To Next PageTo Next PageWhy is the recorder not working on my EDAN F9 Medical Equipment?
If the EDAN Medical Equipment recorder isn't working, first, make sure the recorder has been started by pressing the PRINT key. Another cause could be that it has run out of paper, so load more paper. Also, ensure that the paper drawer is correctly locked by sliding it in until both latches are secured.
Why won't my EDAN F9 Medical Equipment connect to a network?
There could be several reasons why your device isn't connecting to the network. The RS232 or Ethernet socket might be defective, requiring replacement. There may be a bad connection between the bottom interfaces board and the main control board, so check the connection. It's also possible that the device number overlaps with another device on the network, so try changing the device number. Finally, the server IP settings might be incorrect, so ensure they are set correctly. In some cases, the main control board may be defective and needs replacing.
What to do if my EDAN F9 abruptly switches off?
An abrupt shutdown can occur for several reasons. The monitor might have been struck by strong high voltage, such as a lightning strike, so check the power supply and earth system. Alternatively, there could be bad power supply performance, requiring a replacement power supply. A defective main control board or bad connection may also cause this problem; in these cases, replace the main control board or check all the connectors, respectively.
Why is the TOCO sensitivity too high on EDAN F9?
If the TOCO sensitivity is too high (higher than 100 units) on your EDAN Medical Equipment, it means that the body pressure from the uterus to the TOCO transducer is far higher than the average numeric. Ensure favorable contact between the patient's skin and the TOCO transducer. If necessary, change the position of the TOCO transducer.
Why is the trace quality bad on my EDAN Medical Equipment?
If you're getting a bad trace quality or fluctuant TOCO baseline on your EDAN Medical Equipment, the belt might be too tight or too loose; try adjusting it. Also, if the belt has no elasticity, renew it. Maternal or frequent fetal movements can also cause this issue, so request the patient to calm down and stay still or delay the monitoring.
Why is the trend a beeline on EDAN F9?
If the trend on your EDAN Medical Equipment is a beeline, there may be a connector failure. Try moving or contacting the catheter. If the trend shows no fluctuation, change the intrauterine cable.
Why is there no FHR/TOCO trace or numeric value on my EDAN Medical Equipment?
If you're not getting any FHR/TOCO trace or numeric value, first check the connection of the transducers. If the connections are good, the US transducer or FM module might be defective and need replacement. In some cases, the main control board may be defective as well.
Why is there lower heart beat or no sound on my EDAN F9?
If you're experiencing a lower heart beat or no sound, the loudspeaker might be defective and need replacement. Alternatively, the US transducer could be the issue, also requiring replacement. In some cases, the main control board may be defective.
How to correct the time and date on EDAN F9?
If you find that the time and date are incorrect on your EDAN Medical Equipment, it may be because the time was incorrectly set. Reset the time and date, and note the difference between Daylight Saving Time and Winter Standard Time. If that doesn't solve the problem, the battery may be faulty, and service personnel should be called.
What to do if the alarm indicator stays off on my EDAN F9?
If the alarm indicator remains off, the alarm indicator itself might be defective and need replacement. Alternatively, the alarm indicator board could be defective, also requiring replacement.
General| FHR Range | 50-240 bpm |
|---|---|
| Waterproof Level | IPX1 |
| Parameters Monitored | FHR, TOCO |
| TOCO Range | 0-100 |
| Recorder Paper Speed | 1 cm/min, 2 cm/min, 3 cm/min |
| Battery | Rechargeable lithium battery |
| Battery Life | >4 hours |
| Power Supply | AC 100-240V, 50/60Hz |
| Operating Temperature | 10°C to 40°C |
| Operating Humidity | 30% to 75% RH |
Defines the intended use and patient population for the F9 and F9 Express monitors.
Lists the key features and supported measurements for F9 and F9 Express models.
Provides essential safety guidelines for operating the monitor, including environmental and electrical safety.
Details specific safety considerations and instructions related to the use of ultrasound monitoring.
Outlines critical warnings and precautions to prevent injury, shock, and explosion hazards during operation.
Explains key terms and symbols used throughout the user manual for clarity.
Guides qualified personnel through the initial setup and installation process for the monitor.
Provides a visual and functional overview of the monitor's front panel, keys, and indicators.
Describes the various transducers and accessories that connect to the monitor for different monitoring functions.
Explains the main interface layout, including message, trace, numeric, and status windows.
Introduces the FTS-3 system, its purpose, components, and intended use in wireless patient monitoring.
Details the installation procedures for the FTS-3 system, including package checking and component setup.
Covers essential operational procedures for charging transducers/batteries and general system usage.
Explains the different types of alarms (patient, technical) and their severity levels.
Describes the characteristics of audible alarms, including tones, silencing, and indicator behavior.
Details how visual alarms are displayed, including indicator colors, flashing frequencies, and message content.
Guides users on how to select between text or numeric display formats for patient alarms.
Explains how to adjust the audible alarm volume to low, medium, or high settings.
Allows users to configure the duration for silencing audible alarms, from temporary to infinite.
Describes how to adjust the delay time before a technical alarm is issued for signal loss.
Explains how to enable functions for pausing or resetting audible alarms using the SILENCE key.
Allows users to enable or disable the alarm for transducer disconnection.
Details how to access and review immediate and historical alarm messages on the monitor.
Provides guidance on immediate actions to take when an alarm occurs, including patient checks and alarm silencing.
Outlines the procedure for testing the functionality of both visible and audible alarms.
