Weinmann Meducore Easy Service manual

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MEDUCORE Easy

Automatic external defibrillator Device nos. 1000 to 1340 from device no. 1341 with ILCOR 2005

MEDUCORE Easy

Service and Repair instructions

with Battery-Pack

with Rechargeable Battery-Pack

Contents

Introduction

Overview

Description of Equipment

2.1

2.2

2.3

2.4

Cleaning and disinfecting instructions

Checking the device

4.1

4.2

4.3

4.4

4.5

4.6

4.7

4.8

4.9

4.10

4.11

4.12

4.13

4.14

Maintenance

5.1

5.2

5.3

5.4

Safety related check according to

§6 Medicinal products and Users ordinance .

6.1

6.2

6.3

6.4

6.5

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Intended use Scope of application User qualification Functional description

Testing parts needed Preparations for testing Entering the device data Checking the devices self testing Checking the volume levels Testing the ECG detection, current input,

shock button and shock output Checking the procedure display

and capacitor discharge Checking the info-button

and reading contact Checking the status LEDs Checking the condition of the exterior,

the equipment and the accessories Checking the IRDA interface and the

software version Checking the maintenance and safety

related check (SRC) stickers Preparing a device for dispatch

following repair Documentation

Intervals Check the Battery/Rechargeable Battery. Renew maintenance sticker Disposal

General Execution Testing devices Replace SRC sticker Documentation

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Malfunctions and Rectification

Repair information and repair instructions

8.1

General

8.2

5 5 5 6

10.

11.

12.

13. Protocol . . . . . . . . . . . . . . . . . . . . . . . . . . . 44

Tools and facilities

8.3

Discharge high voltage capacitor and open up device

8.4

Opening the device

8.5

Exchange the device lids

8.6

Close the device

8.7

Exchanging the capacitor

8.8

Replace the Real Time Clock batteries

8.9

Replacing the main circuit board

8.10

Exchanging pad plug cable

8.11

Exchanging the speaker

8.12

Exchange encasing, upper part

8.13

Exchanging encasing, lower part

Replacement parts

Tools and testing devices

10.1

General tools

10.2

Special tools

10.3

Software

10.4

Testing devices

Technical data

Technical Changes

12.1 Device: MEDUCORE Easy . . . . . . . . 43

12.2 Software . . . . . . . . . . . . . . . . . . . . 43

13.1 Repairs and maintenance protocol . . . . 44

13.2 Test record "Safety related check in accordance with §6 of the MP BetreibV (German Medicinal Products and Users

Ordinance)". . . . . . . . . . . . . . . . . . . 45

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© Copyright WEINMANN GmbH & Co. KG. The content and presentation are copyright protected and may only be used by authorised WEINMANN Service Partners in the course of their service operations. The content must not be reproduced or passed on to third parties. The complete documents must be returned on termination of the cooperation with WEINMANN.

Introduction

WEINMANN has been developing, manufacturing and marketing emergency medical devices for oxygen and inhalation therapy for decades.

The aim of this service and repair manual is to bring you to an expert level on the MEDUCORE Easy, allowing you to understand the operation, technology and repairs of the device. In combination with the training, that you have already completed for WEINMANN, you now belong to the “trained, informed, experts”, thereby allowing you to give your customers professional help and repair malfunctions independently and in accordance with the operation manual illustrated you have the possibility of making functional checks and if necessary carrying out repairs as shown in the service and repair manual.

In case of warranty claims all devices are to be sent to WEINMANN.

In order to handle warranty or goodwill requests we will require you to submit proof of purchase (invoice) of the customer.

Repair and maintenance work must be performed by WEINMANN or knowledgeable, well trained specialists.

They are responsible for all repairs carried out and all associated warranties!

When performing maintenance, only genuine

WEINMANN replacement parts ought to be used.

Please consider: Your customers puts trust in your capabilities just as much as you trust in WEINMANN.

Note:

Please use the operation manual for the following information about MEDUCORE Easy:

• Safety instructions

• Preparing the device for use

• Operation

• Cleaning and disinfecting while in use

• Warranty

Please note that the operation of devices with and without ILCOR 2005 is different.

Introduction 3

1. Overview

1 Info-button

11 Display:

Shock preperation

10 Shock key

9 Carrying handle

8 LEDs

2 Device lid

3 Display field: “Stand clear of

the patient!”

4 Display field: “You can now

touch the patient“

5 Socket for electrode plug

6 Infra red interface

7 Loudspeaker

Underside of device:

12 Battery compartment

16 Self sticking

defibrillation electrodes

Underside of device:

13 Maintenance sticker

14 SRC sticker

(only in Germany)

17 Battery-Pack/

Rechargeable Battery-Pack (optional)

18 Battery charger

15 Device plaque

(only in Rechargeable-Pack model)

4 Overview

19 Emergency set 20 CD-ROM with software EasyView

2. Description of Equipment

2.1 Intended use

The MEDUCORE Easy is an automatic external defibrillator (AED). It has been devised to assist the user in the resuscitation of patients who show symptoms of acute cardiovascular arrest (pulseless ventricular tachycardia pVT or ventricular fibrillation VF).

The MEDUCORE Easy guides the user through the resuscitation process with the help of acoustic and optical instructions. The device conducts an ECG analysis on patients and, if necessary, makes preparations for the delivery of an electric shock. The delivery of a shock is carried out directly by the user, after the device has prompted to do so.

Only use the device MEDUCORE Easy for the purposes described below.

2.2 Scope of application

2.3 User qualification

The MEDUCORE Easy has been devised for application in the heart/lung resuscitation (HLR) of patients from upwards of 20 kg body weight at the emergency’s location.

The MEDUCORE Easy may only be used by persons who hold documented proof of the following qualifications:

• Training in fundamental, life saving emergency care including the application of automatic defibrillators.

• Instructions for the application of the MEDUCORE Easy carried out by an WEINMANN authorized person.

Description of Equipment 5

2.4 Functional description

The MEDUCORE Easy is compact, light and ergonomic. The acoustic and optical user instructions make the operation of the device, to a great extent, self explanatory.

Persons with a nominal medical knowledge, after a short instruction, can therefore be in the position to operate a defibrillator in the case of a heart lung resuscitation.

Optical and acoustic userguide The acoustic and optical user instructions are made up

of display fields and spoken orders.

After opening the device lid the user is led by MEDUCORE Easy with the help of detailed spoken orders through a step by step resuscitation process. During this process a green and red display field light up, indicating in which phase of the resuscitation the patient may be touched or not touched (traffic light principle).

Metronome function (only for devices with ILCOR 2005)

An activated metronome function gives off an acoustic metronome signal at a frequency of 100 beats per minute during the HLR-pause. Carry out the cardiac massage in rhythm with audible signal tone.

After 30 signal tones a spoken announcement is issued “Give 2 breaths now” You will now have time to carry out 2 respiratory sequences, before “Give 30 chest compressions now” is announced and 30 signal tones are given.

This ordered sequence repeats itself, until the HLR pause comes to an end and the red display field (“Stand clear of the patient”) lights up.

If the info button is pressed during the HLR pause, the info announcement is made. The metronome continues to run in the background but without an audible tone.

ECG-recording and analysis As soon as the electrodes are placed on the bare

upper body of the patient, the device will automatically begin with the recording and analysis of the ECG. The ECG recording and analysis will continue until the electrodes are removed from the patient or as soon as the lid of the MEDUCORE Easy is closed, which results in the device being switched off.

6 Description of Equipment

Defibrillation If the ECG analysis indicates defibrillation (pulseless

ventricular tachycardia pVT or ventricular fibrillation VF), the MEDUCORE Easy prepares to deliver a shock. Afterwards the device instructs the user to administer a shock.

