To Next PageTo Next PageWhat to do if Gima OXY-5 Medical Equipment won't turn on?
If your Gima medical equipment isn't turning on, there are a few potential causes: 1. The batteries may be drained or almost drained, so try changing them. 2. The batteries might not be inserted correctly; reinstall them. 3. The device may be malfunctioning.
Why SpO2 and pulse rate are not displayed normally on Gima Medical Equipment?
If the SpO2 and pulse rate aren't displaying normally on your Gima medical equipment, it could be due to: 1. Improper finger positioning. Ensure the finger is correctly placed. 2. The patient’s SpO2 being too low for detection. Try again; if you're sure the device is working correctly, seek a diagnosis at a hospital.
What to do if SpO2 and pulse rate display is instable on Gima OXY-5 Medical Equipment?
If the SpO2 and pulse rate display is unstable on your Gima medical equipment, consider the following: 1. The finger may not be placed far enough inside the device. Ensure proper finger placement. 2. The finger may be shaking, or the patient is moving. Advise the patient to remain calm.
Why the indicator light is off suddenly on Gima OXY-5 Medical Equipment?
The indicator light on your Gima medical equipment might turn off suddenly because: 1. The device automatically powers off after 8 seconds of no signal, which is normal. 2. The batteries may be almost drained; try changing them.
What to do if Gima OXY-5 Medical Equipment device can not turn on?
If your Gima Medical Equipment device won't power on, the problem may be: * The batteries are drained or almost drained, so you should change them. * The batteries are not inserted properly, so you should reinstall them. * The device’s malfunction, so please contact the local service center.
Why SpO2 and Pulse Rate can not be displayed normally on Gima OXY-5?
If the SpO2 and Pulse Rate are not displaying correctly on your Gima Medical Equipment, it could be due to: * The finger is not properly positioned, place the finger properly and try again. * The patient’s SpO2 is too low to be detected, try again; Go to a hospital for a diagnosis if you are sure the device works all right.
How to stabilize instable SpO2 and Pulse Rate display on Gima Medical Equipment?
If the SpO2 and Pulse Rate display is instable on your Gima Medical Equipment, it may be because: * The finger is not placed inside enough, so place the finger properly and try again. * The finger is shaking or the patient is moving, so let the patient keep calm.
What to do if the indicator light is off suddenly on Gima Medical Equipment?
If the indicator light suddenly turns off on your Gima Medical Equipment, it's normal. The device will power off automatically when it gets no signal for 8 seconds.
General| Display | LCD |
|---|---|
| Accuracy | 2 bpm |
| Product color | Blue, Grey |
| Pulse rate measurement range | 30 - 240 bpm |
| Oxygen saturation measurement range | 35 - 99 % |
| Battery type | AAA |
| Battery voltage | 1.5 V |
| Power source type | Battery |
| Number of batteries supported | 2 |
| Manual | Yes |
Weight and Dimensions| Depth | 36 mm |
|---|---|
| Width | 66 mm |
| Height | 33 mm |
| Weight | 60 g |
Provides guidelines for safe usage and regular checks of the oximeter.
Highlights critical hazards like explosive environments and medical imaging use.
Advises on environmental factors, cleaning, and handling precautions for the oximeter.
Lists the key functionalities of the fingertip oximeter, including measurement accuracy and alarms.
Details where and for whom the fingertip oximeter can be used, including its limitations.
Specifies the operating and storage conditions for temperature, humidity, and pressure.
Explains how the pulse oximeter measures SpO2 and pulse rate using light wavelengths.
Lists crucial precautions for accurate measurement, including finger placement and ambient light.
Details the battery type, voltage, and operating current for the device.
Defines the measuring range, accuracy, and alarm limits for SpO2.
Defines the measuring range, accuracy, and alarm limits for pulse rate.
Specifies the range for the blood perfusion index display.
Describes the device's resistance to interference from surrounding light.
Details the device's accurate measurement capability under man-made light.
Provides the physical dimensions (length, width, height) and net weight of the oximeter.
Outlines the equipment classification for electric shock protection and EMC compatibility.
Includes a hanging cord as part of the included accessories.
Comes with two batteries as part of the included accessories.
Includes a pouch as part of the included accessories.
Includes a user manual as part of the included accessories.
Illustrates the front and rear views of the oximeter, identifying key components.
Provides instructions on how to properly insert the AAA batteries into the device.
Step-by-step guide on how to attach the hanging cord to the oximeter.
Instructions on how to open the oximeter clip before placing a finger.
Guidance on correctly placing the patient's finger into the oximeter sensor.
Explains that the device automatically powers on and starts measuring after finger placement.
Instructs the user to keep the finger steady and the patient at ease during measurement.
Warns against placing a wet finger directly into the sensor.
How to read the displayed SpO2 and HR values, including symbols and units.
How to turn on the backlight using the Display Key and its auto-off function.
Shows how to display the Perfusion Index (PI) by pressing the Display Key.
Explains how the device indicates when SpO2 or pulse rate exceeds preset alarm limits.
Instructions on changing batteries when the low-voltage indicator is lit.
Procedure for cleaning the device surface using alcohol and drying.
Recommendation to remove batteries if the oximeter is not used for an extended period.
Specifies optimal temperature and humidity conditions for storing the device.
Lists internal and external factors that can interfere with SpO2 measurement accuracy.
Addresses issues with SpO2 and pulse rate not being displayed as expected.
Provides solutions for unstable readings of SpO2 and pulse rate.
Troubleshooting steps for when the oximeter fails to power on.
Explains reasons for the indicator light suddenly turning off.
Identifies the classification for protection against electric shock.
Indicates that users must read and understand the instructions before use.
A repeated warning to carefully read and understand all instructions.
Symbol representing the pulse oxygen saturation measurement.
Symbol for Perfusion Index, indicating blood flow intensity.
Symbol for pulse rate, measured in beats per minute.
Indicates when the device's battery power is low.
Symbol indicating compliance with Waste Electrical and Electronic Equipment directive.
A symbol advising to protect the device from direct sunlight.
A symbol indicating the recommended storage conditions for the device.
Indicates compliance with European Directives.
Symbol indicating the product code or reference number.
Symbol indicating the lot number for traceability.
Symbol indicating the serial number for identification.
Guidance on proper disposal of the electronic device according to regulations.
Details the terms and conditions of the 12-month warranty for the product.
Declaration of conformity and guidance regarding electromagnetic emission levels.
Declaration of conformity and guidance regarding electromagnetic immunity.
Guidance on maintaining safe distances from RF communication equipment.
