Why is there a noisy signal on my Spacelabs Healthcare Medical Equipment?
A noisy signal could be due to several factors. It may be caused by sensor movement or interference, so try to eliminate any sensor movement. Another cause may be sensor placement near power cords or electrically noisy devices; if this is the case, move the device or the sensor to a different location. If the message persists, consider replacing the sensor.
What to do if my Spacelabs Healthcare Medical Equipment shows asystole?
If your equipment displays asystole, first ensure the lead wires are correctly inserted into the appropriate receptacle. Then, using a continuity tester, verify that the lead wires are not damaged. If the amplitude is poor, check the appropriate lead with a 12-lead ECG. Also, ensure the transmitter is more than three feet away from any television receiver or CRT display.
What to do if my Spacelabs Healthcare Medical Equipment shows NIBP low battery?
If your equipment indicates a low battery for NIBP, replace the batteries with fresh ones.
What to do if my Spacelabs Healthcare Medical Equipment displays 'NIBP loose or no cuff'?
If your device shows 'NIBP loose or no cuff', make sure the cuff is correctly attached to the patient.
General| Category | Medical Equipment |
|---|---|
| Manufacturer | Spacelabs Healthcare |
| Model | Ultraview 90341 |
| Monitoring Parameters | ECG, Respiration, SpO2, NIBP, Temperature |
| Respiration | Yes |
| SpO2 | Yes |
| NIBP | Yes |
| Temperature | Yes |
| Cardiac Output | Yes |
| Connectivity | Ethernet, USB, Serial |
| Power Supply | AC/DC |
| Battery Life | Up to 4 hours |
Provides a general description of the Ultraview Digital Telemetry System components.
Details the steps for safely unpacking the receiver housing unit.
Explains how to set up the 90479-A/B/C receiver housing for operation.
Describes the process for configuring transmitter switch settings for specific models.
Outlines the procedures for installing the telemetry antenna system.
Explains the components and function of patient-worn telemetry transmitters.
Provides a detailed description of the transmitter's ECG printed circuit board assembly.
Describes the dual-conversion, dual-mode diversity receiver and its installation.
Details safety testing procedures to protect patients from electrical shock.
Outlines procedures for field alignment and adjustments of RF PCBAs.
Describes how to test output power and adjust center frequency for specific transmitter models.
Explains the function and status indicated by the receiver's diagnostic LEDs.
Lists and summarizes ECG alarm messages and their meanings.
Lists and summarizes SpO2 alarm messages and provides troubleshooting guidance.
Provides troubleshooting steps when an ECG trace is not visible on the monitor.
Lists and references mechanical overview drawings for top-level assemblies.
Details the equipment's compliance with electromagnetic emission standards.
Specifies the equipment's compliance with electromagnetic immunity standards.
Provides recommended minimum distances for RF equipment to prevent interference.
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