GE Medical Systems Dash Responder Service Manual

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Dash Responder

Version V 1.0

Servicing Instructions

2004768-001 ENG Revision F

GE Medical Systems Information Technologies

Caution:

During repairs/service interventions, observe the protective measures against damage due to ESD.

• GE Medical Systems Information Technologies GmbH is responsible for the

effects on safety, reliability, and performance of the device, only if

− assembly operations, extensions, readjustments, modifications, or repairs are carried out by GE Medical Systems Information

Technologies GmbH or by persons authorized by GE Medical Systems Information Technologies GmbH,

− the electrical installation of the relevant room complies with the applicable national and local requirements, and

− the instrument is used in accordance with the instructions for use.

• This manual contains service information, operating instructions are provided in

the Operator’s Manual of the instrument.

• This manual is in conformity with the instrument at printing date.

• All rights are reserved for instruments, circuits, techniques, and names appearing in

the manual.

The authorized representative for GE Medical Systems Information Technologies Inc. in Europe is: GE Medical Systems

Information Technologies GmbH

Munzinger Str. 3 D-79111 Freiburg, Germany Tel.+49(0)7614543-0 Fax:+49(0)7614543-233

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1 General Introduction_______________________________________________7 2 General Overview of the Dash Responder ______________________________9

GE Medical Systems Instrument Part Numbers _______________________________9

Configuration of Instrument Part Numbers __________________________________________ 9 Configuration of the PCB Part Numbers ____________________________________________ 9 Instrument status documentation __________________________________________________ 9

Instrument Versions of the Dash Responder __________________________________9

3 General Description_______________________________________________10

Dash Responder Block Diagram ___________________________________________10 Dash Responder Device___________________________________________________10 PCB Analog ____________________________________________________________10

Block Diagram _______________________________________________________________ 10

PCB Digital ____________________________________________________________11

Block Diagram _______________________________________________________________ 11

PCB Power Management _________________________________________________12

Block Diagram _______________________________________________________________ 12

PCB Pacer _____________________________________________________________13

Block Diagram _______________________________________________________________ 13

Battery ________________________________________________________________14 Batteries 2009218-001, 2009219-001 ________________________________________14

Battery conditioning___________________________________________________________ 16 Defective Battery _____________________________________________________________ 17 Battery replacement ___________________________________________________________ 17

4 Service Tool _____________________________________________________18

Software Download Information ___________________________________________18 Installation_____________________________________________________________19 Software Download ______________________________________________________19 Calibration_____________________________________________________________20 Monitor Interface test____________________________________________________21

Installation __________________________________________________________________ 21 Interface Test ________________________________________________________________ 22

5 Service Menu ____________________________________________________23

User configurable settings_________________________________________________23 Structure of the Service Menu _____________________________________________23

6 Replacing PCBs__________________________________________________26

Safety Information for Disassembly ________________________________________26 Disassembly Procedure___________________________________________________26

Opening Unit ________________________________________________________________ 26 Analog PCB _________________________________________________________________ 26 Digital PCB _________________________________________________________________ 28 Pacer PCB __________________________________________________________________ 29 Power Management PCB / Battery Case ___________________________________________ 30 High-Voltage Capacitor ________________________________________________________ 32

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7 Troubleshooting Tips______________________________________________33

Electrostatic Discharge (ESD) _____________________________________________33

CMOS Components ___________________________________________________________ 33 Special Components___________________________________________________________ 33 Battery Failure _______________________________________________________________ 34

8 Error Messages and System Information______________________________36

Messages_______________________________________________________________36 Error Numbers _________________________________________________________37

9 Pin Configuration ________________________________________________38

External Connections ____________________________________________________38

Paddle Input Connector ________________________________________________________ 38 Monitor Connector____________________________________________________________ 39 Battery Connector ____________________________________________________________ 40

Internal Connections_____________________________________________________40

Digital P CB _________________________________________________________________ 40 Analog PCB _________________________________________________________________ 47 Power Management PCB _______________________________________________________ 49 Pacer PCB __________________________________________________________________ 49

10 Technical Specification __________________________________________50

Operating Modes________________________________________________________50 Energy Selection ________________________________________________________50 Defibrillator Charging ___________________________________________________50 Defibrillation Shock _____________________________________________________50 Discharge Circuit________________________________________________________51 Defibrillation Pulse Output _______________________________________________51 Safety Discharge ________________________________________________________51 Test Features ___________________________________________________________51 Synchronization_________________________________________________________52 Pacemaker _____________________________________________________________52 Power Supply___________________________________________________________52 Operational Readiness ___________________________________________________52 Operating Position_______________________________________________________52 Type of Protection_______________________________________________________52 Environment ___________________________________________________________52

Operation ___________________________________________________________________ 52 Transport and Storage _________________________________________________________ 53

Dimensions_____________________________________________________________53 Weight ________________________________________________________________53 Environmental Tests _____________________________________________________53

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11 Maintenance and Technical Inspection _____________________________54

Schedule _______________________________________________________________54 Manufacturer Responsibility ______________________________________________54 Visual Inspection ________________________________________________________54 General Cleaning________________________________________________________54 Checkout Procedures ____________________________________________________55 Testing Equipment ______________________________________________________55 Performance test ________________________________________________________56

Power up test ________________________________________________________________ 56 Key Test ____________________________________________________________________ 56 Display Test _________________________________________________________________ 57 Detection of internal Electrodes__________________________________________________ 57 Discharge and speaker test ______________________________________________________ 57 Pacemaker test _______________________________________________________________ 58 Defib Function Test and Pacer Option Test _________________________________________ 59 Battery conditioning te st _______________________________________________________ 59

12 Electrical Safety Tests ___________________________________________61

Patient (Sink) Leakage Current Test________________________________________62

13 Spare Parts List ________________________________________________64 14 Master Record Index (see Appendix) _______________________________69 15 Circuit Diagrams (see Appendix)___________________________________71

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REFERENCES Reference Document Title

[UM] User Manual for Dash Responder Version 1.0 Rev. A (2002853-002-A) [Lang] Languages of Dash Responder Version 1

Revision History

This manual is subject to the GE Medical Systems Information Technologies change order service. The revision code, a letter that follows the document part number, changes with every update of the manual. The initial version of the manual has the letter A.

Part No. Revision Code Date Comment

2004768-001 V 0.1 2001-03 Draft 2004768-001 Rev. A 2001-05 Release A 2004768-001 Rev. B 2001-07 ECO 067557 2004768-001 Rev C 2001-09 ECO 067925 2004768-001 Rev D 2002-12 ECO 070336 2004768-001 Rev E 2004-01 ECO 075782 2004768-001 Rev F 2005-05 ECO 080823

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1 General Introduction

The Dash Responder is a lightweight, portable defibrillator which must be connected to a Dash 2000 or Dash 3000/4000 patient monitor for operation.

The Dash Responder is available with or without transcutaneous pacer. The Dash Responder is powered from a rechargeable battery which is inserted into t he device. A new

fully charged batter y provides power for approx. 60 shocks with 360 J each or for approx. 5 hours of pacemaker operation at an average pulse rate and pacer output (75 ppm, 100 mA).

The Dash Responder will not operate unless equipped with the battery. The battery charges automatically when the system (patient monitor and Dash Responder) is connected

to the power line and both devices are not turned on. When the devices are on, the battery will charge only when the Dash Responder does not require the full energy for operation the patient monitor is able to deliver.

The Dash 3000/4000 also charges the defibrillator battery when disconnected from power line. A separate, optional charging unit (ASU 3000) is available for battery charging.

1 2 3

T e

s t

Pacer On/Off

Dash Responder

transport defibrillator

Sync.

On/Off Charge

123

Energy Select J (50

Shock

Ω

)Charging Status

Pacer Mode

Pacer Pause

Rate (ppm)

Output (mA)

4 1211109876 135 1514

GE Medical Systems Information Technologies

D-79111 Freiburg

Munzinger Str. 3

Dash Responder

CAUTION

Defib Test 50 Ω

Refer to equipment

manual before

connencting to these connectors

16 17

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1 Button to unlock batter y for removal 2 Monitor connector 3 Locking lever 4 Battery with "Test" button and charge level indication

Sync. button with indicator to enable and disable the synchronized operating mode (when the

synchronized mode is enabled, the indicator is illuminated and goes off with each sync pulse)

6 Charging Status indicator

solid yellow: battery charging solid green: battery charged blinking yellow: charging error (replace battery) flashing green: battery conditioning program active

On/Off button to turn the defibrillator on and off (indicator is illuminated when the device is

turned on)

Energy Select buttons to select the defibrillation energy

Charge button to initiate defibrillator charging

Shock buttons to release the s hock when adhesive or internal electrodes are connected (both

buttons must be pressed simultaneously); the indicator lights up when the defibrillator is charged

Pacer Mode button to select the pacer operating mode (fixed rate, demand)

Pacer Pause button to suspend delivery of pacer pulses (without changing the pacer settings)

Pacer On/Off button with indicator to turn the pacemaker on and off (when the pacemaker is

enabled, the indicator is illuminated and goes off with each delivered pacer pulse)

Output (mA) button to change the pacer output current

Rate (ppm) button to change the pacer rate

16 Contacts for test discharge (possible only with adapter lead for adhesive defibrillation pads) 17 Connector for exchange of the defibrillation electrodes (switch off the device before exchanging

the electrodes!)

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2 General Overview of the Dash Responder

GE Medical Systems Instrument Part Numbers

Configuration of Instrument Part Numbers

The instrument part number comprises of ten digits, the first seven digits determine the instrument type and the last three—separated by a hyphen—the instrument version.

The user language is determined by configuration, thus is no part of the instrument number.

Configuration of the PCB Part Numbers

The number of the PCB is listed on the barcode label. The label can be seen on the PCB without dismounting.

As some PCBs need additional tests before they get delivered as field replacement boards, this boards and assemblies were given separate spare part numbers.

Therefore were special field replacement spare parts are available this need to be ordered (see Spare Parts List on page 64).

The affiliated documentation, e.g. reference diagrams, circuit diagrams and parts lists are listed under the part number of the PCB part number.

Instrument status documentation

Due to hardware and software combination, unambiguous documentation of the instrument assembly status is necessary also in event o f repairs.

Master Record Index

2002550-013 The master record index lists the valid configurations for the Dash Responder. Numbers for all

permissible components of t he device are listed. Spare part numbers are provided where available.

Instrument Versions of the Dash Responder

CAT No Description

2002550-001 DASH RESPONDER, MANUAL 2002550-002 DASH RESPONDER, MANUAL, PACER

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3 General Description

Dash Responder Block Diagram

from / to

Monitor

PCB

Monitor

Interface

Battery

PCB Pacer (device-variant)

Pace Control Security

PCB Battery

Managemet

Battery Managm.Control Charger Deep Discharge Protection Power switches On/Off Circuit

PCB Digital

Device- Control,

FLASH, SRAM, EEPROM,

DC/DC- Converter

PCB Analog

HV Generation HV Control Paddle Interface Shock Form EnergyMeasurement Pacer Interface Security

Test

Discharge

50 Ohm

from / to

Paddles

Module Interface

Keypad Interface

Display-

Interface

Sound-

Interface

PCB Keypad

Keypad

Display

Dash Responder Device

PCB Analog

Block Diagram

The PCB Analog provides the following functions:

• Charging of the High-Voltage Capacitor. The PIC-controllers initiate the charging of the high voltage capacitor to a voltage provided by the main software on the PCB digital. One PIC supervises the other during the charging to make sure, the selected voltage will not be exceeded. In the next charging cycle the PICs change place and the first is supervised by the second.

• Shock delivering and measuring of applied energy. The PIC-controllers initiate the switching of the relais to deliver the energy to the patient according

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to a command sequence of the main software. The energy which was delivered to the patient is measured and the value transfered to the main software.

Block Diagram PCB Analog (2002316-001)

Connectors

HV Generation

Shock Control

Paddle Connector Code Paddle Connector HV PCB Pacer HV Capacitor PCB Power Management

PCB Digital Speaker

PCB Digital

Block Diagram

The PCB Digital provides the following functions:

• Control of all subsystems (Powermanagement, Analog, Pacer).

• Display

The display is connected to the PCB Digital that contains a graphic controller.