For other heart rhythms, the device informs the user that they should carry out a heart-lung revival.

Application documentation The MEDUCORE Easy saves ECG and event data.

The data could later be used e.g. in the follow-up of treatment. For this, use the documentation and configurations software EasyView.

Self testing The MEDUCORE Easy initiates a self test at regular

intervals and after every time it is switched on. The device status is shown via light diodes on its front side. Self test results can be requested via the documentation and configuration software EasyView and saved onto a PC.

Description of Equipment 7

3. Cleaning and disinfecting instructions

Warning!

• The Battery/Rechargeable Battery Pack must be removed from MEDUCORE Easy before cleaning.

• Never immerse the MEDUCORE Easy in any disinfectant or any other liquid. Only carry out disinfection by wiping over the surface. This can otherwise lead to damage of the device and consequently endanger users and patients.

The MEDUCORE Easy can be kept properly clean by simply wiping to disinfect. Please observe the users instruction for the disinfectant selected. We recommend that you wear suitable gloves when disinfecting the equipment (e.g. household or disposable gloves).

We recommend that you use TERRALIN disinfectant, which is available from the Schülke & Mayr Company, Robert-Koch-Str. 2, D-22851 Norderstedt (Internet: www.schuelkemayr.de).

8 Cleaning and disinfecting instructions

4. Checking the device

Important! The device must undergo the following tests after every repair and every maintenance according to WM 40006, and the results must be entered into the test records. Additionally the test can be used for fault finding in the device.

If you detect errors or deviations from defined values in the course of your final testing you must not redeploy MEDUCORE Easy before these errors have been eliminated.

You can determine possible causes of such errors and recommended countermeasures by referring to chapter "7. Malfunctions and Rectification" on page 22.

We recommend that you generally keep the following ready for use:

• Emergency-Set WM 15460

• Battery-Pack WM 40155

• Rechargeable Battery-Pack WM 40150

4.1 Testing parts needed

• Electrodes, packed WM 40116

Important! The electrodes have a limited shelf life. Please make a note of the expiry date on the packaging.

• Fully charged Rechargeable battery Pack or Battery-Pack

• Defibrillator-Tester (see also 10.4, page 38)

• IR-Adapter WM 22498

• PC with installed software EasyView WM 40192

• Multimeter, Measuring range up to 20 A

• Battery adapter WM 40008

• Test line MEDUCORE Easy WM 40454

Checking the device 9

4.2 Preparations for testing

EasyView

EasyView-Service

1. Boot up PC.

2. Start the PC software.

Overview of software versions:

• EasyView

Reading, editing and saving usage data, modifying device settings.

• EasyView-Service

Works like EasyView, facility for programming the serial number.

• EasyView-Light

Works like EasyView; device settings cannot be modified.

EasyView-Light

4.3 Entering the device data

Enter the serial number of the device (Device-No.) and the manufacturing date into the test records.

4.4 Checking the devices self testing

1. Insert rechargeable or Battery-Pack.

2. Open the device lid.

3. Close the device lid.

Request:

– The device is giving off a short double peeping

tone. – All LEDs light up briefly. – The device announces clearly and completely

the spoken order “This device will assist you.”. – The green status LED lights up.

10 Checking the device

4.5 Checking the volume levels

1. Ensure that the volume setting is on "automatic". To do so, connect the device to EasyView and cor-

Microphone

rect the setting if necessary.

2. Open the device lid.

3. Create a sound directly over the microphone of the MEDUCORE Easy, by scratching on the encasing for example.

The microphone in the MEDUCORE Easy can be found between the analysis triangle and pentagon.

Request:

– The volume of the repeated and clearly spoken

order increases.

4.6 Testing the ECG detection, current input, shock button and shock output

Preparation of the MEDUCORE Easy

1. Connect the rechargeable battery adapter, current measuring device and rechargeable battery or battery pack as illustrated.

2. Install the rechargeable battery adapter in the MEDUCORE Easy.

Preparation of the defibrillator tester The defibrillator tester emulates a patient impedance

of 50 Ω.

1. Connect MEDUCORE Easy test line WM 40454 to the defibrillator tester as illustrated.

2. Connect the defibrillator tester to a power supply (battery or mains plug).

3. Switch on the defibrillator tester (sliding switch POWER in position I).

ENRG SYNC PEAK WAVE more

Main Menu 1

A self-test is performed. The main menu appears in the display (Main Menu 1).

Checking the device 11

Energy --- J WAV> ECG90 PLAY HDR esc

4. Press the arrow button under ENERG.

The indicator for the Energy Modus appears in the display.

Energy --- J WAV> VFIB PLAY HDR esc

button under WAV until VFIB appears in the display.

Performing the test 1. Open the lid of the device.

2. Plug the defibrillator tester electrode plug into the device.

Requirement:

– The device detects ventricular fibrillation and

after a maximum of 10 sec clearly gives the spoken message "Shock required".

3. The device prepares to give the shock.

Requirement:

– The current consumption of the device is be-

tween 6 A and 12 A.

4. Note the current consumption in the test report.

5. After the spoken message: "Press the flashing shock key", activate this.

Requirement:

– The shock is triggered by activation of the

shock button.

– The shock is given. The device clearly gives the

spoken message "Shock was delivered".

5. To simulate venticular fibrillation: Press the arrow

Energy 162 J WAV> VFIB PLAY HDR esc

– The energy discharged is between

168 J ± 10 % (Low Energy). The value is shown in the display of the defibrillator tester.

Note: Only the testing of the "Low Energy" shock is necessary. If it is also required to test the "High Energy", the energy must be 298 J ± 10 %. In this case, ventricular fibrillation must be set on the defibrillator tester as described above. Return to the main menu via esc.

4.7 Checking the procedure display and capacitor discharge

Note: Do not press the shock key during this test!

1. Simulate ventricular fibrillation with the defibrillator-tester (Signal Vfib).

12 Checking the device

2. The device makes a clear spoken order “Stand clear of the patient” and “Analyzing”.

Request:

– All of the LEDs in the red triangle light up. – The device continues to give spoken orders,

during which all the LEDs on the shock key arrow are lit up in red.

– All of the LEDs around the shock key flash red.

3. After approx. 15 seconds it is announced that “Shock was not delivered”.

Request:

– The capacitor is discharged with an audible

sound.

4. Simulate f = 60 bpm with the defibrillator-tester Sinus EKG.

Request:

– All of the LEDs in the green pentagon light up.

4.8 Checking the info-button and reading contact

Info-button

4.9 Checking the status LEDs

1. While the green pentagon is lit up, press the infobutton.

Request:

– The device announces a spoken order similar

to “Device has been in use for…in total 1 shock since device startup”.

2. Pull the electrode plug out of the device.

3. Close the device lid.

Request:

– The device cuts short any spoken order,

extinguishes all process LED lights and leaves only the green status LED blinking.

– No new spoken order is made.

Open the device lid to turn the device on.

Request:

– All of the three Status-LEDs, (red, green, yellow)

light up.

Checking the device 13

4.10 Checking the condition of the exterior, the equipment and the accessories

1. Firstly, carry out a visual test of everything.

Requests:

• Encasing

– Encasing not scratched and without blemishes – Encasing completely screwed on – Front film and sticker stuck down firmly and

correctly on the lid – Labelling OK? – The loudspeaker opening is free from dirt.

• Electrode connection

– Undamaged – In working order

• Push buttons

– Undamaged – Working correctly

• Lid

– Lid not scratched and without blemishes – Lid is correctly attached, easy to open and

closes firmly – Functions open, close, switch on are ok.

• Inner part

– The socket for the electrode plug is free from

dirt.

