What to do if the message “Electrode detection failed” appears on Seca Measuring Instruments?
If you see the message “Electrode detection failed” on your Seca Measuring Instruments, it could be due to: * The patient’s skin being too dry. Spray the skin with electrode spray at the contact points. * The patient’s skin being too calloused. Spray the skin with electrode spray at the contact points.
What to do if the touchscreen display stays dark on Seca 515 Measuring Instruments?
If the touchscreen display on your Seca Measuring Instruments remains dark, it could be due to several reasons: * The device might be on standby. Try touching the touchscreen display, pressing the on/off button, or placing a load on the device. * The device may not be switched on; ensure the device is powered on. * There might be no power supply; verify that the device is receiving power. * The touchscreen display could be faulty.
Why are results reports not being printed from my Seca Measuring Instruments?
If results reports are not printing from your Seca Measuring Instruments, it could be due to a few reasons: * The PC printer may not be switched on. Ensure the printer is powered on. * The PC on which the seca 115 PC software is installed might not be switched on. Make sure the PC is turned on. * There may be no network connection established between the device and the seca 115 PC software.
What does ER11 message mean on Seca 515?
The ER11 message on your Seca Measuring Instruments indicates that the device is either overloaded as a whole or in one corner. To resolve this, remove the load or distribute it evenly, and then restart the device.
What does ER12 message mean on Seca 515 Measuring Instruments?
The ER12 message on Seca Measuring Instruments means that the device was switched on with too heavy a load. To fix this, remove the load from the device and restart it.
What to do if the touchscreen display is not reacting on Seca 515 Measuring Instruments?
If the touchscreen display on your Seca Measuring Instruments is not reacting, it may be in an undefined state due to implausible input. Try switching off the device by holding the on/off button for approximately 3 seconds, and then switch it on again.
Why no waist circumference can be entered following bioimpedance measurement on Seca 515 Measuring Instruments?
If you cannot enter waist circumference following a bioimpedance measurement on your Seca Measuring Instruments, the Health risk evaluation module may be deactivated. If the module is not required, continue and complete the measurement. If it is required, activate the evaluation module.
Why no PAL value can be entered after bioimpedance measurement on Seca Measuring Instruments?
If you cannot enter a PAL value after a bioimpedance measurement on your Seca Measuring Instruments, the Energy evaluation module might be deactivated. If the Energy evaluation module is not required, proceed and complete the measurement. If the Energy evaluation module is required, activate it.
Why do results of bioimpedance measurement deviate significantly from expected results in Seca 515?
Deviations in bioimpedance measurement results on Seca Measuring Instruments can occur if: * The patient moved during the measurement. Ensure the patient remains still and repeat the measurement. * The patient used different pairs of hand electrodes on the left and right. Make sure the patient uses the same hand electrodes on both sides and repeat the measurement.
What does ER16 message mean on Seca 515 Measuring Instruments?
The ER16 message on Seca Measuring Instruments indicates that natural vibration has been induced in the device, and the zero point could not be determined. To solve this, restart the device and then restart the measurement.
General| Brand | Seca |
|---|---|
| Model | 515 |
| Category | Measuring Instruments |
| Language | English |
Outlines general safety rules, handling precautions, and risks like explosion or electrical hazards.
Provides guidance on preventing electric shock, patient injuries, infections, and damage to the device during use.
Provides step-by-step instructions for accurately measuring patient weight and height.
Details the procedure for conducting a bioimpedance analysis, including module selection and patient positioning.
Covers accessing patient databases, searching, creating new files, and assigning measurements.
Explains how to configure default module selections for bioimpedance analysis and manage their display.
Details how to apply, save, and exit device settings and user menus to configure the device.
Covers functional checks, device maintenance, and subsequent verification for maintaining accuracy.
Provides solutions for problems with data transmission, network connections, and printing reports.
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