• Keypad Any pressed keys are decoded by the PCB Digital and the LEDs on the keypad get illuminated under control of the PCB Digital.

• Sound generation The alarm sounds are generated and amplified on the PCB Digital by a sound chip.

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Block Diagram LPL Digital

Connectors

Status & Control I2C-Bus

Display Keypad Sound

PCB Powermanagement PCB Analog PCB Pacer (BDM)

Display (piggy back) Keypad (flex)

PCB Power Management

Block Diagram

The PCB Powermanagement provides following functions:

• Charging and Conditioning (Discharge / Charge-cycle) of the battery The battery gets charged if it n eeds to be and if energy is provided by a monitor connected to the Dash Responder. The PCB Powermanagement powers the device and guarantees that every remaining energy from the monitor is used to charge the battery, but the drawn current does not exceed the maximum current the monitor is able to deliver. During the conditioning cycle the battery gets fully depleted and afterwards fully recharged to regain the optimal energy level.

• Communication with the battery charge level monitoring system which is integrated in the battery In the service menu the energy level of the battery and the number of conditioning cycles are given.

• Unregulated P ower supply for subsystems The Powermanagement regulates the supply voltage to a value that the battery gets charged if needed and the supply current drawn from the monitor so that the maximum current is not exceeded.

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Block Diagram PCB Power Management

Connectors

Power Supply

Battery Charging/ Conditioning

Monitor PCB Digital PCB Analog

Battery Case

PCB Pacer

Block Diagram

The PCB Pacer provides following functions:

• Generation of floating HV The generated voltage level is sufficient to deliver any selected current level to the highest expectable patient resistance.

• Switched current source for pace pulses The pace pulse current is regulated by means of a programmable current source.

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Block Diagram PCB Pacer

Connectors

Pulse Generation

Pulse Control

PCB Analog

PCB Digital

Battery

The battery in the Dash Responder is a rechargeable NiCd battery with a charge level of 2000 mAh and nominal 12 Volt (10 cells).

The battery contains a charge level monitoring system to measure the remaining charge in the battery. By pressing the key on the battery front the actual charge level can be displayed.

Nevertheless, the displayed charge level provides no information about the quality and usability of the battery. A worn out battery may still possess its capacity but—as a result of an i ncreased internal resistance—is only partially operational in the defibrillator. The batteries should be periodically tested in the ASU 3000.

Batteries 2009219-001

General Information

Rechargeable batteries require special maintenance and continued checks to assure they function in emergency situations. It is normal for batteries of this type to self-discharge, even when the device is switched off or in storage. Furthermore, the battery capacity decreases with age: the storage capacity of older batteries is less than that of new batteries. By regular maintenance (charging and discharging at regular intervals) the battery service life can be considerably extended. Battery type 2009219-001 allows you to determine the charge level and capacity at any time. Furthermore, the LEDs on these batteries indicate

- the presence of a short-circuit (a distinction is made between a short-circuit in the device

(excessive current drain) and a short-circuit between battery cells),

- a display problem,

- the imminent shut-down of the display to protect the battery from over-discharging.

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Indication of charge level and capacity

LED charge capacity key to symbols

Test

100 % 100 % LED off

60 ... 80 % 100 % LED on

40 ... 60 % 100 % LED blinking slowly

20 ... 40 % 100 % LED blinking rapidly

6 ... 20 % 100 %

0 ...6 % 100 %

100 % < 80 %

100 % < 60 %

depleted,

display off

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Indication of short-circuit

LED what it means comment

short-circuit i n the device disconnect battery fro m device

short-circuit of battery cells battery defect, battery cannot be used any more

Fault indication

LED what it means comment

electronics fault perform rese t; if problem persists, battery

Perform reset

cannot be used any more

Test

For a reset, the TEST button needs to be pressed longer than 10 seconds. It is recommended to perform a reset each time a fault is indicated. If the fault indication persists, the battery is defective and cannot be used any more.

> 10 s

Automatic shut-dow n of the display ( protection from deep discharging)

To protect the battery from deep discharging, the display shuts down automatically. The imminent shut-down is indicated by running lights, with each of the 5 LEDs blinking in sequence for about 1 second. The display reactivates automatically when the battery is being charged.

Battery conditioning

The battery should be conditioned with the internal battery conditioning program or with the optional battery charging unit ASU 3000 every month. As t he ASU 3000 is a specially designed battery charging unit that has a definite conditioning mechanism, it is advisable to use it to condition the battery. Furthermore the conditioning cycle will last about twenty-one hours if performed in the defibrillator and only five hours in the ASU 3000.

NOTE

Since the battery will be discharged in the course of the program and the program takes several hours to complete, a second charged battery must be available to ensure that the defibrillator is ready for use.

The conditioning program can only be run when the defibrillator is connected to the patient monitor and the monitor, in turn, is connected to the power line.

Start of Conditioning

• Connect the monitor-defibrillator system to the power line.

• Turn the defibrillator on.

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• Display the main setup menu by simultaneously pressing the two E

NERGY SELECT keys (at least 2

seconds).

• Use the E

HARGE key.

The S

ERVICE MODE menu appears.

• Select B

NERGY SELECT key to highlight SERVICE MODE and confirm the selection with the

ATT COND with ENERGY SELECT key and confirm with CHARGE key.

You will see the battery conditioning menu.

• Select C

OND START with ENERGY SELECT key and initiate the conditioning program with CHARGE

key.

These are the steps of the conditioning program:

the Dash Responder switches off, the battery charges (up to about seven hours, depending on the initial energy level), the green

LED blinks, the yellow LED is solid on the battery discharges (seven hours), the green LED blinks, the yellow LED is off the battery charges (about seven hours), the green LED blinks, the yellow LED is solid on

The two C

HARGINGSTATUS indicators signal the steps of the conditioning program:

green LED yellow LED conditioning program step

blinks on battery charging

blinks off battery discharging

blinks blinks charging error (defective

battery)

In the course of the program you can display the battery conditioning menu at any time to view the battery status or to stop the program.

• Turn on the defibrillator to display the battery conditioning menu.

The battery status is not updated automatically when the battery conditioning menu is displayed; for displaying a new status leave and enter again the conditioning menu.

Defective Battery

As soon as the battery quality (“F/NEW”) drops to 60% or less, the battery must be replaced by a new one.

Battery replacement

NiCd batteries have a limited service life time as their storage capacity deteriorates with age. For this reason, the battery must be replaced every 2 years.

Note

Disposal Notice: Should this product (battery) become damaged beyond repair, or for some reason its useful life is considered to be at an end, please observe all local, state, and federal regulation that relate to the disposal of products that contain lead, batteries, plastics, etc.

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4 Service Tool

This Service Tool is suitable for testing of the Dash Responder and Dash Monitor separately, further for software download and calibration of the Dash Responder.

Software Download Information

The product software for the Dash Responder can be loaded into the flash memory by means of a PC or laptop. This requires the Dash Responder Service kit, a complete set for download, calibration and test.

The kit (2006861-001) can be ordered from GE Medical Systems, please contact your local distributor; it includes

1. software diskette,

2. DRST-Box (2005378-001) for adaptation,

3. DCpower supply (2000300-001),

4. PC cable assembly (223 362 03).

Additional you need

• power cord for the power supply

• PC/laptop with

• Microsoft Windows 95 / 98 / NT / Windows 2000 or W indows Millennium.

• RS-232C serial port (COM).

• 3.5-inch floppy drive

When updating to a newer software version, please order the corresponding User Manual separately. (see Spare Parts List on page 64)

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For authorized dealers (password required) the software download can be carried out via the following Internet address:

http://213.164.65.40/octodata/osmh21.nsf/$start/homepage

Important servicing information:

1. Before loading a new software write down the actua l device, defib and pacer setup (see User configurable settings on page 23).

2. After replacing any of the PCBs’, energy calibration has to be done. (For more details see Section Calibration on page 20).

Installation

1. Create a directory on your hard disk (e.g., stools) and copy the service program 'drst.exe' into this directory as well as the software file(s) (*.hex) for the p roduct software.

2. Attach the DRST-Box to the Dash Responder instead of a Dash Monitor.

3. Connect the power supply and the serial cable to the DRST-Box. The other end of the serial cable should fit into a free COM-port of your PC. You may need a standard 9pin/25pin adapter if the PC has a 25-pin socket COM.

4. The application software for the Dash Responder comes on a separate floppy disk.

Software Download

1. The product software must be available in the same directory as 'DRST.exe'.

2. Check at the DRST-Box that

• the LED P

• the Switch '9-18V' is ON.

3. Read out all user specific setup and write it down (see User configurable settings on page 23).

Start the Bootloader following these steps

• Switch off the defib

• Hold down the C

• Press and release the O

• Release the C

LED are blinking alternately.

• Start 'DRST.exe' on the PC and select the serial interface (COM 1…4) you chose to

connect the Das h Responder. If the connection is correct, ‘R

4. Nowselect the desired software in the download window (*.hex) and click on ‘D After successful installation of the software (duration about 3 minutes), the message ‘E

DOWNLOAD

5. Enter the previous setup (see User configurable settings on page 23).

ERIPRESENT is ON and

HARGE and left SHOCK key simultaneously.

N/OFF key.

HARGE and the left SHOCK keys simultaneously when the SYNC LED and SHOCK

ESPONDER FOUND’ is displayed.

OWNLOAD’.

’ appears in the bottom line of the service tool window. The Dash Responder restarts.

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Calibration

The accuracy of the shock energy measurement needs to be checked on a regular basis (see Maintenance and Technical Inspection on page 54) and after any replacements of PCBs or update of the software.

CAUTION

No more than 16 shocks can be applied without a pause of about 15 minutes afterwards to avoid overheating of the device!

Check the current calibration first: Apply two shocks with each 50 J, 100 J and 360 J to a calibrated defibtester (e.g. DNI Nevada Inc.). If

any of the delivered energy values deviates for more than ± 5% from the chosen value calibration is required.

The calibration p rocedure requires

• Dash Responder Service kit (2006861-001)

• PC/Laptop

• calibrated defibtester with energy display (e.g. DNI Nevada Inc.)

• hard paddles or the adapter cable for the adhesive paddles which are suitable for the used

defibtester.

NOTE

The charge level of the battery should be sufficient for several shocks.

The following steps describe how to calibrate the Dash Responder

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(

)

Information Technologies

1. Connect the DRST-Box to the Dash Responder and the PC (COM 1 - 4).

Check at the DRST-Box that

• the LED 'P

ERIPRESENT'isONand

• the Switch '9-18V' is OFF for software version V 1.0

• the Switch '9-18 V' is ON for software version V1.01 and higher versions

2. Switch ON the defib. Enter MAIN MENU by pressing both E S

ERVICE MODE -> SERVICE TOOLS -> CALIBR.

NERGY SELECTkeys simultaneously for 2 sec. Select

3. Start the program 'DRST.exe' on the PC, select the 'Calibration' sheet and the serial interface you chose to connect the Dash Responder. If the connection is correct, ‘D

ASH RESPONDER FOUND’

is displayed.

4. Now deliver a 360 J shock into the defibtester.

It is important to shock immediately after charging (sound indicator)!

5. Read the measured energy value from t he defibtester, calculate

_360

valuenew

valueenergyJ

and enter the calculated new_value into the window ‘MEASURED ENERGY’nexttothe ‘C

ALIBRATE’keyandclickonthe‘CALIBRATE’ key. The message ‘WAITING FOR SECOND SHOCK’

appears.

6. The 2

shock is now delivered to the defibtester, then the energy calculated as above has to be entered into the window ‘M by the Dash Responder by clicking on the ‘C

EASURED ENERGY’nexttothe‘CALIBRATE’ key. This value is adopted

ALIBRATE’ key. The message ‘START CALIBRATION’

appears for approx. 1 seconds followed by the message ‘E

ND CALIBRATION’.

7. Exit S

ERVICE MODE:

Select E

XIT CALIBR ->MAIN MENU

IMPORTANT NOTE

Select SAVE &EXIT if you want to save the calibration values or E

XIT for not changing the calibration.