• Rechargeable Battery-Pack

– Completely charged

• Battery-Pack

– Check expiry date (see device sign Battery-

Pack). Insert new Battery-Pack if necessary. – If the expiry date is not yet reached, then check

the level of charging. Insert battery, open and

close device lid. The green LED must flash; the

yellow LED should not flash.

If these parts have been delivered, check:

14 Checking the device

• Defibrillation electrodes WM 40116 available. Check expiry date, if necessary replace.

• Rechargeable Battery-Pack WM 40150 available.

• Battery-Pack WM 40155 available.

• Emergency set WM 15460 available.

4.11 Checking the IRDA interface and the software version

1. Check that the interface is working correctly by retrieving the device data.

Request:

All the device data are displayed.

2. Ensure that a PCB with the latest device software is installed in the device. This can be done by comparing the software version displayed with table (see "12.2 Software" on page 43).

If the software version is no longer current, replace the PCB with an up-to-date one as described in section 8.9 and enter the device number as described.

4.12 Checking the maintenance and safety related check (SRC) stickers

Check that the maintenance and SRC stickers are affixed correctly (SRC sticker applies only to Germany). If repairs have been carried out, then you should replace the stickers with new ones.

4.13 Preparing a device for dispatch following repair

Conditions The Programme EasyView must be started up and

the PC infrared interface or the infrared adapter must be aligned with the infrared interface of the MEDUCORE Easy (see chapter “Operation” in the PC-software operating instructions EasyView WM 16880).

Execution 1. Insert Rechargeable Battery or Battery-Pack.

2. Open the device lid.

3. Read off the charge status of the battery pack and compare it with the value specified in the test record.

Depending on the Battery-Pack capacity displayed proceed as follows:

• Capacity is > 50%:

– The Battery-Pack is OK.

• Capacity is < 50%:

– Inform your customer about the charging

level.

Checking the device 15

– Recommend that your customer regularly

checks the charging level.

– Recommend that your customer replaces the

Battery-Pack in good time.

• Capacity is < 15%: – Inform your customer about the charging

level.

– Recommend that your customer regularly

checks the charging level. – Offer your customer a new Battery-Pack. – Recommend that your customer replaces the

Battery-Pack as soon as possible.

• Capacity is < 8%: – Inform your customer about the charging

level. – Offer your customer a new Battery-Pack. – Point out to your customer that the Battery-

Pack should be replaced immediately for

safety reasons.

4. Set the date and time with the help of the EasyView (see chapter “Operation“ in the operating instructions for the PC-Software EasyView WM 16880).

After exchanging the printed circuit board, if no customer parameter are known 1. Delete the memory.

2. Enter serial number (Device-No.) (see "4.3 Entering the device data" on page 10).

After exchanging the printed circuit board, if customer parameter are known 1. Programme customer parameter.

2. Delete the memory.

3. Check the selected language version.

Request:

– EasyView-Service must display the selected

language version without any error messages.

Note:

To continue testing, the volume must be set to "automatic".

Completion 1. Close the device lid.

2. Remove Rechargeable Battery or Battery-Pack

16 Checking the device

3. To unload the internal remaining charge, open and close the device lid again.

4.14 Documentation

Note down the points 4.3 to 4.12 as well as the test date and tester number in the test records.

Checking the device 17

5. Maintenance

5.1 Intervals

Note: After all maintenance and repair work the device must be tested, as described in chapter „4. Checking the device“on page 9.

As a preventative maintenance measure every 6 years the device must be fully checked:

The points of maintenance are as follows:

• Testing for completeness (see chapter 4.10, page 14)

• Visual test (see chapter 4.10, page 14)

– Mechanical damage – Electrode connections – Labelling

• Check the charge levels on the Battery/ Rechargeable Battery (see chapter 5.2, page 18)

• Replace internal battery (see chapter 8.8, page 29)

• Final check in accordance with test directive WM 40006 (see chapter 4., page 9)

• Renew maintenance sticker

In Germany a safety related check (SRC) must be

conducted within a statutory limit of 2 years in accordance with §6 Medicinal Products and Users Ordinance.

5.2 Check the Battery/Rechargeable Battery.

Conditions The Programme EasyView must be started up and

the PC infrared interface or the infrared adapter must be aligned with the infrared interface of the MEDUCORE Easy (see chapter ”Operation“ in the PC-software operating instructions EasyView WM 16880).

18 Maintenance

Execution 1. Insert Rechargeable Battery or Battery-Pack

2. Open the device lid.

3. Read off the level of charge of the Battery-Pack and note in the test records.

Depending on the Battery-Pack capacity displayed proceed as follows:

• Capacity is > 50%:

– The Battery-Pack is OK.

• Capacity is < 50%:

– Inform your customer about the charging

level.

– Recommend that your customer regularly

checks the charging level.

– Recommend that your customer replaces the

Battery-Pack in good time.

• Capacity is < 15%:

– Inform your customer about the charging

level.

– Recommend that your customer regularly

checks the charging level. – Offer your customer a new Battery-Pack. – Recommend that your customer replaces the

Battery-Pack as soon as possible.

5.3 Renew maintenance sticker

Maintenance sticker

• Capacity is < 8%: – Inform your customer about the charging

level. – Offer your customer a new Battery-Pack. – Point out to your customer that the Battery-

Pack should be replaced immediately for

safety reasons.

If required, replace the Battery or charge Rechargeable Battery

Renew the maintenance sticker (current year + 6 years) sticking it to the underside of the device.

• Replace the old maintenance sticker with one carrying the newly entered data. Cut out the correct month using a ticket puncher or the point of some nail scissors. Stick the new maintenance sticker on the underside of the device.

Maintenance 19

5.4 Disposal

Device

Do not dispose of the device as domestic waste. To dispose of the device properly, please contact a licensed and certified electronic waste recycler. Names and addresses can be obtained from your Environmental Officer or municipal authorities.

Disposal of batteries

Do not dispose of spent batteries in the domestic waste. Please either contact WEINMANN or or your official local public disposal authorities.

20 Maintenance

6. Safety related check according to §6 Medicinal products and Users ordinance

6.1 General

Important! Performance of a safety related check [SRC] in

accordance with §6 of the German Medicinal products and Users ordinance [MedizinprodukteBetreiberverordnung] is only mandatory in Germany.

6.2 Execution

Safety related checks follow the same steps as described in chapter "4. Checking the device" on page 9.

The following is only an additional description of the required steps to be taken.

6.3 Testing devices

6.4 Replace SRC sticker

SRC sticker

6.5 Documentation

Additional to the named testing devices described in chapter 4.1 you will need:

• SRC protocol (see " WM 40007f, page 2" on page 46)

If you have carried out a safety related check, a new SRC sticker (current year + 2 years) has to be stuck to the underside of the device.

• Replace the SRC sticker with a new one with the correct dates. Cut out the correct month using a hole puncher or the point of some nail scissors. Stick the new SRC sticker next to the maintenance sticker on the underside of the device.

• Fill out the SRC protocol.

• Prepare an SRC certificate for the customer.

Safety related check according to §6 Medicinal products and Users ordinance 21

7. Malfunctions and Rectification

Malfunctions Cause Rectification

In stand by mode (lid closed) a signal tone is set off every four minutes.

A malfunction has been established while the device underwent the monthly/daily self tests.

Battery capacity is exhausted.

Check which LED blinks and the procedure, according to the respective LED described in the following table.

Insert new Battery/Rechargeable Battery Pack (see chapter „Energy Supply“ in the operating instructions MEDUCORE Easy).

When the lid is open the device can not turn on.

