How to fix incorrect date and time on GE Corometrics 250cx Medical Equipment?
If your GE Medical Equipment monitor displays the wrong date and time, first access the General Setup screen to correct these settings. If the problem persists, the timekeeping RAM chip (U30) on the main board may be defective and need replacement. In some cases, the main board itself may be defective, requiring replacement.
What to do if my GE Corometrics 250cx Medical Equipment monitor doesn't record contractions?
If the TOCO transducer isn't recording contractions on your GE Medical Equipment monitor, first ensure the transducer is securely connected to the monitor unit and properly positioned on the patient. If the UA reference range is exceeded, loosen the belts or remove the transducer, press the UA Reference button, and re-apply the transducer without over-tightening the belt. Ensure maternal contractions exist. If the issue continues, the TOCO transducer may be defective and require checking or replacement.
Why does my GE Corometrics 250cx Medical Equipment monitor show SYSTEM FAULT: ROM error?
If your GE Medical Equipment monitor displays a SYSTEM FAULT: ROM error message, it indicates that the main board flash memory is defective and the main board needs to be replaced.
Why GE Corometrics 250cx Medical Equipment monitor does not generate heartbeats?
If your GE Medical Equipment monitor isn't producing heartbeats or pulse sounds, first check that the audio volume isn't set too low; increase it using the volume buttons or the setup screen. Ensure the transducer is securely connected and properly applied to the patient. Also, make sure you're using enough ultrasound gel.
What to do if GE Corometrics 250cx Medical Equipment recorder does not function?
If the recorder on your GE Medical Equipment monitor isn't working and the Record Indicator is off, ensure that GE-approved paper is installed and press the Record button. If that doesn't work, the paper-out photosensor may be out of calibration, requiring a photosensor check. The paper-out photosensor cable could also be disconnected or the photosensor itself defective, needing reconnection or replacement.
What does CHECK IUP message mean on GE Medical Equipment?
If the CHECK IUP message appears in the UA area of the display on your GE Medical Equipment, it could indicate a blockage in the fluid-filled catheter. Try flushing the catheter and re-zeroing it; replace the catheter if necessary. It's also possible the fetus is pressing directly on the catheter, so try repositioning it by twisting. If the issue persists, the catheter itself may be defective and need replacement.
What to do if my GE Corometrics 250cx monitor won't turn on?
If your GE Medical Equipment monitor isn't powering on, first ensure the power cord is properly connected to both the monitor and the power outlet. Check that the power outlet has power. Inspect the power cord for any damage and replace if needed. If the issue persists, remove the top cover and check the fuse; replace the power supply if the fuse is open.
What to do if GE Medical Equipment shows PAPER INCORRECTLY LOADED message?
If your GE Medical Equipment monitor displays the message 'PAPER INCORRECTLY LOADED, RELOAD WITH BLACK SQUARES DOWN', it means the paper is loaded backwards in the recorder. Re-install the paper correctly.
How to troubleshoot a GE Corometrics 250cx Medical Equipment monitor with static noise?
To troubleshoot static noise on the ultrasound signal of your GE Medical Equipment monitor, ensure you are using GE-approved ultrasound transducers and not refurbished ones. Keep sheets and gowns off the transducer, and avoid holding it with your hand. If the fetus is active, reposition the transducer and wait a few seconds before moving it again. The transducer itself may be defective and need checking or replacement. Maternal movement can also cause static.
What causes high readings on GE Corometrics 250cx?
High readings on your GE Medical Equipment monitor can occur if a measurement is taken during a uterine contraction. Annotate the chart and take a manual reading between contractions. If possible, cancel the reading during the contraction and enable the monitor’s Smart BP feature.
General| Type | Fetal Monitor |
|---|---|
| Model | 250cx Series |
| Manufacturer | GE Healthcare |
| Fetal Heart Rate Monitoring | Yes |
| Ultrasound Frequency | 1 MHz |
| Recorder Speed | 1, 2, 3 cm/min |
| Maternal Parameters | ECG, NIBP, SpO2 |
| FHR Range | 30-240 bpm |
| TOCO Range | 0-100 |
| Connectivity | RS-232 |
| Power Source | AC Power |
| Display | Color LCD |
Basic information about the manual's purpose, audience, and illustrations.
Explains the meaning of special notices like Danger, Warning, Caution, Contraindication, Important, and Note.
Details safety warnings related to equipment use, electrical shock, and interference.
Lists and explains symbols used on the monitor and its accessories.
Describes the layout and function of the monitor's front panel controls and displays.
Details the connectors and features located on the rear panel of the monitor.