8. Restart the defib with the ON/OFF key.

CAUTION

If calibration should not be possible (defibrillator does not charge up) due to an incorrect entry (message ‘I

NCORRECT CALIBRATION FACTOR ...’ occurs), press the reset button and repeat the

calibration.

Evaluate the results of the calibration with energy levels of 50 J, 100 J and 360 J.. The accuracy levels that must be gained are listed in the table Accuracy of Shock Energy on page 57.

Monitor Interface test

The Monitor Interface can be tested without a Monitor (if not available or not read y) using the service tool kit Dash and a PC/Laptop (see Software Download Information on page 18).

Installation

1. Create a directory on your hard disk and copy the service program 'DRTest.exe' into this directory.

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2. Attach the DRST-Box to the Dash Responder instead of a Dash Monitor.

Interface Test

Switch off the Dash Responder.

• Start the test by executing 'DRTest.exe'.

Follow the steps in the instruction window.

NOTE

The pushbuttons 'MONITOR POWER'and'START COMMUNICATION TEST' are on the right side of the window.

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5 Service Menu

The SERVICE MENU can be reached by pressing the ENERGY SELECT keys simultaneously for at least two seconds.

User configurable settings

Some settings of the Dash Responder are configurable to meet the user’s requirements. The settings can be made in the Service Menu and comprise following values:

• Volume of the alarm sound S

ERVICE MODE /DEVICE SETUP /ALARM <LOW |MEDIUM |HIGH>

• Automatic shutdown S

ERVICE MODE /DEVICE SETUP /SHUTD <ON |OFF>

• User Language S

ERVICE MODE /DEVICE SETUP /LANGUAGE <ENGLISH |DEUTSCH |…>

• Autosequence of defib shocks

ERVICE MODE /DEFIB SETUP /LEVEL1 <150 J | 200J | 300 J | 360 J>

S S

ERVICE MODE /DEFIB SETUP /LEVEL2 <150 J | 200J | 300 J | 360 J>

ERVICE MODE /DEFIB SETUP /LEVEL3 <150 J | 200J | 300 J | 360 J>

• Pacer Rate

ERVICE MODE /PACER SETUP /RATE < 30 … 200 PPM>

Component Test Service Mode / Comp Test

Keyboard Test S

ERVICE MODE /COMP TEST /KEY TEST

Press the keys for at least one second

Structure of the Service Menu

Main Service Menu

DEVICE

SETUP

SERVICE

MODE

Device Setup

EFIB

D SETUP

SETUP

XIT SAVE &

ACER

XIT

MAIN

SHUTD <OFF>

ISPLAY

SETUP

ANG

UAGE

LARM

A <LOW>

ACT

SETT

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Defib Autosequence Setup

MAIN

LEVEL1

<200J>

Pacer Setup

MAIN

Service Mode

MAIN

LEVEL2 <200J>

ATE:

<60PPM>

LEVEL3 <360J>

BATT

COND

ERVICE

TOOLS

OMP

TEST

Display Setup

MAIN

CKLIT:

∇ ∆

CONTR:

∇ ∆

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Language Setup

∆

∇

Battery Conditioning

NGLISH

DEUTSCH

FRANÇAIS

NEDERLANDS

ITALIANO ESPAÑOL SVENSKA

MAIN

COND

START

Service Tools

MAIN

Component Test

FULL <2346mAh> R

EM <2240mAh>

F/N

OWNLD

EW <122%>

OND <1>

S/W

ALIBR

MAIN

LCD TEST

TEST

P FILE

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6 Replacing PCBs

Safety Information for Disassembly

Please observe the following safety information when disassembling the defibrillator. All PCBs contain semiconductors which must be protected from electrostatic discharge. When

working on open devices and when handling PCBs, it is important to observe ESD safety precautions. Please read also the paragraph Electrostatic Discharge (ESD) on page 33. It is especially important that service personnel always establish contact between the PCB and ground before touching a component.

Use the following ESD protection guidelines when working on an open defibrillator or when handling PCBs.

• Use an ESD protective underlay connected to a non-fused earth conductor potential.

• Connect yourself to the ESD protective underlay via an armband.

• Use an ESD protective travel bag to transport PCBs.

The following tools may be required for disassembling the unit:

• Goose-necked tweezers

• Phillips Screwdriver, Type “Phillips-recess” sizes 0, 1 and 2

• Swivel wrench 7 mm for hexagonal spacers

• ESD packaging for PCBs

• ESD underlay with armband

NOTE

The Checkout Procedures and Electrical Safety Tests must be performed each time the device has been opened, a circuit board is removed or replaced.

Disassembly Procedure

Before any service interventions, turn off the device and remove the battery.

Opening Unit

To open the unit, do the following:

• Lay the defibrillator upside down on a clean, level surface (ESD pad) which is placed on a soft material.

• Undo the 4 buried screws on the bottom beneath the feet of the device to dismount the upper and the lower shell of the case.

• Turn the device upright again and lift off the upper shell of the case. This can be done by lifting the shell at the back by a small amount and pull it to the front until the front shell disconnects from the lower shell. Then turn the upper shell to the right and thereby open the device.

• Disconnect the connectors of the Analog PCB and the Pacer PCB.

Analog PCB

Disassembling

• Disconnect the two connectors to the paddle connector on the rear of the unit. One connector (PC/) is located at the left side of the air coil (L506) the other one (SHOCK_P/, SHOCK_M/) is

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located at the right side of the coil. SHOCK_P/ and SHOCK_M/ should first be lifted with a goose-necked tweezers to loosen them and afterwards disconnected.

• Disconnect the connectors to the HV-Capacitor.

CAUTION

Short circuit the capacitor as long as it is not in use, because it can show up a lethal voltage after a certain amount of time if not short circuited.

• Cut the two cable ties that fix the HV-Capacitor and remove the Capacitor.

• Undo the seven screws on the Analog PCB. Remember that the two screws that mount the air coil

are a little bit longer than the others.

• Remove the Analog PCB and put in a ESD packing.

CAUTION

Don’t handle the Analog PCB on the air coil (L506), otherwise its thin wires could break.

Reassembling

• To reassemble the Analog PCB follow the steps mentioned in the assembling description in reverse order.

• Remember the two screws fixing the air coil are a little bit longer than the other five that fix the PCB.

• When reassembling the HV-Capacitor make sure the insulation foil is properly placed. The foil has to be wrapped around the capacitor so that the joint is located in the middle of the lower side of the capacitor.

• Fasten the capacitor on the bracket with two cable ties (360mm * 7,5mm).

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Digital PCB

Disassembling

NOTE

The Power Management PCB / Battery Case and the Pacer PCB have to be removed before removing the Digital PCB (see disassembly procedure for Power Management PCB / Battery Case on page 30 and disassembly procedure for Pacer PCB on page 29). Otherwise no access to all screws is possible.

• Undo the big screws to dismount the front from the upper case shell.

• Disconnect the flex flat cable to the keypad. Be careful not to crack the flex cable!

• Undo the screw of the Digital PCB to remove the PCB.

• The display can be removed from the Digital PCB and replaced by a new one.

Reassembling

• Connect the Digital PCB with the front case shell by inserting the pins of the display connector in the socket on the Digital PCB. Be careful not to bend any of the pins.

• FixthePCBwithitsthreescrews.

• Connect the flex flat cable to the keypad. This can best be done with a goose-necked tweezers.

Make sure to fasten the actuator properly.

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Pacer PCB

Disassembling

CAUTION

Wait a few minutes before dismounting the Pacer after it has been in use, because it can hold a harmful voltage for several minutes.

• Disconnect all connectors to the Pacer PCB.

• Undo the two screws that fix the Pacer PCB to the upper case shell.

• Undo the two screws that fix the Power Management PCB to the upper case shell near the Pacer

PCB.

• Undo the two screws that fix the battery case as well as the Pacer PCB to the case shell.

• Lift up the battery case from the upper shell of the case and pull out the Pacer PCB under the

battery case.

Reassembling

• First remove the four screws that fix the battery case / Power Management PCB to the upper case shell on the back of the battery case.

• Loosen the scre w that fix the battery case to the upper case shell that is located beneath the unlock button of the battery. This screw also fixes the EMC-foil of the Power Management PCB to the upper case shell.

• Reach into the battery case with one hand and lift it at its back so that the Pacer PCB can be pushed under the bolts of the battery case.

• Mount the Pacer PCB with the screws to the upper case shell.

• Remount and fasten the screws of the Power Management PCB.

• Connect the flat ribbon cable from Digital PCB to Pacer PCB.

• Make sure the flex flat cable of the monitor connector receptacle didn’t get loose during mounting

the Pacer PCB. Reconnect and fasten it if necessary.

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Power Management PCB / Battery Case

Disassembling

• To dismount the Power Management PCB the monitor connector receptacle must b e removed first.

• Carefully disconnect the flat flex cable to the monitor connector. The flat flex cable is locked in

the socket. Loose this actuator by lifting it on both sides with a goose-necked t weezers. Don’t bend the cable to avoid cracks in the wires!

• Undo the screw that fix the monitor connector receptacle to the upper case s hell. Carefully remember the orientation o f the flat flex cable versus the receptacle. Pay attention to the orientation of the contacts on the flex flat cable in regard of the socket on the Power Management PCB. The contacts are located on the side which is opposite to the battery case. In this orientation the cable must be reassembled later.

• Remove the monitor connector receptacle.

• Disconnect the cable to the Analog PCB and the flat ribbon cable to the Digital PCB.

• Undo the screws of the battery case and the hexagonal threaded bolt. Undo the three countersunk

screws on the front of the battery case. Remember the different lengths of the screws.

• Remove the whole battery case with the Power Management PCB mounted on it.

• The Power Management PCB can not be removed from the battery case. The spare part consists of

the Power Management PCB mounted on a new battery case.

Reassembling

NOTE

Before reassembling the Power Management PCB the Digital PCB should be reassembled.

• To reassemble the Power Management PCB the monitor connector receptacle has to be reassembled first.

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• Put the receptacle through the hole in the upper case shell. Make sure that the orientation of the receptacle is right. The flex flat cable has to protrude out of the rubber part of the receptacle on the side located to the back of the upper case shell. Regard the notch in the joint between the rubber part of the receptacle and the (outer) plastic part. This notch has to be located to the back side of the upper case shell. Fix the monitor connector receptacle with the screws.

• The flat flex cable should be placed in the socket on the P ower Management PCB before reassembling the Power Management PCB to the device. Make sure that the flex flat cable is inserted completely and perpendicular to the socket. Secure it by fasten the actuator.

• Carefully push the battery case into its place in the upper case shell. Make sure the rubber seal around the opening of the battery case gets located in the frame properly. Be careful that the flex flat cable doesn’t get cracked.

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High-Voltage Capacitor

Disassembling

CAUTION

Short circuit the capacitor as long as it is not in use, because it can show up a lethal voltage after a certain amount of time if not short circuited.

• Make sure that the HV-Capacitor contains no energy. If you are in doubt, that the discharging circuit could not work properly, measure the voltage on the capacitor with an appropriate voltage meter. Discharge the capacitor if necessary by means of resistors of about 60kOhms/10 W. After 30 seconds capacitor is completely discharged.

• Cut the two cable ties that fix the HV-Capacitor and remove the Capacitor.

• Lift the capacitor of its sockets and remove the cap that cover the connector terminals at the top

and the cap that covers the bottom of the capacitor.

• Disconnect the connectors from the capacitor.

• Remove the plastic insulation foil.

• Short-circuit the terminals of the capacitor by an appropriate blank wire. (Hint: Use the wire that

short-circuits the replacement capacitor for this purpose.)

Reassembling

• Remove the short-circuit wire on the terminals of the replacement capacitor.

• Wrap the insulation foil around the capacitor so that the edge of the foil is placed in the middle of

the side of the negative (‘-‘) terminal of the capacitor and the end of the foil coincides with the bottom of the capacitor.

• Put the cap on the bottom of the capacitor.

• Connect the wires to the capacitor; use the inner terminals. Beware the polarity!

• Put the cap on the top of the capacitor to cover the connection terminals.

• Thread new cable ties in the sockets for the capacitor.

• Put the capacitor on the sockets in the Dash Responder and fix it with the cable ties.