Upon opening the lid the following message can be heard:

“Device is not ready for use”

Upon opening the lid the following message can be heard:

“Battery is low”

The red LED will light up (flashing when on stand by and constant when in operation).

Damaged connection between the energy supply contacts and main circuit board

Main circuit board defective.

Battery power levels are low.

If the battery power levels are low then fewer than 3 shocks can be delivered.

Device is not ready for operation, self test has detected a malfunction.

Opening device and checking connections (Chapter 8.3, Page 25).

Open up device and replace the main circuit board (Chapter 8.9, Page 30).

Device messages with EasyView voice prompting. If EasyView “Malfunction in the main circuit board” is displayed, then replace the main circuit board (Chapter 8.9, Page 30).

Finish off current treatment and then replace batteries (see Chapter “Energy Supply” in the operating instructions MEDUCORE Easy).

Replace battery (see Chapter “Energy Supply” in the operating instructions of the MEDUCORE Easy), to enable continued treatment.

Finish off current treatment. Then read out malfunction protocol via the EasyView. If EasyView “Malfunction in the main circuit board” is displayed, then exchange main circuit board (Chapter 8.9, Page 30).

The green and yellow LEDs light up (flashing when on stand by and constant when in operation).

The yellow LEDs light up (flashing when on stand by and constant when in operation).

22 Malfunctions and Rectification

The battery/rechargeable battery power levels are low and barely 10/6 shocks can still be delivered.

A less critical malfunction has been detected, e.g. time is incorrect.

Finish off current treatment and then replace batteries (see Chapter “Energy Supply” in the operating instructions MEDUCORE Easy).

Finish off current treatment. Then read out malfunction protocol via the EasyView and if necessary correct malfunction e.g. reset clock.

Malfunctions Cause Rectification

After switching device on, one or more LEDs/display fields do not light up briefly.

Spoken command: “Attach

electrodes to bare chest!“ repeats

itself even though electrodes have been stuck down.

Shocks can not be delivered, in spite of flashing shock key.

Spoken command “Movement

detected. Stand clear of the patient!” is made.

One or more of the status LEDs/ display fields is defective.

RTC battery empty.

Electrode plug is not correctly plugged in.

Electrodes not correctly stuck down.

Electrodes touching each other.

Electrodes defective

Wrong electrodes

Damaged connection between the electrode contacts and main circuit board

Main circuit board defective.

MEDUCORE Easy recognises artefact and carries out a new analysis.

Finish off current treatment, and then replace the main circuit board (Chapter 8.9, Page 30).

Replace Real Time Clock batteries (Chapter 8.8, Page 29).

Insert plug correctly.

Press the electrodes directly down onto dry, and if necessary shaved skin.

Check the positioning of the electrodes.

Replace electrodes, otherwise do not attempt to operate device.

Only use genuine WEINMANNelectrodes.

Open device and check connections (Chapter 8.3, Page 25).

Open up device and exchange the main circuit board (Chapter 8.9, Page 30).

Do not touch or move the patient during the analysis.

Green status LED does not flash when the lid has been closed.

No automatic self test is carried out.

Time and date entries, after switching the device off and on again, display a default value.

Rechargeable Battery or BatteryPack is drained.

LED is defective

RTC battery empty.

Insert new Battery/Rechargeable Battery Pack (see Chapter “Energy Supply” in the operating instructions MEDUCORE Easy).

Open up device and replace the main circuit board (Chapter 8.9, Page 30).

Replace Real Time Clock batteries (Chapter 8.8, Page 29).

Malfunctions and Rectification 23

8. Repair information and repair instructions

8.1 General

• Please perform repairs on MEDUCORE Easy only on an ESD work station!

• Refer to the safety instructions in the operating manuals for MEDUCORE Easy.

• Any handling of this device requires in-depth knowledge of and adherence to the operating manual and the maintenance and repair manual.

• Perform only the repairs as described in this maintenance and repair manual. This is the only way to ensure that the MEDUCORE Easy operates properly.

• Make sure that your hands and your workspace are clean when performing repairs.

• After every repair a maintenance check must be performed (see "4. Checking the device" on page 9).

• When replacing components or single parts, use only genuine WEINMANN Parts.

• When ordering the device’s lower encasing 25 you have to state the device type, year of manufacture and serial number.

Note: The item numbers stated in the following text are identical to the item numbers of the spare part list on page 34 and the overview on page 4.

8.2 Tools and facilities

24 Repair information and repair instructions

In order to perform the repairs described in this chapter, you will need the following tools and facilities:

• Phillips screwdriver size: PZ 2

• Nail scissors or ticket-punch to mark the maintenance plaque

• Pincers

• High-voltage protected needle nose pliers

• ESD Workstation

• Discharging device WM 40009

or:

protected high-voltage workstation

Danger of death! Danger of electric shock! If no discharging unit is available, work on the MEDUCORE Easy must be carried out at a protected high-voltage workstation. Before carrying out any repair, it is essential to discharge the capacitor as described in Section “8.3 Discharge high voltage capacitor and open up device” on page 25, otherwise fatal injuries may be sustained.

8.3 Discharge high voltage capacitor and open up device

Preparation

Danger! Risk of electric shock! If a malfunction occurs in the device during a functional check, then it may not be used.

1. Remove the Battery-Pack/Rechargeable Battery Pack from the battery compartment MEDUCORE Easy.

2. Lie the MEDUCORE Easy with the red lid facing

down on a non-slip surface.

30 33

3. Remove the sealing plugs 33.

4. Loosen and remove the ten screws 30.

5. Take the MEDUCORE Easy in both hands and hold both encasing elements together. Lie the MEDUCORE Easy with the red lid facing upward in the discharging device.

6. Close the discharging device lid.

7. Pull back the contact rocker of the discharge device and swing it upwards.

Discharging process 1. Slide the locking element back to release the

lifting aid.

2. Press the bellows together and place the suction pad far left of the middle on the red lid of the MEDUCORE Easy.

3. Release the bellows. The suction pad will fasten itself.

4. Pull the lifting aid upwards. This serves to lift the upper part of the encasing.

5. Slide the locking element forwards to hold the lifting aid up and in so doing also the upper part of the encasing.

Repair information and repair instructions 25

6. Slide the contact rocker into its resting position.

7. Check to see that the contact pin is directly above the capacitor contacts.

If necessary, make some fine settings using the black screw on the front of the carriage.

8. Flip down the contact rocker. The contact pin must now be touching the capacitor contacts on the printed circuit board.

The capacitor is then completely discharged. The discharging process lasts approx. 4 seconds. It is completed when -0.00 is displayed.

To be certain that the capacitor is discharged, carry out the following tests:

9. Press the red button on the front of the device.

– The capacitor is very slightly charged. The

display will now show for example 0.07.

– Upon releasing the button the display must

slowly return to -0.00 .

Danger! Risk of electric shock! If the display returns immediately to -0.00 then the contact pin is no longer in contact with the capacitor contact on the printed circuit board. The capacitor has in this case not been discharged. Adjust the position of the contact pin and check it again.

Completion 1. Pull the contact rocker back.

2. Slide the locking element back to release the lifting aid.

3. Lower the upper part of the encasing.

4. Rotate the lifting aid to release the suction pad from the lid.

5. Open the protective cover of the device and remove the MEDUCORE Easy.

6. Switch the discharging device via the rocker switch off.

7. Close the device (8.6, page 28).

26 Repair information and repair instructions

8.4 Opening the device

Danger of death! Danger of electric shock! If no discharging unit is available, work on the MEDUCORE Easy must be carried out at a protected high-voltage workstation.

