable of monitoring various vital signs, including electrocardiography (ECG) waveform, heart rate, respiration rate, blood pressure, and oxygen saturation (SpO2). It provides real-time data to help track patients' physiological status and detect any potential abnormalities or changes.

Battery-Powered Transmitters: The system includes battery-powered transmitters that are attached to the patient and transmit the vital sign data wirelessly. These transmitters are designed to be lightweight and comfortable for the patient to wear, allowing for freedom of movement.

Central Monitoring Station: The Spacelabs 90227 Telemetry system includes a central monitoring station where healthcare professionals can view the transmitted data from multiple patients simultaneously. The central monitoring station provides visual and audible alarms to alert healthcare providers of any critical events or abnormal vital sign readings.

Data Integration and Documentation: The telemetry system is typically integrated with the facility's electronic medical record (EMR) system, allowing seamless transfer of patient data for documentation and analysis. This integration helps streamline workflow and enhance data accuracy.

Scalability and Flexibility: The Spacelabs 90227 Telemetry system is designed to be scalable, allowing healthcare facilities to expand the system as needed. It supports a flexible configuration to adapt to different monitoring requirements and can be easily integrated into existing healthcare infrastructure.