CAUTION

Check that the Dash Responder is loaded with minimum Software Version 1.01

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7 Troubleshooting Tips

Electrostatic Discharge (ESD)

CMOS Components

The defibrillator makes extensive use of CMOS components because they are more immune to noise and consume less power than standard TTL or NMOS components. However, CMOS components are inherently more susceptible to electrostatic discharge ( ESD) damage than other types of semiconductor materials. ESD damage, causing a weakening or complete breakdown of p-n junctions within multilayer semiconductor substrates, can range from slight degradation to catastrophic failure. Slight degradation usually results in intermittent failure of the affected component catastrophic failure results in rendering the affected component permanently unusable. Although CMOS components may be more sensitive to ESD, all semiconductor devices are susceptible to ESD damage.

All external connector inputs and outputs of the defibrillator are designed with protection from ESD damage. Ho wever, if the defibrillator requires service, exposed components and assemblies contained within are susceptible to ESD damage. This includes human hands, non-ESD protected work stations and/or improperly grounded test equipment.

The following guidelines help make a service workstation more resistant to the ESD damage:

• Discharge any static charge you may have built up before handling semiconductors or assemblies containing semiconductors.

• A grounded, antistatic wristband (3M part number 2046 or equivalent) or heel strap should be worn at all times while handling or repairing assemblies containing semiconductors.

• Use properly grounded soldering and test equipment.

• Use a static-free work surface (3M part number 8210 or equivalent) while handling or working on

assemblies containing semiconductors.

• Do not remove semiconductors or assemblies containing semiconductors from antistatic containers (Velo-stat bags) u ntil absolutely necessary.

• Make sure power to an assembly is turned off before re moving or inserting a se miconductor.

• Do not slide semiconductors or electrical/electronic assemblies across any surface.

• Do not touch semiconductor leads unless absolutely necessary.

Semiconductors and electrical/electronic assemblies should be stored only in antistatic bags or boxes. These guidelines may not guarantee a 100% static-free workstation, but can greatly reduce the potential

for failure of any electrical/electronic assemblies being serviced.

Special Components

Surface mounted devices are used to aid in miniaturizing the electrical/electronic assemblies within the defibrillator.

Surface mounted integrated circuits have legs that are soldered to rectangular pads on the surface of the printed circuit board (PCB), versus pin-through devices having legs that are made to be inserted into solder fillets protruding completely through a PCB. Surface mounted integrated circuits (ICs, SMD, PLCC) may have legs on either two or four sides of the IC. Another surface mounted technology are Ball Grid Array ICs (BGA) using soldering balls as electrical connections on the bottom of the components.

Surface mounted resistors, capacitors, and diodes have conductive parts acting as legs that are directly soldered to the PCB.

WARNING

Surface mounted components were not designed to b e removed or replaced using standard soldering equipment. Removal of surface mounted components using a conventional soldering iron can

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potentially destroy the PCB. Only soldering workstations specifically designed for surface mount technology may be used to remove and replace these type of components.

Battery Failure

Error Message: Battery Required

The Battery can not be detected by t he defibrillator or is not properly inserted. Check the battery contacts and the contacts of the battery case of the defibrillator.

Error Message: Battery Low

The battery is depleted to a remaining charge le vel of at least 5 Shocks with 360 J each. The battery can be charged in the defibrillator if a monitor is connected which, in turn, is connected to mains power. Another way to charge the battery is b y the optional battery charging unit ASU 3000.

Charge level and battery status

The actual charge level and the “health” condition of the battery can be checked in the Setup Menu. (S

ERVICE MODE /BATT COND).

The indication of the “F it is fully charged.

The indication of the “R The indication of the quotient “F/N

maximal chargeable amount of energy that this battery can hold compared with the nominal capacity of a typical, already used battery. Therefore this indication can read a number greater than 100% because a new battery has a capacity higher than the nominal value.

A battery with less than 60% “F/N conditioning on page 16.

ULL” charge level in mAh gives the maximum charge level of the battery when

EM”chargelevelinmAhgivestheactualchargelevelofthebattery.

EW” gives a hint of the “health status” of the battery as it states the

EW” charge level must be replaced. See also chapter Battery

Charging Status Indicator

The ChargingStatus Indicators are:

• solid yellow while the battery is being charged

• solid green when the battery is charged

• blinking yellow when there is a charging problem

In case of a charging problem most probably the battery is defect and must be replaced.

Fault/Symptom Analysis

This information is provided for the benefit of service tec hnicians responsible for the maintenance and repair of the monitor. The symptoms covered in this part of the Troubleshooting section represent only a selected number of faults that you may encounter and by no means are intended to cover ever y possible failure that may occur.

A systematic approach to the diagnosis of problems as well as a general understanding of the architecture, both hardware and software, of the defibrillator are essential to ensure successful troubleshooting of this device. The manufacturer recommends formal service training before repairs are attempted on the defibrillator. The Service Tips listed below combined with formal training should provide the service technician with skills necessary to service and repair a defibrillator, in the event of a malfunction.

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Fault Reason Solution

The message ERROR <#> occurs during selftest

Charging Status LED is not illuminated when Monitor is connected to the defibrillator

An error was detected during test of internal parts of the device.

No power supply provided from monitor to defibrillator.

Consider the table of error numbers on page 37 to get an idea of the error cause. Try to resolve the error or replace the PCB

Connect the monitor to mains power line.

Check if the monitor is properly placed on top of the defibrillator and the lever is engaged.

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8 Error Messages and System Information

Messages

Overall Device Message Explanation

SHUTDOWN message before the device switches off auto-

matically BATTERY REQUIRED no battery inserted DEVICE ERROR <#>

WITCH OFF

TRY AGAIN

Defibrillator Message Explanation

APPLY ELECTRODES electrodes disconnected BATTERY LOW Battery is partly depleted, 5 shocks with 360 J

CONNECT DEFIBELECTRODES no defibrillation electrode connector plugged into

ENERGY HIGH The charged energy is higher than the chosen

ENERGY LOW The charged energy didn’t reach the chosen level;

LEADSFAIL/NO SYNC ECG lead failure at monitor, synchronized

NO COMM/NO SYNC No communication with monitor, synchronized

NO MONITOR/NO SYNC monitor not ready, synchronized defibrillation not

Internal Device error, device should not be u sed.

Error number is a hint to the cause of the error.

ForErrornumbersseepage37

each can still be triggered

the device

level; shock possible with the charged energy

shock possible with the charged energy

defibrillation not possible

possible TELEMETRY/NO SYNC patient monitor receives ECG via telemetry; due

to the long delay, this signal is not suitable for

synchronization (Combo mode)

Pacemaker Message Explanation

APPLY ELECTRODES excessive contact impedance at the defibrillation

electrodes PACER ACTIVE user tries to turn off the defibrillator while

pacemaker is still in operation PACER ERROR internal pacemaker problem PADS REQUIRED no pads are applied when pacemaker is turned on

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Error Numbers

Error numbers displayed after device was switched on.

Error

Number

1 Unresolved exception in program 2 Internal RAM 3 External RAM 4 Keyboard; key pressed during device start 5 Bootloader Flash RAM 6 Program code Flash RAM 7 EEPROM

11 Failure of Internal Discharge; Caution: Risk of

high voltage on HV-Capacitor

12 Failure of high voltage control (PIC problem)

Explanation

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9 Pin Configuration

External Connections

Paddle Input Connector

Paddle Connector

Name Description I/O-Type Level

PC4 Paddle coding I 5V L 1

GND Ground - 0V - 2

PC6 Paddle coding I 5V L 3

HP_CHARGE Charge key on external paddle I 5V L 4

HP_DISCHARGE

PC5 Paddle coding I 5V L 6

HV STERNUM Shock_P O 5000V H 7

HV APEX Shock_M O 5000V H 8

The following table shows the connections internal in the different paddle types that provide the coding of the type. Shown are the connections that exist between two pins in each case.

For example softpaddles are coded via a connection between pin PC/4 and PC/5. Internal electrodes without spoons are coded via a connection from PC/5 to PC/6 and a connection either directly or via resistor (4.75 kiloohms) from PC/4 to PC/5.

PC/3 PC/4 PC/5 PC/6

|_______| Softpaddles 919 202 94/95

Discharge key on external paddle

no paddles

(223 383 01)

I5V

active

Pin Nr.

|_(4k75)_| |______| internal electrodes

(without spoons) (217 308 01)

|______| paddle pair for external defibrillation with operating keys

(d)/(e) (217 333 01/02)

|_______| electrodes anterior/posterior (217 329 01)

|_(4k75)_| internal spoons with operating keys

|_____________| (not available yet)

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Monitor Connector

Described in the following table are the signals that are used by the Dash Responder; additional signal on the "Dash Hardware Peripheral Expansion Interface", which are not used for the Dash Responder are shaded.

DASH MONITOR HARDWARE INTERFACE

Name Description I/O-Type Level

GND Ground - 0V - 1

+9TO18VM

Switched +9-18V

PER_MARKER_O

PER_ENET_PRES

ENT*

PER_ENET_TXD-

PER_ENET_RXD-

PER_ENET_TXD+

PER_ENET_RXD+

PER_AUTOPORT

_ID_RXD

PER_PRESENT_

PER_PRESENT*

PER_ASYNC_RX

PER_ASYNC_TX

PACER_BLANK_

TC_PACER_BLAN

PER_AUTOPORT

_ID_TXD

PER_AUTOPORT

_RXD

PER_AUTOPORT

_TXD

SWITCHED +5V power supply from Monitor I +5V - 17

GND Ground - 0V - 18

Power Supply from Monitor I +9...18V

Sync pulse to Defibrillator I TTL By this signal the Monitor

switches the Ethernet lines of the docking station.

switched Ethernet Transmit line -

switched Ethernet Receive line

switched Ethernet Transmit

line + switched Ethernet Receive line

+ Autoport ID receive O TTL This outport must be switched

to GND, then the monitor switches the power supply to the defib

Asynchronous communication transmit to Monitor (Idle State is HI, Startbit is LOW)

Asynchronous communication transmit to defib (Idle State is HI, Startbit is LOW)

Signal tells the monitor that an pacemaker pulse was delivered.

Autoport ID transmit I TTL

Receive data from peripheral O TTL

Transmit data to peripheral I TTL

O 0V

I TTL

O TTL

I TTL

O TTL

OTTL

ITTL

OTTL

active

-2

L 4

- 5

- 6

- 7

- 8

- 9

L10

L11

L12

L13

- 14

- 15

- 16

Pin Nr.

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Battery Connector

BATTERY HARDWARE INTERFACE

Name Description I/O-Type Level active Pin

+12VBAT Supply Voltage from Nickel

Cadmium Battery Pack

BAT_CONN_ Battery-Pack present

(Connection to GND)

BQ_DQ Data/Controlbus from Battery-

Pack

BATT_EMPTY Battery-Pack empty (FET to

GND is switched on, as long as the Battery voltage is greater than 10 V)

GND Ground - 0V - 8, 9, 10

I/O

+12Vnom - 1, 2, 3

OC L 7

TTL L 5

OC H 4

Internal Connections

Digital PCB

Nr.