1. Take the red device lid 2 off.

2. Remove the pins 21 and springs 22 and store them in a safe place.

3. Lie the MEDUCORE Easy with the upper encasing 24 facing down on a non-slip surface.

4. Carefully open the lower encasing device 25.

5. Pull the loudspeaker cable from the printed circuit board.

6. Pull the red cable plug out of the printed circuit board.

7. Pull the capacitor out of the lower encasing part and place it carefully on the main circuit board.

8. Pull the plug belonging to the pad cable 40 and

41 out of the printed circuit board.

9. Pull the blue and black cable plugs out of printed circuit board.

10. Now you can set aside the lower encasing part 25.

8.5 Exchange the device lids

Remove lid 1. Open the red device lid 2.

2. Slide the pins 21 out to one side and remove

them.

3. Pull the springs 22 out and store them in a safe place.

4. Take the device lid 2 off.

Repair information and repair instructions 27

Fitting lid 1. Place the ends of the springs 22 into the prepared

holes of a new device lid.

2. Slide the pins 21 from the side far enough into the lid, so that the springs 22 are held in place.

3. Replace the lid 2, so that the other end of the springs are situated between the encasing halves.

4. Slide the pins 21right in.

5. Close the device lid.

8.6 Close the device

30 33

1. Hold the lower encasing part 25 up to the upper encasing part 24.

2. Plug the blue cable into the printed circuit board (Labelled HDQ).

3. Plug the black cable into the printed circuit board (Labelled ACCU -).

4. Take the pad plug cable 40 and 41 and plug it into the printed circuit board.

5. Press the capacitor into the compartment of the lower encasing part. Guide the cable in through the slit.

6. Plug the cables for capacitor 27 onto the board.

Ensure that polarity +/- is correct (see labeling on the board and on the capacitor)! If the cables are the wrong way round, the top and bottom parts of the device will not fit together properly.

7. Plug the red cable into the printed circuit board (Labelled ACCU + ).

8. Plug the speaker cable into the printed circuit board.

9. Place the lower encasing part 25 onto the upper encasing part 24.

Please make sure that the cables do not get clamped.

10. Now screw the upper encasing part tightly with the ten screws 30 .

11. Set the sealing plugs 33 in place.

12. Turn the device around the right way again and fit the lid (see "8.5 Exchange the device lids" on page 27).

13. Check the device (see "4. Checking the device" on page 9).

28 Repair information and repair instructions

8.7 Exchanging the capacitor

Danger of death! Danger of electric shock! The condenser must be completely discharged (see Chapter "8.3", Page 25).

1. Discharge the capacitor and open the device (see Chapter "8.3", Page 25).

2. Pull the capacitor cable 27 out of the printed circuit board with the aid of high-voltage protected needle nose pliers.

3. Remove the capacitor 27 and dispose of it (see Chapter "5.4", Page 20).

4. Place a new capacitor onto the printed circuit board. Make sure that insulation mats 28 are lying

between the capacitor and the main circuit board.

5. Plug the capacitor cable 27 into the printed circuit board. Make sure that the polarity is correct +/- (see the

labelling on the printed circuit board and on the capacitor)! If the cables are mixed up then the upper and lower device parts will not fit to each other correctly.

6. Close the device (see Chapter "8.6", Page 28).

8.8 Replace the Real Time Clock batteries

Danger of death! Danger of electric shock! The condenser must be completely discharged (see Chapter "8.3", Page 25).

1. Discharge the capacitor and open the device (see Chapter "8.3", Page 25).

2. Push the springs slightly backwards and remove the battery 34.

3. Replace with new (button cell CR2032) battery.

Make sure that the polarity is correct!

4. Close the device (see Chapter "8.6", Page 28).

5. Set the date and time with the help of EasyView (see chapter “Operation” in the operations manual for PC software EasyView WM 16880).

Repair information and repair instructions 29

8.9 Replacing the main circuit board

Danger of death! Danger of electric shock! The condenser must be completely discharged (see Chapter "8.3", Page 25).

1. Discharge the capacitor and open up the device (see "8.3 Discharge high voltage capacitor and open up device" on page 25).

Remove the main circuit board 1. Pull the capacitor cable 27 out of the circuit

board.

2. Remove the capacitor 27.

3. Lever the main circuit board 26 out.

Inserting the main circuit board 1. Insert a new main printed circuit board 26 in

place. Make sure that the capacitor buffer 29 is

jutting out of the main circuit board.

2. Place the capacitor onto the printed circuit board.

Make sure that insulation mats 28 are lying between the capacitor and the main circuit board.

3. Plug the capacitor cable 27 into the printed circuit board. Make sure that the polarity is correct +/- (see

the labelling on the printed circuit board and on the capacitor)! If the cables are mixed up then the upper and lower device parts will not fit to each other correctly.

4. Close the device (see Chapter "8.6", Page 28).

Program the serial number on new main circuit board To change the serial number on the main circuit board

in MEDUCORE Easy you will require the EasyViewService software (see Chapter "4.2", Page 10).

Note: Remember that the serial number entered can be 4 or 5 characters, and can only consist of the numbers 0 to 9!

30 Repair information and repair instructions

1. Start the EasyView-Service software and choose the "Device settings" tab.

Click the "Get device settings" button.

The device configuration will be displayed.

2. Enter the device's 5-digit serial number. Then click the "Print settings" button.

3. Next, confirm the change to the device configuration. The number will now be stored in MEDUCORE Easy.

If a 4-digit serial number is entered, the system will automatically pad it out to 5 digits by adding a leading "0".

If the serial number was entered successfully, the following message will appear: "Communication successful".

If you have entered a serial number with less than 4 (or more than 5) digits, the following message will appear: "Serial number must have 4 or 5 digits".

Repair information and repair instructions 31

8.10 Exchanging pad plug cable

43 42

Repeat the process with a number of the correct length.

This concludes the programming of the serial number.

Danger of death! Danger of electric shock! The condenser must be completely discharged (see Chapter "8.3", Page 25).

1. Discharge capacitor and open up the device (see "8.3 Discharge high voltage capacitor and open up device" on page 25).

2. Loosen the nuts 43 and take the spring washer 42 off.

3. Pull the plug belonging to the cable 40 and 41 out of the printed circuit board.

4. Plug the new cable in its place.

5. Place the cable lug and spring washer onto the screw and screw the nut onto it. Make sure that the

order is correct!

6. Close the device (see Chapter "8.6", Page 28).

8.11 Exchanging the speaker

Removing the speaker

Danger of death! Danger of electric shock! The condenser must be completely discharged (see Chapter "8.3", Page 25).

1. Discharge capacitor and open up the device (see "8.3 Discharge high voltage capacitor and open up device" on page 25).

2. In the lower encasing part: Rotate the screw out of the wedge 47 .

3. Pull the wedge 46 out.

4. Remove the loudspeaker 44 together with the seal 45.

Dispose of the old seal and the old wedge, together with the defective loudspeaker.

32 Repair information and repair instructions

Fitting speaker 1. Use only parts from spare parts set WM 15705.

2. Take new seal 45 from the spare parts set and put it on the new loudspeaker.

3. Place the new speaker into the device. Make certain the seal is well fitted and flush.

4. Put the wedge into its position and screw it in tightly.

5. Close the device (see Chapter "8.6", Page 28).

8.12 Exchange encasing, upper part

Danger of death! Danger of electric shock! The condenser must be completely discharged (see Chapter "8.3", Page 25).

1. Discharge capacitor and open up the device (see Chapter "8.3", Page 25).

2. Remove the main circuit board (see Chapter "8.9", Page 30).

3. Install the main circuit board into a new upper encasing part 24 (see Chapter "8.9", Page 30).

4. Close the device (see Chapter "8.6", Page 28).

8.13 Exchanging encasing, lower part

Danger of death! Danger of electric shock! The condenser must be completely discharged (see Chapter "8.3", Page 25).

