What to do if my EDAN F6 Medical Equipment has no display?
If your EDAN Medical Equipment has no display, the issue might be due to a loose power cable. Ensure the power cable is securely tightened. Another possibility is a blown fuse, which would require replacing the fuse. Also, check if the battery has run out of power; if so, connect the equipment to an AC power supply.
How to fix a recorder error on EDAN F6 Medical Equipment?
To fix a recorder error on EDAN Medical Equipment, first ensure that the paper is loaded correctly and kept away from moisture. If the recorder hasn't been started, press the PRINT key. Check if the device has run out of paper and load more if needed. Also, verify that the paper drawer is completely closed and both latches are locked.
What to do if my EDAN F6 shows no NIBP and SpO2 results?
If your EDAN Medical Equipment isn't showing NIBP and SpO2 results, check that the NIBP cuff is correctly wrapped around the patient's arm. If the NIBP cuff isn't inflating, extend the catheter and check its connection. Ensure the hose connector plug is securely connected to the NIBP socket and that the SpO2 sensor is properly connected to its socket. If the issue persists, try shutting off the power and then switching it back on.
How to reduce noise from EDAN F6?
To reduce noise from EDAN Medical Equipment, first, turn down the volume if it is set too high. If the noise is due to interference from a mobile phone or other electromagnetic source, turn off or move the source. Additionally, try moving the monitor to a location with less interference.
Why is there big ECG signal interference or a thick baseline on my EDAN F6 Medical Equipment?
Big ECG signal interference or a thick baseline on EDAN Medical Equipment might be due to abnormal electrode placement or invalid electrodes; check the placement and validity. Also, ensure the cable connector is well connected. Verify that the power socket has a standard ground wire and that the special ground wire connecting with the monitor is properly earthed.
What to do if my EDAN F6 has troubles with external contractions monitoring?
If your EDAN Medical Equipment experiences troubles with external contractions monitoring, first adjust the belt if it's too tight or too loose. If the belt has no elasticity, renew it. Maternal or frequent fetal movements can cause issues, so ask the patient to stay still or delay monitoring. If the body pressure from the uterus to the TOCO transducer is far higher than average, ensure favorable contact between the patient's skin and the TOCO transducer, and change its position if necessary.
What causes troubles with DECG FHR monitoring on EDAN F6 Medical Equipment?
Troubles with DECG FHR monitoring on EDAN Medical Equipment can be caused by no ECG signal or bad contact between the reference electrode and the patient. In both cases, use a new spiral electrode.
How to resolve issues with internal contractions monitoring on EDAN F6?
To resolve issues with internal contractions monitoring on EDAN Medical Equipment, consider these steps: * If the intrauterine catheter is jammed, wash it with a disinfectant. * In a “dry” environment or if the tip of the intrauterine catheter is placed extraovularly, wash with disinfector or change the position of transducer. * If the zero adjustment is wrong, zero the system. * If there is a connector failure, move or contact the catheter. If there is no trend fluctuation, change the intrauterine cable.
General| SpO2 Measurement Range | 0 - 100% |
|---|---|
| Waterproof Transducer | Yes |
| Printing | Built-in thermal printer |
| Paper Speed | 1, 2, 3 cm/min |
| Type | Fetal/Maternal Monitor |
| Parameters | FHR, TOCO, ECG, SpO2, NIBP, TEMP |
| ECG Leads | 3-lead |
| Battery Type | Rechargeable lithium-ion |
| Battery Life | > 4 hours |
| TOCO Range | 0-100 |
| Alarm | Audible and visual alarms |
Specifies the intended applications and usage conditions for the fetal & maternal monitor.
Provides essential guidelines for the safe operation of the fetal & maternal monitor.
Details safety precautions specific to the use of ultrasound in fetal monitoring.
Outlines critical warnings and precautions to prevent injury or equipment damage.
Step-by-step instructions for installing the rechargeable battery into the monitor.
Categorizes alarms into patient and technical types based on severity and source.
Provides guidance on responding to and managing alarms during monitoring.
Explains methods to confirm fetal viability before starting monitoring.
Details the procedure for monitoring Fetal Heart Rate using an ultrasound transducer.
Describes the process and precautions for monitoring Fetal Heart Rate using Direct ECG.
Details the procedure for monitoring uterine activity using an external TOCO transducer.
Explains the procedure for monitoring intrauterine pressure using an IUPC.
Outlines the steps to initiate the monitoring process on the device.
Details the procedure for monitoring maternal ECG, including setup and operation.
Explains how to perform maternal SpO2 monitoring, including sensor application and readings.
Covers maternal heart rate monitoring, including source selection and beep volume.
Describes the process for measuring maternal blood pressure using NIBP.
Details how to monitor maternal temperature using the TEMP sensor.
Provides instructions for installing the FTS-3 fetal telemetry system.
Guides on applying the FTS-3 system for patient monitoring in various scenarios.
Covers visual, routine, and mechanical inspections for equipment upkeep.
Details the terms and conditions of the product warranty provided by EDAN.
Provides contact details for technical support, service, and inquiries.
Lists common causes and solutions for the monitor not displaying any output.
Addresses potential causes of noise in signals and their solutions.
Provides troubleshooting steps for common recorder malfunctions like paper jams.
Offers solutions for issues related to inconstant traces or doubtful FHR readings.
Addresses problems with inconstant trends or displays during DECG monitoring.
Solves issues related to bad trace quality or fluctuating TOCO baselines.
Provides solutions for problems encountered during internal contraction monitoring.
Addresses causes and solutions for big ECG signal interference or thick baselines.
Offers solutions for cases where NIBP and SpO2 measurements yield no results.
Guides on how to identify and replace blown fuses in the monitor.
Explains the principles of ultrasound safety, focusing on minimizing exposure.
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