Lists the default settings for various patient alarm parameters and limits.
Details specific patient and technical alarm messages, their causes, and recommended countermeasures.
Describes the capabilities of the built-in thermal recorder, including trace printing and information logging.
Covers settings for auto start printing, paper speed, print timer, and self-check functions.
Explains how to interpret the information and traces printed on the recorder paper.
Provides step-by-step instructions for loading the Z-fold thermosensitive paper into the monitor's recorder.
Details the procedure for powering on the monitor and checking its initial status and functions.
Explains how to verify the correct loading and setting of the recorder paper using the print self-check function.
Describes how to adjust the monitor's screen angle for optimal viewing and positioning.
Guides users through changing the monitor's date, time, and date format settings for accurate record keeping.
Provides instructions on how to properly connect various transducers to the monitor's input sockets.
Explains how to store unused accessories, such as transducers and event markers, in the designated holder.
Covers how to adjust the default and real-time monitoring volume levels for fetal heart sounds.
Discusses potential sources of confusion for FHR signals and methods to confirm fetal life before monitoring.
Details the procedure for monitoring Fetal Heart Rate (FHR) using ultrasound transducers, including positioning and signal acquisition.
Explains the process of monitoring FHR using Direct ECG (DECG), including contraindications and electrode placement.
Describes methods for monitoring FHR from multiple fetuses, both externally and internally.
Covers the procedure for monitoring uterine activity (TOCO) externally using transducers and belts.
Explains the process of monitoring uterine activity internally using an IUPC catheter and related cables.
Details how to monitor fetal movement (AFM and MFM) using the monitor's features and accessories.
Describes the action of initiating a monitoring session, including automatic zeroing and start printing.
Guides users on how to input and manage patient information, including auto-ID and manual entry.
Explains the display of fetal monitoring traces (FHR, TOCO, AFM) on the monitor screen and their interpretation.
Covers tools for managing and reviewing trace data, including searching, data saving, and file management.
Describes the display of numerical data for fetal monitoring parameters like FHR, TOCO, and FM count.
Details how to perform maternal ECG monitoring, including cable placement and signal quality.
Explains the procedure for monitoring maternal oxygen saturation (SpO2) and pulse rate using a sensor.
Covers monitoring maternal heart rate (MHR) using ECG or SpO2 sources and managing HR beep volume.
Outlines the process for measuring maternal non-invasive blood pressure (NIBP), including cuff application and measurement modes.
Describes how to perform maternal temperature monitoring using a TEMP sensor and manage settings.
Explains how to switch between different display modes (maternal-fetal, fetal, maternal) on the F9 Express.
Details the display of maternal monitoring traces like ECG and SpO2 waveforms on the screen.
Describes the list that records recent maternal vital signs and their measurement times.
Explains the display of maternal vital signs (SpO2, NIBP, HR, TEMP) in the monitor's numeric window.
Provides steps for finishing a monitoring session, including removing transducers and stopping printing.
Details the procedure for safely powering down the monitor by holding the power switch and unplugging the cord.
Covers routine inspections, safety checks, and mechanical checks for the monitor and accessories.
Provides guidelines for cleaning the monitor, base station, and accessories to prevent infection and maintain hygiene.
Outlines the process and recommended disinfectants for cleaning transducers, leads, and other components.
Addresses the conditions under which sterilization may be necessary for the monitor and accessories, as per hospital regulations.
Details the terms and conditions of EDAN's product warranty, including exclusions and claims procedures.
Provides contact details for obtaining maintenance support, technical specifications, or reporting malfunctions.
Lists detailed environmental, physical, and performance specifications for the F9 and F9 Express monitors.
Provides environmental, physical, performance, and compliance specifications for the FTS-3 Fetal Telemetry System.
Details the pinout and signal assignments for the DB9 serial interface connector.
Lists the pinout and signal assignments for the D-Sub connector used for system interfaces.
Describes the pinout and signal assignments for the RJ45 Ethernet port.
Lists common phenomena, possible causes, and solutions for troubleshooting the F9 and F9 Express monitors.
Provides troubleshooting guidance for the FTS-3 system, covering power, signal, and fuse issues.
Discusses the role and benefits of diagnostic ultrasound in medical practice and the importance of safety.
Explains ultrasound safety principles, including tissue warming and the ALARA principle for minimizing exposure.
Defines Mechanical Index (MI) and Thermal Index (TI) and their significance in assessing ultrasound bioeffects.
Emphasizes the importance of using diagnostic ultrasound prudently and avoiding high acoustic output and long exposure times.
Lists relevant standards and publications concerning ultrasound safety and acoustic output.
Presents tables detailing acoustic output parameters for wired and wireless transducers as per IEC60601-2-37.
Provides a list of abbreviations used in the manual and their corresponding full names for reference.
Lists standard and optional accessories, their part numbers, and specifications for ordering.
Details the guidance and manufacturer's declaration regarding electromagnetic emission compliance for the monitors.
Provides guidance on electromagnetic immunity levels and recommended environments for operating the monitors.
Outlines specific immunity test levels and recommended separation distances for RF communications equipment.
Specifies recommended minimum distances between the monitor and RF transmitting equipment to prevent interference.
Explains the fundamental principles of how ultrasound technology functions in medical diagnostic imaging.
Discusses common artifacts in FHR monitoring (doubling, halving, drop out) and their interpretation.
Addresses discrepancies between audio output and screen readings, and potential causes for differences.