1. Discharge capacitor and open up the device (see Chapter "8.3", Page 25).

2. Remove the handle from the old lower encasing part and fit it to the new lower encasing part 25 (see operating instructions “Fitting accessories“).

3. Close the device (see Chapter "8.6", Page 28).

Repair information and repair instructions 33

9. Replacement parts

Note:

The item numbers of the following table are identical to the numbers used in the body of text of this service and maintenance manual.

Item-No. Name Ordering-No.

Lid, complete DE Lid, complete GB Lid, complete FR Lid, complete IT Lid, complete TH Lid, complete JP Lid, complete NO Lid, complete SE Lid, complete DK Lid, complete RU Lid, complete PL Lid, complete NL

Lid, complete ES Lid, complete PT Lid, complete FI Lid, complete IS Lid, complete TR Lid, complete CZ Lid, complete GR Lid, complete SI Lid, complete SK Lid, complete HR Lid, complete ID Lid, complete CN Lid, complete IR

WM 40125 WM 40337 WM 40347 WM 40357 WM 40367 WM 40377 WM 40387 WM 40397 WM 40407 WM 40417 WM 40427 WM 40437 WM 40447 WM 40457 WM 40467 WM 40477 WM 40487 WM 40497 WM 40507 WM 40517 WM 40527 WM 40667 WM 40677 WM 40687 WM 40558

Defibrillation electrodes DE GB Defibrillation electrodes FR Defibrillation electrodes IT Defibrillation electrodes TH Defibrillation electrodes JP Defibrillation electrodes NO Defibrillation electrodes SE Defibrillation electrodes DK Defibrillation electrodes RU Defibrillation electrodes PL Defibrillation electrodes NL Defibrillation electrodes ES Defibrillation electrodes PT Defibrillation electrodes FI Defibrillation electrodes IS Defibrillation electrodes TR Defibrillation electrodes CZ Defibrillation electrodes GR Defibrillation electrodes SI Defibrillation electrodes SK Defibrillation electrodes HR Defibrillation electrodes ID Defibrillation electrodes CN Defibrillation electrodes IR

WM 40116 WM 40349 WM 40359 WM 40369 WM 40379 WM 40389 WM 40399 WM 40409 WM 40419 WM 40429 WM 40439 WM 40449 WM 40459 WM 40469 WM 40479 WM 40489 WM 40499 WM 40509 WM 40519 WM 40529 WM 40439 WM 40019 WM 40069 WM 40468

34 Replacement parts

Item-No. Name Ordering-No.

18 Battery charger WM 40003

19 Set, Emergency MEDUCORE Easy WM 15460

20 PC-Software EasyView WM 40192

Battery-Pack Rechargeable Battery-Pack

WM 40155 WM 40150

21 Hinge pin WM 40123 22 Spring for lid WM 40124 23 Retaining bracket WM 40024 24 Encasing, upper part, preassembled WM 40076 25 Encasing, lower part, assembled* WM 40002

Main circuit board DE, new Main circuit board DE, replacement Main circuit board GB, new Main circuit board GB, replacement Main circuit board FR, new Main circuit board FR, replacement Main circuit board IT, new Main circuit board IT, replacement Main circuit board TH, new Main circuit board TH, replacement Main circuit board JP, new Main circuit board JP, replacement Main circuit board NO, new Main circuit board NO, replacement Main circuit board SE, new Main circuit board SE, replacement Main circuit board DK, new Main circuit board DK, replacement Main circuit board RU, new Main circuit board RU, replacement Main circuit board PL, new Main circuit board PL, replacement Main circuit board NL, new Main circuit board NL, replacement Main circuit board ES, new Main circuit board ES, replacement Main circuit board PT, new Main circuit board PT, replacement Main circuit board FI, new Main circuit board FI, replacement Main circuit board, IS, new Main circuit board, IS, replacement Main circuit board TR, new Main circuit board TR, replacement Main circuit board CZ, new Main circuit board CZ, replacement Main circuit board GR, new Main circuit board GR, replacement Main circuit board SI, new Main circuit board SI, replacement Main circuit board SK, new Main circuit board SK, replacement

WM 40130 WM 40063 WM 40330 WM 40313 WM 40340 WM 40343 WM 40350 WM 40353 WM 40360 WM 40363 WM 40370 WM 40373 WM 40380 WM 40383 WM 40390 WM 40393 WM 40400 WM 40403 WM 40410 WM 40413 WM 40420 WM 40423 WM 40430 WM 40433 WM 40440 WM 40443 WM 40450 WM 40453 WM 40228 WM 40483 WM 40368 WM 40023 WM 40244 WM 40493 WM 40258 WM 40503 WM 40375 WM 40193 WM 40268 WM 40203 WM 40378 WM 40243

Replacement parts 35

Item-No. Name Ordering-No.

Main circuit board HR, new Main circuit board HR, replacement Main circuit board ID, new Main circuit board ID, replacement Main circuit board CN, new Main circuit board CN, replacement Main circuit board IR, new Main circuit board IR, replacement

WM 40277 WM 40303 WM 40294 WM 40463 WM 40295 WM 40473 WM 40435 WM 40464

27 High voltage capacitor WM 40078 28 Insulation mat for capacitor, bottom WM 40137 29 Capacitor buffer WM 40106 30 Fillister head screw KB 40x25 WM 40143 31 Shock button, printed WM 40168 32 Info button WM 40167 33 Sealing plug WM 40158 34 Battery 3 V WM 40089 35 Handle WM 40103 36 Handle sealing WM 40186 37 Cylinder head screw M8x30; DIN EN ISO 4762 ST-ZN WM 50607 38 Flexible handle including attaching brackets WM 40164 39 Protective and carrying bag WM 40100 40 Cable, long WM 40282 41 Cable, short WM 40283 42 Serrated lock washer J3,2 DIN 6798-V2A; WNR.1.4310 WM 51850 43 Hexagonal nut M3 DIN 934 MS-NI WM 50910

Set Speaker,

WM 15705

consisting of:

44 45 46

Speaker with wiring Speaker sealing Wedge

WM 40266 WM 40113 WM 40178

47 Fillister head screw KB 40x8 WM 40141 48 Cable, blue WM 40281 49 Cable, red WM 40284 50 Cable, black WM 40285 51 Contact, rechargeable battery compartment WM 40139 52 Sealing plate WM 40138

36 Replacement parts

Item-No. Name Ordering-No.

Instructions for use MEDUCORE Easy DE Instructions for use MEDUCORE Easy FR; NL; IT Instructions for use MEDUCORE Easy GB; ES; PT Instructions for use MEDUCORE Easy DK; NO; SE Instructions for use MEDUCORE Easy JA; TH Instructions for use MEDUCORE Easy PL; RU Instructions for use MEDUCORE Easy IS; FI Instructions for use MEDUCORE Easy TR; GR Instructions for use MEDUCORE Easy ID; CN Instructions for use MEDUCORE Easy CZ; SL Instructions for use MEDUCORE Easy HR; SK Instructions for use MEDUCORE Easy IR

WM 16799 WM 16912 WM 16913 WM 16920 WM 16921 WM 16922 WM 66450 WM 66451 WM 66452 WM 66453 WM 66454 WM 66455

Fitting instructions MEDUCORE Wall bracket DE; GB; FR WM 16264

* When placing an order please make sure to include type, unit serial no. and year built.

Replacement parts 37

10. Tools and testing devices

The following is a list of all tools and testing devices mentioned in this maintenance- and repair manual.

Special tools can be obtained from WEINMANN, the manufacturer.