Analog PCB

Connector Name DEFI/

Interface PCB Analog to PCB Digital / Connector DEFI

Name Description I/O Level Active Pin

VCC Supply Voltage - +5V - 1 GND Ground - 0V - 2

SDA I²C- Datasignal I/O TTL - 3

GND Ground - 0V - 4

SCL I²C-Clocksignal I/O TTL - 5

GND Ground - 0V - 6

KB_CHARGE Keyboard key line CHARGE O TTL H 7

GND Ground - 0V - 8

KB_DISCHARGE Keyboard key line SHOCK O TTL H 9

GND Ground - 0V - 10

HP_CHARGE Hardpaddle key line CHARGE I TTL H 11

GND Ground - 0V - 12

HP_DISCHARGE Hardpaddle key line SHOCK I TTL H 13

GND Ground - 0V - 14

EN_ SHOCKA Enable Defishock to PIC_A O TTL H 15

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Interface PCB Analog to PCB Digital / Connector DEFI

Name Description I/O Level Active Pin

GND Ground - 0V - 16

EN_SHOCKB Enable Defishock to PIC_B O TTL H 17

(code) n. c. 18

A_DATA Request line from PIC_A I TTL H 19

GND Ground - 0V - 20

B_DATA Request line from PIC_B I TTL H 21

GND Ground - 0V - 22

DEFI_RESET Reset O TTL H 23

GND Ground - 0V - 24

SPEAKER1 Speaker line 1 - - - 25

SPEAKER2 Speaker line 2 - - - 26

Display Interface

Connector Name DISPLAY/

Interface Display to PCB Digital

Name Description I/O Level active Pin

GND Ground - 0V - 1 VCC Power supply for Logic Circuit - +5V - 2

V0 Power supply for LCD - +1V to –

ADR0 L=Instruction, H=Data I TTL H 4 CS_DISPL1_ Chip Select1 I TTL L 5 CS_DISPL2_ Chip Select2 I TTL L 6

DISPL_EN Display Enable I TTL H 7

PWM_DISPCLK External Clock (2kHz) I TTL - 8

R/W_ Read/Write_ I TTL H/L 9

-3

IO_DAT0 Data Bus0 I/O TTL - 10 IO_DAT1 Data Bus1 I/O TTL - 11 IO_DAT2 Data Bus2 I/O TTL - 12 IO_DAT3 Data Bus3 I/O TTL - 13 IO_DAT4 Data Bus4 I/O TTL - 14 IO_DAT5 Data Bus5 I/O TTL - 15

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Interface Display to PCB Digital

Name Description I/O Level active Pin

IO_DAT6 Data Bus6 I/O TTL - 16 IO_DAT7 Data Bus7 I/O TTL - 17

CPLD_RESET_ Reset I TTL L 18

VLED1 Power supply for LED Anode - +5V - 19 VLED2 Power supply for LED Cathode - 0 to +5V - 20

Keypad Interface

Connector Name KEYPAD/

Interface Keypad to PCB Digital

Name Description I/O Level Active PIN-

Nr.

KB_SEL0_ Matrix-Send line 0 O TTL L 10

KB_SEL1_ Matrix-Send line 1 O TTL L 9

KBSEL2_ Matrix-Send line 2 O TTL L 15

KBSEL3_ Matrix-Send line 3 (not used) O TTL L 13

KB_IN0_ Matrix-Receive line 0 I TTL L 12

KB_IN1_ Matrix- Receive line 1 I TTL L 8

KB_IN2_ Matrix- Receive line 2 I TTL L 11

KB_IN3_ Matrix- Receive line 3 I TTL L 14

KB_POWER_ON_ Key POWER ON ICMOS

+18V

KB_CHARGE_UB Key CHARGE I+5VH3

KB_DISCHARGE1

_UB

POWER_ON_LED O +5V H 20

BATT_GN_LED Green LED is illuminated if

Key SHOCK1I+5VH7

O+5VH1 Battery full (LED connected to GND)

L19

BATT_YE_LED Yellow LED is illuminated

when Battery is being charged, it blinks yellow when battery charging function is defect or disturbed (LED is connected to GND)

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Interface Keypad to PCB Digital

Name Description I/O Level Active PIN-

Nr.

SYNC_LED_ LED is illuminated in Sync

Mode and blinks during each Sync pulse

CHARGED_LED_ LED is illuminated when

selected energy has been charged

PACER_ON_LED_ LED is illuminated when Pacer

Mode active and blinks on eac h delivered pace pulse

KB_DISCHARGE2

_UB

VCC Supply Voltage - +5V 4

GND Ground - 0V 18

Key SHOCK2O+5VH6

O+5VL16

O+5VL17

O+5VL5

Pacer PCB

Connector name PACER/

Interface PCB Pacer to PCB Digital

Name Description I/O Level Active Pin

VCCP switched power supply from

Dash 2000/3000/4000 for voltage generation of pace pulse

GNDP Ground for VCCP - 0V - 2

VCCP switched power supply from

Dash 2000/3000/4000 for voltage generation of pace pulse

GNDP Ground for VCCP - 0V - 4

VCC power supply - +5V - 5

GND Ground for VCC - 0V - 6

PHASE_A_ clock for HV-Generator I H/L L 7

GND Ground for VCC - 0V - 8

PHASE_B_ clock for HV-Generator I H/L L 9

GND Ground for VCC - 0V - 10

- +9...18V - 1

- +9...18V - 3

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Interface PCB Pacer to PCB Digital

Name Description I/O Level Active Pin

PACE_RESET_ Pacer- Reset I H/L L 11

GND Ground for VCC - 0V - 12

PACE_ACKN_ Pace-pulse- acknowledge O H/L L 13

GND Ground for VCC - 0V - 14

PACE_TXD UART Send line O H/L H 15

GND Ground for VCC - 0V - 16

PACE_RXD UART Receive line I H/L H 17

GND Ground for VCC - 0V - 18

PACE_IMP Pace-pulse I H/L H 19

GND Ground for VCC - 0V - 18

Power Management

Connector Name BATTMAN/

Interface PCB Battery Management to PCB Digital

Name Description I/O Level Active Pin

BATT_GN_LED Charging Status- LED. Green

LED is solid on, when battery is charged.

BATT_YE_LED ChargingStatus- LED. Yellow

LED is solid on, when battery (NiCd) is being charged. If the yellow LED blinks the battery charging is erroneous.

GND Ground - 0V - 3

KB_POWER_ON_ Keypad Power On O 18V-

I+5VH1

CMOS

GND Ground - 0V - 5

POWER_ON_KEY Level shifted Power On signal I TTL H 6

GND Ground - 0V - 7

POWER_OFF_ Supply switch controlled by the

processor

GND Ground - 0V - 9

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Interface PCB Battery Management to PCB Digital

Name Description I/O Level Active Pin

BATTMAN_RESETReset Powermanagement O TTL H 10

GND Ground - 0V - 11

BATT_TXD UART send line O TTL - 12

GND Ground - 0V - 13

BATT_RXD UART receive line I TTL - 14

GND Ground - 0V - 15

SYNC_ Sync-Signal for Cardioversion I TTL L 16

GND Ground - 0V - 17

MARKER_ Marker out signal for Monitor O TTL L 18

GND Ground - 0V - 19

PACER_BLANK Pace-inhibit signal for monitor

(during reset and defib switched off: low). Inverted outside of the Device-Control

GND Ground - 0V - 21

PER_ASYNC_TXDAsynchronous communication

transmit

GND Ground - 0V - 23

PER_ASYNC_RXDAsynchronous communication

receive

GND Ground - 0V - 25

VCC Power supply +5V for PCB

Power Management

GNDD Ground for VCCD - 0V - 27

VCCD unregulated Power S upply for

PCB Digital

GNDD Ground for VCCD - 0V - 29

OTTLH20

ITTL-22

OTTL-24

-+5V-26

- +8V...+18 V

-28

VCCD unregulated Power S upply for

PCB Digital

GNDP Ground for VCCP - 0V - 31

VCCP unregulated Power Supply for

PCB PACER

GNDP Ground for VCCP - 0V - 33

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- +8V...+18 V

-30

-32

GE Medical Systems Information Technologies

Interface PCB Battery Management to PCB Digital

Name Description I/O Level Active Pin

VCCP unregulated Power Supply for

PCB PACER

- +8V...+18 V

-34

Smart Media Card

Connector Name SMARTCARD/

Interface Smart Media Card to PCB Digital

Name Description I/O Level Active Pin

GND Ground - 0V - 1 SMC_CLE Command Latch Enable I TTL H 2 SMC_ALE Address Latch Enable I TTL H 3 SMC_WE_ Write Enable I TTL L 4 SMC_WP_ Write Protect I TTL L 5

SMCDAT_0 Data, Command, Status Port I/O TTL - 6 SMCDAT_1 Data, Command, Status Port I/O TTL - 7 SMCDAT_2 Data, Command, Status Port I/O TTL - 8 SMCDAT_3 Data, Command, Status Port I/O TTL - 9

GND Ground - 0V - 10

GND Ground - 0V - 11

VCC +3,3V Power s upply - +3,3V - 12

SMCDAT_4 Data, Command, Status Port I/O TTL - 13 SMCDAT_5 Data, Command, Status Port I/O TTL - 14 SMCDAT_6 Data, Command, Status Port I/O TTL - 15 SMCDAT_7 Data, Command, Status Port I/O TTL - 16

LVD Low Voltage Detect 17

GND Ground - 0V - 18 SMC_RB_ Ready/Busy_ O TTL H/L 19

SMC_RE_ Read Enable I TTL L 20 SMC_CE_ Chip Enable I TTL L 21

VCC +3,3V power supply - +3,3V - 22

GND Ground - 0V - 23

SMC_ABSENT Card Detect O TTL H 24

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Analog PCB

Digital PCB

Connector Name DEFI/ (see description Analog PCB, page 40)

HV Capacitor

Connector Name KO_P/ and KO_M/

Interface Analog PCB to HV Capacitor

Name Description I/O Level

(measured

versus GND)

KO_P High Voltage + (floating) - +2500V - (single)

KO_M HighVoltage - (floating) - -2500V - (single)

Active Pin

Pacer PCB

Connector Name PACE_P/ and PACE_M/

Interface Analog PCB to Pacer PCB

Name Description I/O Level

(measured

versus GND)

PACE_P High Voltage + (floating) - max

+200V

during

pace

(+2500V

during shock)

Active Pin

-(single)

PACE_M High Voltage - (floating) - max

-200V during

pace

(-2500V

during shock)

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-(single)

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Paddle Connector

High Voltage Connector

Connector Name S

HOCK_P/ and SHOCK_M/

Interface Analog PCB to Paddle connector (HV)

Name Description I/O Level

SHOCK_P High Voltage + (floating) - max

SHOCK _M High Voltage – (floating) - max

active Pin

(measured

versus GND)

-(single)

+200V

during

pace

(+2500V

during shock)

-(single)

-200V during

pace

(-2500V

during shock)

Paddle codes connector

Connector Name PC/

Interface Analog PCB to Paddle Connector (codes)

Name Description I/O Level Active Pin

HP_Charge Charge key from Paddle I 5V L 1

HP_Discharge Discharge key from Paddle I 5V L 2

Paddle4 Paddle code 4 I 5V L 3 Paddle6 Paddle code 6 I 5V L 4

GND Ground - 0V - 5

MISC Paddle code misc I 5V L 6

n.c. 7 n.c. 8

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Power Management

Connector Name BAT1/

InterfaceAnalogPCBtoPowerManagementPCB

Name Description I/O Level Active Pin

+12V, +12VPWR High current power supply - 12V - 1 +12V, +12VPWR High current power supply - 12V - 2

GNDPWR High current power supply - 0V - 3 GNDPWR High current power supply - 0V - 4

Speaker

Connector Name SPEAK1/

InterfaceAnalogPCBtoPowerManagementPCB

Name Description I/O Level Active Pin

Speak1 Speaker line 1 O - - 1

n.c. - - - 2

Speak2 Speaker line 2 O - - 3

Power Management PCB

Analog PCB

Connector Name BAT1/ (see description Power Management, page 49)

Digital PCB

Connector name DEFI/ (see description Analog PCB, page 49)

Pacer PCB

Analog PCB

Connector name PACE_P and PACE_M (see description Pacer PCB, page 47)

Digital PCB

Connector name PACER/ (see description Pacer PCB, page 47)

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10 Technical Specification

Operating Modes

non-synchronized (defibrillation on demand) synchronized (cardioversion)

Energy Selection

by preselection, energy to be delivered into 50 Ohms is indicated as a numerical value:

• energy adjustable in steps, energy values as energy delivered into 50 Ohms (internal defibrillation: energy limited to 50 Joules)

2 5 7 10 20 30 50 100 150 200 300 360 Joules Autosequence

• possible deviation from selected energy less than permitted by IEC and AAMI DF-2

Defibrillator Charging

via capacitor, capacitor charging from battery

• capacitor charging time for energy setting of 360 J: typically 10 s

Defibrillation Shock

capacitor discharge via induction coil (Lown / Edmark); exponential pulse shape, monophase, damped sinusoidal halfwave:

• pulse duration for external resistance of 50 Ohms approx. 2.6 ms in compliance with AAMI DF-2

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Discharge Circuit

Figure 11-1. Current discharge curve (360 J) serial oscillating circuit in series with external resistance (patient):