Step-by-step instructions for correctly installing chart paper into the recorder.
Instructions for powering the monitor on, off, and handling power interruptions.
Explains how to initiate and interpret the monitor's self-test for calibration and internal circuitry.
Overview of how to navigate and use the monitor's setup screens via the Trim Knob control.
Details various settings configurable through the General Setup screen, like Song Volume and Brightness.
Explains the methodology and setup for monitoring fetal heart rate using an external ultrasound transducer.
Details the methodology and artifact elimination for monitoring fetal heart rate using internal FECG electrodes.
Describes how fetal heart rate alarms function, including threshold and signal quality alarms.
Discusses methods for monitoring two fetal heart rates simultaneously, including advanced features.
Covers the methodology for monitoring uterine activity with an external tocotransducer, including baseline setup.
Explains the methodology for measuring intrauterine pressure using a catheter and the importance of zeroing the system.
Explains how Maternal Heart/Pulse Rate is determined by MECG, MSpO2, or NIBP and how to select the source.
Details the theory and methodology for maternal ECG monitoring and safety information for patients with pacemakers.
Provides essential safety information and cautions related to NIBP measurement accuracy and patient care.
Explains the oscillometric method of NIBP measurement and the SuperSTAT determination process.
Describes how to configure NIBP settings like mode, target pressure, and alarms via the setup screen.
Explains the principles of pulse oximetry and the different MSpO2 technology options available.
Covers the configuration options for MSpO2 monitoring, including response time and sensitivity settings.
Explains how to configure alarm limits and volumes through setup screens.
Details FHR patient and signal quality alarms, including active, resolved, and silencing procedures.
Covers maternal patient and signal quality alarms, including active, resolved, and silencing procedures.
Describes the different recorder modes: Off, On, and Maternal-Only, and their functionalities.
Explains how to switch between the different recorder modes using the Record button.
Discusses the simultaneous printing of multiple trends on the strip chart paper.
Explains standard annotations printed on the strip chart for data analysis.
Describes the feature that displays and prints maternal vital signs data in a spreadsheet format.
Details how to display, navigate, and print the maternal vital signs history data.
Explains the concept of heartbeat coincidence and how it's detected between different heart rate sources.
Covers enabling/disabling the feature, display indicators, and strip chart annotation.
Describes the waveform display area, including selecting waveforms, speed, size, and lead.
Explains how to freeze waveforms for review and analysis.
Details how to print a 6-second snapshot of the displayed waveform.
Provides general care and cleaning instructions for the monitor and its accessories, with specific guidance for different parts.
Outlines procedures for proper disposal of used parts, packaging material, and the monitor at its end of service life.
Provides a guide to common operational problems and their probable causes and solutions.
Addresses issues related to the ultrasound transducer and signal quality.
Covers problems related to internal FECG signal acquisition and display.
Addresses issues with maternal ECG signal acquisition and display.
Details common problems and solutions related to NIBP measurements.
Covers issues related to MSpO2 signal acquisition, sensor connection, and system errors.
Lists the general technical specifications for the monitor, including power, physical, and environmental characteristics.
Details the technical specifications for each operating mode, such as FECG, Ultrasound, MECG, and NIBP.
Lists general supplies and accessories with their catalog numbers for ordering.
Provides ordering information for chart paper supplies.
Lists ordering information for ultrasound transducers and related accessories.
Provides ordering information for FECG supplies like electrodes and leg plates.
Lists ordering information for MECG cables, leadwires, and electrodes.
Provides ordering information for NIBP supplies such as hoses and cuffs.
Lists ordering information for MSpO2 sensors, cables, and related accessories.
Presents a summary of factory default settings for various setup screens.
Introduces the fetal movement detection feature and its availability.
Explains how fetal movement detection works and what constitutes gross fetal body movement.
Details how to enable/disable the feature, its display indicator, and strip chart annotation.
Crucial safety instructions for operating the Spectra Alerts feature.
Explains how to enable/disable Spectra Alerts and the methodology behind pattern recognition.
Describes how active and resolved alerts are indicated visually and audibly.
Provides an overview of alert analysis results for FHR and UA parameters.
Step-by-step guide on changing FHR1 alarm limits using the Trim Knob control.
Instructions for adjusting NIBP alarm limits for systolic, diastolic, MAP, and MHR/P.
Guide on selecting the source parameter (Auto, MSpO2, MECG) for MHR/P.
Instructions on selecting the waveform (FECG, MECG, MSpO2, Off) for display.
Steps to adjust the interval time between automatic NIBP determinations.
Instructions for setting the monitor's date.
Instructions for setting the monitor's time.
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