10.1 General tools

• Phillips screwdriver size:PZ 2

• Nail scissors or ticket-punch to mark the maintenance plaque

• ESD Workstation

• High-voltage protected needle nose pliers

10.2 Special tools

• Discharging unit WM 40009 (obtainable from WEINMANN)

• IR-Adapter WM 22498

• Rechargeable Battery Adapter WM 40008

• Test line MEDUCORE Easy WM 40454

10.3 Software

• EasyView-Service PC software

10.4 Testing devices

• Multimeter, measuring range up to 20 A

• Defi-tester

ECG graphs: Sinusoidal rhythm and arrhythmias (VT/VF), as described under 201.102.3 in EN 60601-2-4. Discharge resistance: 50 ohms ±1% (noninductive) Maximum energy: up to at least 350 joules Maximum voltage: > 2500 V Maximum current: > 50 A Precision of energy measurement: < ±2% of measured value

The tester should be calibrated by the manufacturer.

e.g. Defi-tester from the Fluke Company, Type: QED6H

Fluke Deutschland GmbH Heinrich-Hertz-Straße 11 D-34123 Kassel Germany

Fluke Corporation P.O. Box 9090 Everett, WA 98206-9090 USA

www.fluke.com

38 Tools and testing devices

11. Technical data

Device

Dimensions/Environment/Norms

Dimensions L x B x H (in mm incl. handle) 240 x 240 x 93

Weight, empty: With Rechargeable Battery/Battery-Pack and electrodes:

Device class according to MPG and Guidelines 93/42/EEC: IIb

Operation: Temperature range: Without Rechargeable Battery/Battery-Pack and electrodes: Air humidity: Air pressure:

Transport/Storage: 0 °C to +50 °C

Temperature range: max. 2 weeks

Without Rechargeable Battery and electrodes: -30 °C to +70 °C

Air humidity: Air pressure:

Protective class IEC 529: IPX4 (protected against sprayed water)

Vibration and knock DIN-EN 1789:1999

Free fall EN 60601-1: 1996

Electromagnetic compatibility:

Norms:

Resuscitation protocol ERC, AHA; 2005

2.1 kg

2.6 kg

0 °C to +50 °C 0 °C to +50 °C 0 % to 95 % 700 to 1060 hPa

-20 °C to +60 °C

0 % to 95 % 500 to 1060 hPa

EN 60601-1-2:2001 EN 55011:1998/A1 EN 55014 -1: 2000/A1 EN 61000-4-2:1995/A1/A2 EN 61000--4-3: 1996/A1 EN 61000--4-4.5: 1995 EN 61000--4-6: 1996/A1 EN 61000--4-8: 1993

EN 1789, AAMI ANSI DF 39, EN 60601-2-4: 2003, rarely used

Self testing

Interval daily, monthly, when switched on

Time programmable

Range

Deﬁbrillation electrodes

Condition upon delivery

Polarisation not polarized (exchange allowed)

Cable length 125 cm

Electrodes upper surface every 125 cm

service life 30 Months from date of manufacture

battery, electronic, software, charge, shock button, environmental temperature

self sticking once-only electrodes, packed with connecting plug extruding

Technical data 39

Power supply

Version Battery-Pack Rechargeable Battery-Pack (optional)

Type LiSO

Dimensions LxBxH (in mm) 148.6 x 71.6 x 32.6

Weight: 400 g

Shock capacity*,**: up to 200 shocks up to 100 shocks

Minimum capacity 100 shocks –

Monitoring capacity*,***: up to 18 hours up to 9 hours

Rated capacitance: 3800 mAh

Rated voltage: 11.2 V 12.4 V

Fuse – 16 A

Stand-by-Time*: Minimum Stand-by-Time:

Maximum charging time – < 4 h

Maximum charging power – 1,2 A

Transport/Storage: Temperature range: Air humidity:

Service life – > 300 full charges

* For new Rechargeable Battery or Battery-Pack, 20 C. ** At Low-Energy settings *** At the lowest volume

up to 5 years 4 years

– - 40˚C to +85˚C

Li-Ion

0% to 90%

Battery charger (optional)

Dimensions LxBxH (in mm) 108 x 65 x 77

Mains voltage 100-240 ~V

Mains frequency 50/60 Hz

Output voltage 15 V

Weight 230g

Ambient temperature Operation Transport/Storage

Fuse T2A 250 V

Short circuit proof Durable

Protective function Voltage surge protection

Charger plug

Mains plug Exchangeable, for different countries

Electromagnetic compatibility see “Dimensions/Environment/Norms”

0˚C to 40˚C

-20˚C to +85˚C

Quadripolar Secured against incorrect polarity

40 Technical data

Defibrillation/Analysis

Deﬁbrillation system CARDIObiphasic

Operational mode Automated (1-button operation)

Wave form Biphasic, current limited

Energy levels

level of energy at 50 ΩΩ

Max. patient imp. Max. patient imp.

Shock sequence programmable: constant or rising

HLR pause adjustable 60-300 s

Energy levels adjustable

* For new Rechargeable Battery/Battery-Pack, 20˚C.

ECG analysis system CARDIOlogic

Analysis time < 10 s

Conduction II

Impedance measurement checked electrode contact, matches energy to the impedance

Movement and object detection

Reacts to implanted pacemakers

Asystoly threshold < 0.08 mV

Sensitivity VF/pVT* > 93 %

Speciﬁcity NSR/Asystoly* > 99 %

ΩΩ

Low Energy (max. 200 J at 75 ΩΩΩΩ) High Energy (max 310 J at 75 ΩΩΩΩ)

Low Energy: High Energy:

200 ΩΩ

ΩΩ

5 ΩΩ

Low High

Constant checking of signal quality, acoustic warning when patient moves

Pulses from implanted pacemakers may affect or prevent the proper identiﬁcation of arrhythmias. It is thus possible that not all deﬁbrillatable rhythms will be identiﬁed, and shock output from the device is not recommended under certain circumstances.

168 J ±10%

298 J ±10%

ΩΩ

* The test report on the analysis system is available upon request from the manufacturer WEINMANN.

Operation/Data management

Operation

– automatic switch on when lid is opened

Control element

Info-mode

Display elements

Acoustic signals

Data management

Utilisation documentation automatic registration of ECG and event data.

Storage capacity

Data recall, data evaluation, device conﬁguration via infrared interface and and PC software EasyView

– flashing shock button (1-button operation) – Info-button

Announcement of elapsed time and total shocks delivered since device was started with start button

– Lighting symbols (traffic light principle) – Device LEDs (Stand by, Change batteries, Self test results/

Maintenance display)

– Spoken instructions – Signal tones (during operation) – Signal tones (in stand-by mode for device malfunction or low

battery levels)

– Metronome function in resuscitation pause

up to 4 data records with a total of a max. 2 hrs. complete ECG and event data

Technical data 41

Data management

– Volume (Level 1 - 4, automatic) – Self test times – Pause time period

Conﬁgurable parameter

– Selected messages on/off – Energy level low/high – Energy protocol constant/rising – Metronome function on/off

Distance from HF telecommunications equipment

Recommended safe distance between mobile HF telecommunications devices

(e.g. mobile telephones) and the MEDUCORE Easy

Nominal output of HF

equipment

in W

0.01 0.04 0.04 0.07

0.1 0.11 0.11 0.22

1 0.35 0.35 0.70

10 1.11 1.11 2.21

100 3.50 3.50 7.00

150kHz - 80MHz 80MHz - 800MHz 800MHz – 2.5GHz

Subject to design modifications.