• capacitance 34 µF

• inductance 26 mH

• equivalent resistance 11 Ohms

Defibrillation Pulse Output

isolated, no conductive connection with enclosure, open-circuit and short-circuit-proof as required by AAMI DF-2:

• insulation test voltage 8 kV DC, t ype CF according to IEC 60601-2-4

Safety Discharge

capacitor discharge via internal load resistance:

• when the defibrillation shock is not triggered within 30 s of charging

• when the shock is triggered but the discharge circuit is interrupted, after approx. 0.2 s (e.g. when

the shock is triggered into open air)

• when the battery is full and the selected energy cannot be reached within 20 seconds

• in the presence of technical malfunctions

• when the battery is removed

• when the device is switched off

• when the electrode connector is removed

Test Features

• 5 indicators (on battery) indicating the battery charge level

• defibrillator test by discharging the stored energy into the integrated 50-ohm load resistance (max.

twice within 15 minutes)

• 3-digit display of t he delivered energy

• warning on LCD when discharge circuit is interrupted (e.g. pacer electrode not applied)

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• automatic power-on self-test with error message

Synchronization

with ECG signal of either polarity via monitor:

• indicated by yellow LED

• trigger marks on monitor display

• in synchronized mode delivery of defibrillation pulse delayed by 15 ms max. after trigger pulse

from monitor (dela y between R-wave and sync pulse: refer to operator's manual of patient monitor)

Pacemaker

• operating modes: Demand, Fix

• pacer rate: 30 to 200 ppm, adjustable in steps of 5 ppm, ± 1%

• pacer output: 0 to 200 mA ± 10% (0 to 500 Ohms), adjustable in steps of 5 mA

• pulse width: 20 ms, ± 0,5%

• pulse shape: monophase sq uare-wave pulse

• recovery time o f 50 ms after pulse delivery

Power Supply

from exchangeable NiCd battery

• rated voltage 12 V

• rated capacity 2.0 Ah

• battery charges either in the device or in the external charging unit ASU 3000 When charged in the

device, power supply from connected Dash

- charging voltage 9 to 18 V, DC voltage

- charging current 320 mA to 490 mA

- max. charge time of a depleted battery 6 hours

- op erating time per battery cha rge approx. 60 defibrillation shocks with 360 Joules each (into

50 Ohms)



2000, Dash3000, or Dash4000 patient monitor:

Operational Readiness

• seconds, incl. automatic self-test

Operating Position

horizontal

Type of Protection

protected against penetration of spray water and small objects: IP 23 (battery inserted, cable connected)

Environment

Operation

• operation under the following conditions considered to be normal:

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• temperature between 0 °C/32 °F and +50 °C/122 °F

• relative humidity between 5 % and 95 %, no condensation

• atmospheric pressure between 700 and 1060 hPa

Transport and Storage

temperature between –20 °C / –4 °F and +60 °C / 140 °F relative humidity between 5% and 95%, no condensation atmospheric pressure between 500 and 1060 hPa

Dimensions

• width 260 mm

• height 95 mm

• depth 250 mm

Weight

incl. battery: approx. 4.2 kg (battery weight approx. 1 kg)

Environmental Tests

• EMC requirements: CISPR 11, class B

• shock test: MIL-STD-810E 516.4 Procedure 1, ground equipment

• drop test: IEC 68-2-32

• vibration test: MIL 810E Cat. 10 and prEN 1789

• leakage current: insulation according to ANSI/AAMI ES 1

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11 Maintenance and Technical Inspection

Schedule

To make sure the defibrillator remains in proper operational and functional order, a good maintenance schedule must be adhered to. The manufacturer’s reco mmendations in this regard is as follows:

Inspection—Operators should perform this prior to admitting each patient to the defibrillator. Service

personnel should perform this prior to servicing the defibrillator. As a general rule, the battery conditioning program should be run as part of the inspection (internal conditioning program or separate charging unit ASU 3000).

General cleaning—Operators should perform this prior to admitting each patient to the defibrillator.

Service personnel should perform this after servicing the defibrillator.

Checkout Procedures—These should be performed by qualified service personnel upon receipt of the

equipment, every year thereafter, and each time the defibrillator is serviced.

Leakage Current Tests—These should be performed by qualified service personnel upon receipt of

the equipment, every year thereafter, and each time the defibrillator is serviced.

Calibration—Calibration of t he shock energy measurement should be performed by qualified service

personnel as soon as the yearly performed accuracy check showed deviation of the shock energy levels compared to those provided in the table on page 57. The calibration should also be performed whenever a circuit board is removed, repaired or replaced in the defibrillator. The calibration should also be performed if the software was updated.

Manufacturer Responsibility

Failure on the part of all responsible individuals, hospitals or the institutions, employing the use of this defibrillator, to implement the recommended maintenance schedule may ca use equipment failure and potential operator and patient health hazards. The manufacturer does not in any manner, unless an Equipment Maintenance Agreement exists, assume the responsibility for performing the recommended maintenance schedule. The sole responsibility rests with all individuals, hospitals, or institutions utilizing the defibrillator.

Visual Inspection

Carefully inspect the defibrillator prior to each patient being admitted to the monitoring s ystem. Follow theses guidelines when inspecting the equipment:

• Carefully inspect the defibrillator for obvious physical damage to the outer case, display screen and controls. Do not use the defibrillator if physical damage is evident. Refer damaged equipment to qualified service personnel for repair before using it again on a patient.

• Inspect all external connectors, top and rear, for degraded pins, prongs and connector housings. Refer damaged equipment to qualified service personnel for repair before using it again on a patient.

• Inspect all cable insulation, cable strain-reliefs and cable connectors for damage, cracks or degradation. Refer damaged equipment to qualified service personnel for repair before using it again on a patient.

• The defibrillator electrodes as well as handles must be free of any cream residues.

• Safety labels and inscriptions on the device are clearly legible.

General Cleaning

Clean external surfaces The exterior surfaces may be cleaned with a lint - free cloth da mpened with one of these approved

solutions:

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• ammonia (diluted),

• Cidex,

• mild soap (dissolved), or

• sodium hypochlorite bleach (diluted)

Recommendations

The manufacturer recommends the following guidelines to avoid damaging of the defibrillator: Dilute all cleaning solutions according to respective manufacturer recommendations. Use a clean, dry, lint-free cloth to wipe off excess cleanin g solution after each application. Do not pour water or cleaning solutions directly onto the device. Do not allow fluids to run into

crevices or connectors on the defibrillator. Never use these cleaning agents:

• abrasive cleaners or solvents of any kind,

• alcohol-based cleaning age nt s,

• wax containing a cleaning substance,

• acetone, or

• betadine

CAUTION

Follow these cleaning instructions exactly. Failure to follow the instructions may melt, distort, or dull the finish of the case, blur lettering on the labels, or cause equipment failures.

Checkout Procedures

The following pages contain the checkout procedures for the defibrillator. The purpose of the checkout procedures is to provide service personnel with a method which can be used to verify operational and functional performance of the monitor. Failure to attain any of the listed results indicates a potential malfunction of the defibrillator.

Perform the checkout procedures upon receipt of the defibrillator, every twelve month thereafter, and each time a circuit board is removed or replaced.

The checkout procedures are based on the assumption that the defibrillator being tested is used with known good cables and test equipment. It also requires that the user be somewhat familiar with the operation of all test equipment required for the checkout procedures. For more information concerning the operation of these components, refer to the respective operator manual.

Testing Equipment

The following table lists t he manufacturer’s recommended test equipment, adaptors, and cables necessary to successfully complete the checkout procedures. The checkout procedures were written for the test equipment in the following table. If test equipment other than the manufacturer’s recommendation is used, it may be necessary to slightly modify some test steps.

Following Testing Equipment is required:

• Calibrated Defitester (e.g. DNI Nevada or equivalent)

• Safety Tester for measurements according to IEC601

• Pacer Testadapter (220 101 01)

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• Service Tool (2006861-001)

• Oscilloscope

• Defi paddles (217 333 01)

• Internal Defi electrodes (217 308 01)

• Electrode Cable for soft paddles (223 383 01)

Performance test

Power up test

• Insert a charged battery.

• Switch on the device by pressing t he O

• All LEDs should shortly flash once. (B

N-OFF key. ATTERY CHARGE LED may or may not flash)

• The indicator of the On-Off key is illuminated when the device is turned on.

• Observe the display whether any error messages are displayed. The messages that are displayed

during a normal boot sequence are: S C

OPYRIGHT GEMS IT year.

ELFTEST ...; DASH RESPONDER (software version);

• After the boot sequence has been successfully performed the device starts up with a selected energy according to the settings for the autosequence mode.

Key Test

• Press both ENERGY SELECT keys simultaneously and then select SERVICE MODE,COMP TEST and K

EY TEST.

Now press the following keys and verify the display entry:

Key Display

HARGE Charge

YNC Sync

NERGY SELECT Energy Select ∨

left E right E

NERGY SELECT Energy Select ∧

HOCK Shock (left)

left S

RIGHT SHOCK Shock (right)

additional for Pacer Function

LEFT RATE (PPM)Rate∨ RIGHT RATE (PPM)Rate∧ LEFT OUTPUT (MA) Output ∨ RIGHT OUTPUT (MA) Output ∧

ACER ON/OFF Pacer On/Off

P P

ACER MODE Pacer Mode

ACER PAUSE Pacer Pause

NOTE: For the test of the pacer keys press the keys at least 2 seconds.

Switch the Dash Responder off and on.

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Display Test

• Press both ENERGY SELECT keys simultaneously and then select SERVICE MODE,COMP TEST and LCD T

EST.

• A checkered pattern will appear.

• Verify that no pixels, rows or columns are missing.

Detection of internal Electrodes

• Connect the internal Defi Electrode (217 308 01) to the Dash Responder. Increase energy with E

NERGY SELECT key.

• Check if the energy selection is limited to 50J.

Discharge and speaker test

The correct release of the defibrillation shock can be checked by means of a test discharge. For this test, the stored energy is discharged into the defitester.

• Connect the defib paddles (217 333 01) to the Dash Responder.

• Connect the adapter lead to the two contacts on the defitester.

• Using the E

• Press the C

with the C

NERGY SELECT key select 50 J, 100 J and 360 Joules; check each value twice.

HARGE KEY to initiate defibrillator charging (When using paddles, charging is initiated

HARGE/SHOCK key on the right paddle).

• When the defibrillator is charged, an intermittent audio signal sounds and the display shows the charged energy le vel on the second line.

• Now trigger the shock immediately. To do so, simultaneously press the two S

HOCK keys. (When

using paddles, simultaneously press the two keys on the paddles)

• After the shock release, the audio signal stops and the delivered energy is displayed for 5 seconds on the Dash Responder.

• According to the requirements of the IEC / AAMI standards, this value must be in the range as shown in the following table.

If the discharge circuit is interrupted (cable defect), a safety discharge will be initiated within 200 ms after the release of the shock. In this case ‘0J’ will be displayed as the deli vered energy.

Accuracy of Shock Energy

Selected Energy Energy Delivered

(Dash Re sponder

Energy Delivered

(Defibtester)

Display)

2 0–4 0,5–3,5 5 3–7 3,5–6,5

7 5–9 5,5–8,5 10 8–12 8,5–11,5 20 18–22 18,5–21,5 30 27–33 27,8–32,3 50 45–55 46,3–53,8

100 90–110 92,5–107,5

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Selected Energy Energy Delivered

(Dash Re sponder

Display)

150 135–165 138,8–161,3 200 180–220 185,0–215,0 300 270–330 277,5–322,5 360 324–396 333,0–387,0

If the energy that has been charged is not within the selected limits, a calibration according to the procedure found on page 20 has to be performed.

Energy Delivered

(Defibtester)

Pacemaker test

Pacemaker Test (With pacer testadapter)

The pacer testadapter (220 101 01) offers two possibilities for pacemaker testing, dependent of the setting of the switch on the testadapter:

1. Pacing pulse detecting via LED (switch in upper position).

2. Pacing pulse measurement with an oscilloscope (switch in lower position). The testadapter contains a resistor of 500 Ohms, that is wired between the connectors of the testadapter.

Do not actuate the Defib and Charge keys.

• Connect the pacer testadapter to the defib.