Safety distance dependent on transmission frequency

in m

42 Technical data

12. Technical Changes

12.1 Device: MEDUCORE Easy

Technical Changes From Device No. Date

ILCOR 2005 1342 13.12.2006

12.2 Software

Technical Changes Software version Date

Adjustment for ILCOR 2005 reanimation procedure

Adjusting the EasyView software for the extended flash memory erase time on the WM 40130 PCB (revision by the manufacturer)

Adjusting the EasyView software for the new languages offered (10 new languages)

Adjusting the EasyView software for the new language editions (1 new language + dummy entry for "other, unknown" languages)

V1.2.2

WM 40192a

V.1.2.3.

WM 40192b

V1.2.4

WM 40192c

V1.2.5

WM 40192d

08.12.2006

21.02.2007

03.07.2007

11.12.2007

Technical Changes 43

13. Protocol

13.1 Repairs and maintenance protocol

Date Signature

Service performed in accordance

with MEDUCORE service instructions

Company

_____________ __________________

Company

Measures / Comments

Date Signature

_____________ __________________

Company

Date Signature

_____________ __________________

Company

Date Signature

_____________ __________________

22525 Hamburg

Device master data Service and repair work carried out in accordance with service instructions

Manufacturer: WEINMANN GmbH +

Co.

44 Protocol

Device type: MEDUCORE Easy

Order No.: ________________________

Date of manufacture: ________________

Safety check - 2 years _______________

Safety check - 4 years _______________

Safety check - 6 years _______________

Safety check - 8 years _______________

Safety check - 10 years _______________

13.2 Test record "Safety related check in accordance with §6 of the MP BetreibV (German Medicinal Products and Users Ordinance)"

WM 40007f, page 1

Certificate

to verify that a safety related check has been carried out

in accordance with §6 of the Medicinal Products and Users Ordinance

Type of device: Defibrillator

Serial-No: __________________________________________________

Manufacturer: WEINMANN GmbH & Co. KG

Device type: MEDUCORE Easy WM 40000 WM 40005

(Manufacturer's designation)

Operator: .................................................................................................

.................................................................................................

Safety related check:

Due date: 2 years

Scope: Verify that the equipment is complete

Visual inspection for mechanical damage

Test of system components

Safety related check as specified in manufacturer's test instructions WM 40006

Note: The safety related check is no substitute for necessary maintenance or the

preventative replacement of wearing parts.

Test result: The device meets the requirements of § 6 of the German Medicinal Products

and Users Ordinance.

Date: QM tester:

_________________ ____________________________

Geräte für Medizin GmbH+Co. KG, P.O. Box 54 02 68, D-22502 Hamburg, Fax +49 40/54 70 24 61, Phone +49 40/54 70 2-0

Protocol 45

WM 40007f, page 2

Test record for safety related check in accordance with § 6 Medicinal Products and Users Ordinance,

based on test instructions WM 40006

Unit: MEDUCORE Easy WM-No.: 40000 40005 Serial-No.: .......………... Date of manufacture:…...................

1. Testing devices

• Deﬁ-Tester Type Fluke QED6H, PC with IrDE interface, Software EasyView, Rechargeable Battery Adapter WM 40008, Rechargeable Battery Pack WM 40150 (completely charged), tool for removing the safety check (STK) sticker

2. Preparations for testing

• Connect MEDUCORE Easy to the testing device

3. Entering the device data

• Entering the above mentioned device data Value OK not OK

4. Checking the device’s self testing

• Device self test is carried out

5. Checking the volume levels

• The speech is clear and with a gradual increase in volume

6. Testing the ECG detection, current input, shock button and shock output

• The ECG ventricular ﬁbrillation is recognized

• The middle charging current is 9 ± 3 A

• The shock button is operational, the shock meets the requirements

7. Checking the procedure display and capacitor discharge

• LEDs belonging to the progress displays: pentagon, triangle, charge and shock button are all lighting correctly

• The capacitor is discharged if the shock is not delivered

8. Check the info button and the reed contact

• The info button is correctly recognised

• The reed contact is switching the device correctly

9. Checking the Status-LEDs

• The status LEDs red, green, and yellow are all lighting correctly

10.Test IrDE interface and the software version

• The interface is functioning correctly

• The software version corresponds to the current release

11.Check maintenance sticker and safety check (STK) sticker

• Maintenance executed

• Maintenance sticker stuck down correctly

• STK sticker stuck down correctly

12.Check the equipment and the accessories (system components)

• Deﬁbrillation electrodes undamaged Attention! The customer should be notiﬁed if the minimum durability falls below 6 months.

• Set, Emergency Meducore Easy WM 15460 complete

• Undamaged rechargeable Battery Pack

• Undamaged Battery Pack

• Capacity (mark wth a cross) ≥ 8 ≤ 15 % > 15 ≤ 50 % >50 %

• Medicinal products book

• Instruction manual

yes no

available yes no

Maintenance executed: yes no Final test executed: ______ _______ __________________

Date Tester-No. Signature

46 Protocol

Weinmann Geräte für Medizin GmbH+Co. KG

P.O. Box 540268 • D-22502 Hamburg Kronsaalsweg 40 • D-22525 Hamburg T: +49-(0)40-5 47 02-0 F: +49-(0)40-5 47 02-461 E: info@weinmann.de www.weinmann.de

Center for Production, Logistics, Service

Weinmann Geräte für Medizin GmbH+Co. KG Siebenstücken 14 D-24558 Henstedt-Ulzburg T: +49-(0)4193-88 91-0 F: +49-(0)4193-88 91-450

WM 16941b- 01.09

Weinmann Meducore Easy Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Introduction

1. Overview

2. Description of Equipment

2.1 Intended use

2.2 Scope of application

2.3 User qualification

2.4 Functional description

3. Cleaning and disinfecting instructions

4. Checking the device

4.1 Testing parts needed

4.2 Preparations for testing

4.3 Entering the device data

4.4 Checking the devices self testing

4.5 Checking the volume levels

4.6 Testing the ECG detection, current input, shock button and shock output

4.7 Checking the procedure display and capacitor discharge

4.8 Checking the info-button and reading contact

4.9 Checking the status LEDs

4.10 Checking the condition of the exterior, the equipment and the accessories

4.11 Checking the IRDA interface and the software version

4.12 Checking the maintenance and safety related check (SRC) stickers

4.13 Preparing a device for dispatch following repair

4.14 Documentation

5. Maintenance

5.1 Intervals

5.2 Check the Battery/Rechargeable Battery.

5.3 Renew maintenance sticker

5.4 Disposal

Device

Disposal of batteries

6. Safety related check according to §6 Medicinal products and Users ordinance

6.1 General

6.2 Execution

6.3 Testing devices

6.4 Replace SRC sticker

6.5 Documentation

7. Malfunctions and Rectification

8. Repair information and repair instructions

8.1 General

8.2 Tools and facilities

8.3 Discharge high voltage capacitor and open up device

8.4 Opening the device

8.5 Exchange the device lids

8.6 Close the device

8.7 Exchanging the capacitor

8.8 Replace the Real Time Clock batteries

8.9 Replacing the main circuit board

8.10 Exchanging pad plug cable

8.11 Exchanging the speaker

8.12 Exchange encasing, upper part

8.13 Exchanging encasing, lower part

9. Replacement parts

10. Tools and testing devices

10.1 General tools

10.2 Special tools

10.3 Software

10.4 Testing devices

11. Technical data

Device

Power supply

Defibrillation/Analysis

Operation/Data management

Distance from HF telecommunications equipment

12. Technical Changes

12.1 Device: MEDUCORE Easy

12.2 Software

13. Protocol

13.1 Repairs and maintenance protocol

13.2 Test record "Safety related check in accordance with §6 of the MP BetreibV (German Medicinal Products and Users Ordinance)"