• Switch pacemaker on and select operating mode F

• Select the oscilloscope position of the testadapter switch and connect the osci to the testadapter.

• Using the + mA; -mA key select any pulse amperage.

• Using the +P/min; -P/min key select any frequency.

• Using the oscilloscope measure the drop in voltage across the internal measuring resistor.

Adjust the following values on the Dash Responder and verify the values measured by the oscilloscope:

DASH-Responder setup Values to measure

mA PPM mA ± 10% Pulsewidth

060- - -

5 60 5 20,0 60

50 120 50 20,0 120

150 120 150 20,0 120

IX.

PPM ± 1%

in ms ± 5%

200 120 200 20,0 120

• Calculate pulse amperage according to Ohm’s Law I = U/R (Pulse amperage = measured voltage / measuring resistor 500 ohms).

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Error message C

HECK ELECTRODES appears when pulse current deviates from configured value (±

20% or ± 20 mA)

Defib Function Test and Pacer Option Test

The following tests are performed with the Service Tool (2006861-001). If the Dash Responder is connected with a Dash Monitor this tests could also be done by means of the Dash Monitor.

TestsperformedwiththeTestTool TestsperformedwiththeDashMonitor

The below mentioned tests are performed when the Monitor Interface Test described on page 22 will be performed.

Defib Tests Defib Tests

1. Periphery present test to Dash Monitor. 1. Periphery present test to Dash Monitor

2. Charging Status Test. 2. Charging Status Test

3. Monitor Detection Test. 3. Monitor Detection Test

4. Communication test to Dash Monitor. 4. Communication Test to Dash Monitor

Set the Dash Monitor on top of the Dash Responder, connect the ECG Simulator to the Dash Monitor and power it up with AC, use a 5- or 12-Lead cable.

HARGING LED lights yellow, both tests have passed.

If C

5. Synchronisation test for Signal from Dash Monitor. 5. Synchronisation Test for Signal from Dash Monitor

PressS

YNC key, if the SYNC LED on the Dash Responder

lights yellow and will be switched off for short in the rhythm of the heart rate the 3 tests have passed.

6. Lead Fail/None Sync detection from Dash Monitor. 6. Lead Fail/None Sync detection from dash Monitor

Disconnect the RL (N) Lead, the message L SYNC will appear on the Display of the Responder. The SYNC LED on the Responder turns off

Pacer Option Tests Pacer Option Tests

7. Pacer on/off test. 7. Pacer on/off test

Switch pacer function on, and check, that the yellow P ON/OFF LED is on, and the corresponding display frame for Pacer will be displayed.

8. Pacer blank signal to Dash Monitor tested. 8. Pacer blank signal to Dash Monitor tested.

Set output to 5mA. Set pacer Mode so, that display shows FIX and check that the Dash Monitor shows a ‘P’ and a blinking ‘*’ on its display.

9. Detection of Telemetry ECG. 9. Detection of Telemetry ECG.

No special test needed, if item 6 has been performed successfully.

EADS FAIL/NO

ACER

Battery conditioning test

On Dash Responder, switch Pacer- and SYNC- mode off. Press both E

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NERGY SELECT keys simultaneously, select SERVICE MODE /BATT COND.

GE Medical Systems Information Technologies

Check that F/N Start conditionin g and check that green C While the battery is being charged, the yellow C

EW value is not below 60%. If it is below 60% exchange the battery.

HARGINGSTATUS LED is blinking.

HARGINGSTATUS LED is solid illuminated, it is off

during discharging the battery and it is blinking if t here is a charging problem.

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12 Electrical Safety Tests

Electrical safety tests provide a method of determining if potential electrical health hazards to the patient or operator of the device exist.

To help you establish a systematic maintenance routine, GE Medical Systems recommends that you perform all safety tests presented in this chapter

• upon receipt of the device,

• every twelve months thereafter,

• each time the main enclosure is disassembled or a circuit board is removed, tested, repaired, or

replaced

CAUTION

Failure to implement a satisfactory maintenance schedule may cause undue equipment failure and possible health hazards. Unless you have an Equip ment Maintenance Contract, GE Medical Systems does not in any manner assume the responsibility for performing the recommended maintenance procedures. The sole responsibility rests with the individual or institution using the equipment. GE Medical Systems service personnel may, at their discretion, follow the procedures provided in this manual as a guide during visits to the equipment site.

Test Conditions

Electrical safety tests may be performed under normal ambient conditions of temperature, humidity, and pressure.

Test Equipment

• Safety Tester for measurements according to IEC 601.

• Testing connector according to the following picture.

• Measuring Device

NOTES

The MD (measuring device) is the circuitry defined by the appropriate standard for measuring leakage current.

The measuring devices, defined by various standard organizations (IEC, UL, etc.), produce almost identical test measurement results.

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Patient (Sink) Leakage Current Test

(Mains Voltage on the Applied Part) This procedure only applies to Class I (grounded/earthed) equipment, and measures the leakage current

from a mains voltage source into each of the paddles. The measurement should be made with a patient monitor connected to the defibrillator. Only in cases

where the defibrillator is used stand-alone the measurement can be performed with a service tool box connected to the defibrillator. In this case the leakage current has to be measured at the ground plug of the service box. Disconnect the service tool box from all other connections (e.g. PC, po wer supply etc.).

WARNING

The following step will cause high voltage (120 VAC to 240 VAC) to appear at the PATN JACK on the leakage tester. Do not touch the PATN JACK posts or paddle lead clips during this test as an electrical shock will occur.

Referring to the electrical diagram, measurements have to be done under the following conditions:

• Polarity switch NORM and RVS

• GND switch GND closed

• If the Service Tool box is used, the GND plug of the service tools box has to be connected to the

GND plug on the leakage tester

1. Read leakage current indicated on DMM.

If the reading is greater than the appropriate specification below, the device under test fails this test and should be repaired and tested again.

• 100 µA (0.05 volts on the DMM) at 120 – 240 VAC with external paddle electrodes.

• 50 µA (0.05 volts on the DMM) at 120 – 240 VAC with internal paddle electrodes.

NOTE

The 50 µA limit is according to ANSI/AAMI DF2. The leakage current is measured from each paddle.

2. Change the leakage tester polarity switch to the RVS position.

3. Read the leakage current indicated on the DMM. If the reading is greater than t he appropriate specification below, the device under test fails this test and should be repaired and tested again.

• 100 µA (0.05 volts on the DMM) at 120 – 240 VAC with external paddle electrodes.

• 50 µA (0.05 volts on the DMM) at 120 – 240 VAC with internal paddle electrodes.

NOTE

The 50 µA limit is according to ANSI/AAMI DF2. The leakage current is measured from each paddle.

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4. Set the power switch on the leakage tester to OFF.

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13 Spare Parts List

Device

Part Description Detailed Part Description Part No.

Spare Pcb. Analog Spare Pcb. Analog including 2 cable ties 7,5mm, 3

cable ties 2,5mm and 3 adhesive cable tie sockets (high pot tested).

Spare Pcb. Digital Spare Pcb. Digital 2007311-001

Spare Ass. Power Management

Spare Pcb. Pacer Spare Pcb. Pacer (high pot tested) 2007313-001

LCD Display LCD Display with backlight and connector 2003348-001

HV Capacitor

Battery Pack Battery Pack NiCD 2009219-001

Resistor Assembly Resistor Assembly for testload 2003960-001

Spare Assembly Power Management includes Pcb. Power Management and Battery Compartment

HV Capacitor 34uF 5.3kV, order 2 cable ties P/N 92309686 separately. Replaced by 2026979-001

HV Capacitor 35uF 5.2kV, order 2 cable ties P/N 92309686 separately. Needs SW version 1.01 or upwards.

2007050-001

2007312-001

90344988

2026979-001

Mechanical Parts for Upper Case

Part Description Detailed Part Description Part No.

Upper Case Upper Case, rubber gasket and labels have to be

ordered separately

Rubber gasket Rubber gasket for upper case, order length of 70cm 2004898-001

Rubber Gasket Battery Compartment

Spare Locking Handle

Flat Washer Flat Washer for holding Locking Handle 2001814-001

Stop Part Plastic Yoke for directing Locking Handle 2003414-001

Slide Plastic Slide for front or back 2001787-001

Spring Leg Spring Leg (metal spring) for plastic slide 2006843-001

Bracket Metal Bracket on top side. 2001788-001

Rubber Gasket for Battery Compartment 2001793-001

Spare Locking Handle including Lever Arm, Handle andSpringLeg

2001384-001

2007051-001

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Part Description Detailed Part Description Part No.

Label (Quick Reference Guide)

Label (Battery Key) Label Battery Key (beside battery release knob) 2005470-001

Label (Dash2000, 3000, 4000 only)

Label (Quick Reference Guide) English 2004424-001

Label (Quick Reference Guide) German 2004425-001

Label (Quick Reference Guide) French 2004426-001

Label (Quick Reference Guide) Italian 2004427-001

Label (Quick Reference Guide) Spanish 2004428-001

Label (Quick Reference Guide) Swedish 2004429-001

Label (Quick Reference Guide) Dutch 2004430-001

Label (Dash 2000, 3000, 4000 only) 2005468-001

Frame Part Frame (internal) to hold connector to Dash 2002139-001

Mechanical Parts for Lower Case:

Part Description Detailed Part Description Part No.

Lower Case Lower Case, rubber feet, washer insulation and labels

have to be ordered separately.

Pad White Pad White (Rubber Foot) for Lower Case (4 are

needed)

Label Label (Defib/ Pacer Electrodes) 2005057-001

Label Label (Battery Type) German 2005065-001

Label Label (Battery Type) English 2005066-001

Label Label (Battery Type) French 2005067-001

Label Label (Battery Type) Italian 2005068-001

Label Label (Battery Type) Spanish 2005069-001

2001530-001

2005050-001

Label Label (Battery Type) Dutch 2005070-001

Label Label (Battery Type) Swedish 2005071-001

Plate Mount GCX Mounting Plate for GCX mounting 420001-001

Revision F Servicing Manual Dash Responder V1.0 2004768-001 Page 65 of 72

GE Medical Systems Information Technologies

Cover for Speaker Plastic Cover for Speaker 2001528-001

Bracket MTG Capacitor

Cable Tie Cable Tie for fixing the HV Capacitor (7,5 x 360) 92309686

Washer Insulation Washer Insulation for Test Pins 2006374-001

Control Pin Control Pin (Test Pins) on backside 2001554-001

O-Ring O-Ring for Control Pin 92309604

Cover for speaker Plastic cover for speaker 2001528-001

Mechanical Parts for Front Case

Part Description Detailed Part Description Part No.

Front Case Assembly Front Ca se with Filter Pane, rubber gasket

Rubber Gasket Rubber Gasket for Front Case, order 70cm of length 2004898-001

Label Label for Dash Responder without Pacer English 2003287-001

Bracket for mounting the Capacitor (2 are needed) 2001556-001

2007052-001

and Front Label have to be ordered separately

Label Label for Dash Responder without Pacer German 2003288-001

Label Label for Dash Responder without Pacer French 2003289-001

Label Label for Dash Responder without Pacer Spanish 2003290-001

Label Label for Dash Responder without Pacer Swedish 2003291-001

Label Label for Dash Responder without Pacer Italian 2003292-001

Label Label for Dash Responder without Pacer Dutch 2003293-001

Label Label for Dash Responder with Pacer English 2003294-001

Label Label for Dash Responder with Pacer German 2003295-001

Label Label for Dash Responder with Pacer French 2003296-001

Label Label for Dash Responder with Pacer Spanish 2003297-001

Label Label for Dash Responder with Pacer Swedish 2003298-001

Label Label for Dash Responder with Pacer Italian 2003299-001

Label Label for Dash Responder with Pacer Dutch 2003300-001

Assy Keypad manual

Page 66 of 72 2004768-001

Keypad for Dash Responder without Pacer 2005681-001

Servicing Manual Dash Responder V1.0 Revision F

GE Medical Systems Information Technologies

Part Description Detailed Part Description Part No.

Assy Keypad manual w Pacer

Connectors and Cable Assemblies

Part Description Detailed Part Description Part No.

Assy Connector Connector Assembly to connect Dash Responder to

Connector RCPT Electrodes

Cable Ass. Pcb. Pacer

Cable Ass. Capacitor

Miscellaneous

Part Description Detailed Part Description Part No.

Keypad for Dash Responder with Pacer 2005681-003

2004703-001

Dash Monitor

Connector Defib Electrodes with cable Assembly 2003413-001

Cable Assembly from Pcb. Analog to Pcb. Pacer, 1 cable tie 92308100 is needed separately.

Cable Assembly from Pcb. Analog to Capacitor, 2 cable ties 92308100 and 2 cable ties 92309686 are needed separately.

2002548-001

2002549-001

Insulation P art Insulation backside of HV capacitor 2004866-001

Insulation Foil Insulation foil HV capacitor 2004865-001

Plastic Insulation Plastic Insulation connectorside of HV capacitor 2001527-001

ASU 3000 Charging Unit ASU 3000 for NiCd batteries

(external)

Tools

Part Description Detailed Part Description Part No.

Kit Service Tool Service Tool Kit for Dash 2000 and Dash Responder,

including Power supply 2000300-001, DRST Box 2005378, Software Disks 2006862-001, Connection Cable 2233603.

Kit Upgrade Dash Responder

Dash Responder Software V1. Kit is replaced by 2007647-003 Software V1.01.

Dash Responder Software V1.01. For download of this software, the Service Tool Kit 2006861-001 is needed.

70127901

2006861-001

2007647-001

2007647-003

Revision F Servicing Manual Dash Responder V1.0 2004768-001 Page 67 of 72

GE Medical Systems Information Technologies

Operator Manual

Part Description Detailed Part Description Part No.

Operator Manual V1 Operator Manual Version 1 Ger man 2002853-001

Operator Manual V1 Operator Manual Version 1 English 2002853-002

Operator Manual V1 Operator Manual Version 1 French 2002853-003

Operator Manual V1 Operator Manual Version 1 Italian 2002853-004

Operator Manual V1 Operator Manual Version 1 Spanish 2002853-005

Operator Manual V1 Operator Manual Version 1 Dutch 2002853-006

Operator Manual V1 Operator Manual Version 1 Swedish 2002853-007

Servicing Manual Dash Responder V1.0 Revision F

Page 68 of 72 2004768-001

GE Medical Systems Information Technologies

14 Master Record Index (see Appendix)

Revision F Servicing Manual Dash Responder V1.0 2004768-001 Page 69 of 72

GE Medical Systems Information Technologies

Servicing Manual Dash Responder V1.0 Revision F

Page 70 of 72 2004768-001

GE Medical Systems Information Technologies

15 Circuit Diagrams (see Appendix)

Revision F Servicing Manual Dash Responder V1.0 2004768-001 Page 71 of 72

GE Medical Systems Information Technologies

Servicing Manual Dash Responder V1.0 Revision F

Page 72 of 72 2004768-001

Marquette Hellige GmbH

Not equipped in Version :

2002316-001 x2 x3 x4 x5

Revision-No

ER21920 ER23599 MR26708

REVISIONS

Index

1 2 A

Date / Name

20.01.00/VRP

17.07.00/VRP

30.10.00/VRP

A03

DRAWN APPROVED

ISSUED

D-79007 Freiburg

2002315-001

Date / Name

16.12.1999/VRP

23.12.1999/WHL

V. PLACKE

2002317-001

Sheet: 15

SCHEMATIC ANALOG DASH-ADD-ON-DEFI

Thursday, September 16, 1999

$USER_CAE_B/daod_analog

Marquette Hellige GmbH

Not equipped in Version :

2002316-001 x2 x3 x4 x5

Revision-No

ER21920 ER23599 MR26708

REVISIONS

Index

1 2 A

Date / Name

20.01.00/VRP

31.07.00/VRP

30.10.00/VRP

A03

DRAWN APPROVED

ISSUED

D-79007 Freiburg

2002315-001

Date / Name

16.12.1999/VRP

23.12.1999/WHL

V.PLACKE

2002317-002

Sheet: 25

SCHEMATIC ANALOG DASH-ADD-ON-DEFI

$USER_CAE_B/daod_analog

Marquette Hellige GmbH

Not equipped in Version :

2002316-001 1 x2 x3 x4 x5

Revision-No

ER21920 ER23599 MR26708 ECO066497 ECO067648

REVISIONS

Index

2 A B C

Date / Name

20.01.00/VRP

31.07.00/VRP

30.10.00/VRP

28.01.01/VRP

13.08.01/VRP

A03

DRAWN APPROVED

ISSUED

D-79007 Freiburg

20002315-001

Date / Name

21.12.1999/VRP

23.12.1999/WHL

V. PLACKE

2002317-003

Sheet: 35

SCHEMATIC ANALOG DASH-ADD-ON-DEFI

$USER_CAE_B/daod_analog

Marquette Hellige GmbH

Not equipped in Version :

2002316-001 x2 x3 x4 x5

Revision-No

ER21920 ER23599 MR26708

REVISIONS

Index

1 2 A

Date / Name

20.01.00/VRP

31.07.00/VRP

30.10.00/VRP

A03

DRAWN APPROVED

ISSUED

D-79007 Freiburg

2002315-001

Date / Name

23.12.1999/VRP

23.12.1999/WHL

V. PLACKE

2002317-004

Sheet: 45

SCHEMATIC ANALOG DASH-ADD-ON-DEFI

$USER_CAE_B/daod_analog

Marquette Hellige GmbH

Not equipped in Version :

2002316-001 x2 x3 x4 x5

Revision-No

ER21920 ER23599 MR26708

REVISIONS

Index

1 2 A

Date / Name

20.01.00/VRP

21.07.00/VRP

30.10.00/VRP

A03

DRAWN APPROVED

ISSUED

D-79007 Freiburg

2002315-001

Date / Name

21.12.1999/VRP

23.12.1999/WHL

V. PLACKE

2002317-005

Sheet:

SCHEMATIC DASH-ADD-ON-DEFI ANALOG

$USER_CAE_B/daod_analog

Marquette Hellige GmbH

Not equipped in Version :

2000923-001 x2 x3 x4 x5

Revision-No

ER20398 MR25286

REVISIONS

Index

1 A

Date / Name

12.12.99/MLM

A03

DRAWN APPROVED

ISSUED

D-79007 Freiburg

2000922-001

Date / Name

01.09.99/MLM06.07.00/MLM

03.09.99/CYS

M. Mueller

2000924-001

SCHEMATIC DIGITAL DASH-ADD-ON-DEFI

Wednesday, December 30, 1998

$USER_CAE_A/dd_digital/design

Sheet:

GE Medical Systems

Information Technologies GmbH

Not equipped in Version :

2000923-001 x2 x3 x4 x5

Revision-No

ECO 065698 ECO 066217 ECO 066643 ECO 066001 ECO 067933

REVISIONS

Index

B C D E F

Date / Name

08.11.00/MLM

09.01.01/MLM

06.03.01/MLM

07.03.01/MLM

13.09.01/MLM

A03

DRAWN APPROVED

ISSUED

D-79111 Freiburg Munzinger Str. 3

2000922-001

Date / Name

01.09.99/MLM

03.09.99/CYS

M. Mueller

2000924-002

Sheet:

SCHEMATIC DIGITAL DASH-ADD-ON-DEFI

$USER_CAE_A/dd_digital/design/control

[1998, 12, 29, 3]

GE Medical Systems

Information Technologies GmbH

Not equipped in Version :

2000923-001 x2 x3 x4 x5

Revision-No

ER20398 MR25286 ECO 065698 ECO 066001 ECO 067933

REVISIONS

Index

A B

Date / Name

08.12.99/MLM

06.07.00/MLM

08.11.00/MLM

30.11.00/MLM

13.09.01/MLM

A03

DRAWN APPROVED

ISSUED

D-79111 Freiburg Munzinger Str. 3

2000922-001

Date / Name

01.09.99/MLM

03.09.99/CYS

M. Mueller

2000924-003

Sheet:

SCHEMATIC DIGITAL DASH ADD-ON-DEFI

$USER_CAE_A/dd_digital/design/io

[1999, 1, 13, 4]

Marquette Hellige GmbH

Not equipped in Version :

2000923-001 x2 x3 x4 x5

Revision-No

ER20398 MR25286

REVISIONS

Index

1 A

Date / Name

03.12.99/MLM

A03

DRAWN APPROVED

ISSUED

D-79007 Freiburg

2000922-001

Date / Name

01.09.99/MLM06.07.00/MLM

03.09.99/CYS

M. Mueller

2000924-004

Sheet:

SCHEMATIC DIGITAL DASH-ADD-ON-DEFI

$USER_CAD_A/2000922-001/design/power_supply

[1999, 9, 6, 2]

Marquette Hellige GmbH

Not equipped in Version :

2000923-001 x2 x3 x4 x5

Revision-No

ER20398 MR25286

REVISIONS

Index

1 A

Date / Name

03.12.99/MLM

A04

DRAWN APPROVED

ISSUED

D-79007 Freiburg

2000922-001

Date / Name

01.09.99/MLM06.07.00/MLM

03.09.99/CYS

M. Mueller

2000924-005

Sheet:

SCHEMATIC DIGITAL DASH-ADD-ON-DEFI

$USER_CAE_A/dd_dig_save1/design/CPLD

[1999, 6, 30, 4]

Marquette Hellige GmbH

Not equipped in Version :

2002440-001 x2 x3 x4 x5

Revision-No

ER22558 ER23632 MR25491 066505

REVISIONS

Index

1 2 A B

Date / Name

03.04.00/WHL

04.08.00/WHL

07.02.01/WHL

14.03.01/WHL

A03

DRAWN APPROVED

ISSUED

D-79007 Freiburg

2002439-001

Date / Name

29.03.00 / WHL

30.03.00 / GHH

W.LOEHNING

2002441-001

Sheet:

SCHEMATIC

POWER MANAGEMENT DASH-ADD-ON-DEFI

$USER_CAD_B/2002439/design

[2000, 3, 2, 5]

Marquette Hellige GmbH

Not equipped in Version :

2002440-001 x2 x3 x4 x5

Revision-No

ER22558 ER23632 MR25491 066505

REVISIONS

Index

1 2 A B

Date / Name

03.04.00/WHL

07.02.01/WHL

24.04.01/WHL

A03

DRAWN APPROVED

ISSUED

D-79007 Freiburg

2002439-001

Date / Name

29.03.00 / WHL04.08.00/WHL

30.03.00 / GHH

W.LOEHNING

2002441-002

Sheet:

SCHEMATIC POWER MANAGEMENT DASH-ADD-ON-DEFI

$USER_CAD_B/2002439/design/control

[2000, 3, 2, 5]

Marquette Hellige GmbH

Not equipped in Version :

2001198-001 x2 x3 x4 x5

Revision-No

ER23591 MR26482 ECO065697 ECO066704 ECO066943

REVISIONS

Index

2 A B C D

Date / Name

01.08.00/MLM

31.10.00/MLM

30.11.00/MLM

05.04.01/MLM

02.05.01/MLM

A03

DRAWN APPROVED

ISSUED

D-79007 Freiburg

2001197-001

Date / Name

22.10.99/MLM

28.10.99/PHG

M. Mueller

2001199-001 SCHEMATIC

PACER DASH ADD-ON-DEFI

$USER_CAE_A/dd_pacer/design

[1999, 7, 13, 3]

Sheet:

gemedical.com

0459

World Headquarters GE Medical Systems Information Technologies, Inc. 8200 West Tower Avenue Milwaukee, WI 53223 USA

Tel. +1 414 355 5000

1 800 558 5120 (US only)

Fax +1 414 355 3790

European Representative GE Medical Systems Information Technologies GmbH Munzinger Straße 3 D-79111 Freiburg Germany Tel. +49 761 45 43 - 0 Fax +49 761 45 43 - 233

Asia Headquarters GE Medical Systems

Information Technologies Asia;

24th Floor Shanghai MAXDO Centre, 8 Xing Yi Road, Hong Qiao Development Zone Shanghai 200336, P.R. China Tel: +86-21-5257-4650 Fax: +86-21-5208-2008

GE (China)Co., Ltd.

2019524-001 Rev B

GE Medical Systems Dash Responder Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual