COSMED Pony graphic spirometer Service manual
Below you will find brief information for spirometer Pony graphic. The Pony graphic is a portable spirometer designed for carrying out the typical test of the screening spirometry: Forced Vital Capacity (Pre and Post), Slow Vital Capacity (Inspiratory and Expiratory) and Maximum Voluntary Ventilation.
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SERVICE MANUAL
Pony
graphic
Corporate Office:
COSMED Srl
PO Box n °3, Pavona di Albano RM,
00040 -Italy
Tel:+39 (06)931.5492
Fax:+39 (06)931.4580 email:[email protected]
P/N. C01414-01-91 / Date of Issue: January 2002.
North American Office:
COSMED USA,Inc.
2758 North Paulina Street,
Chicago,IL 60614 USA
Phone:+1 (773)528-8113
Fax:+1 (773)528-8116 email:[email protected]
No part of this manual may be reproduced or transmitted in any form without the express permission of COSMED srl. COSMED does not assume the liability for mistakes in this documentation or for casual or consequential damages in connection with the provision, representation or use of this documentation.
This manual has been compiled by means of Adobe Page Maker 6.5 , Microsoft Word, Corel
Draw and CAD programs.
COSMED Software can be installed only in one device.
Word and Excel are registered trade marks of Microsoft Corporation.
DBIII is a registered trade mark of Bordland International Inc.
Lotus 123 is a registered trade mark of Lotus Development Corporation.
Page Maker is a registered trade mark of Adobe Corporation.
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Pony graphic service Manual
October 2001 II Edition
Copyright © 1998 COSMED
COSMED Srl - Italy
Part No. C01414-01-91 Rev A.
WARNING
Do not use the equipment in presence of flammable gases or anesthetic mixtures.
Perform the service procedures described in this manual only if you are a trained and authorized COSMED service person.
Keep the equipment away from heat, flames, sparks, flammable liquid mixtures and explosive gases.
For using this equipment along with other medical ones, contact
COSMED.
The following symbols are used into the equipment, in accordance of the actual standards:
Type B equipment (according to EN60601-1)
DANGER: high temperature
OFF
ON
Protective earth
AC
WARNING
Perform the service procedures described in this manual only if you are a trained and authorized COSMED service person. You must have a through knowledge and experience with medical electronic equipment.
Pay attention to the directions in this service manual, along with the warning and cautions that appear throughout this manual.
Read through each step in every procedure before beginning the repair. Always use the proper tools, test equipment and the most recent revision of this service manual.
Warning
If you deviate from the instructions and/or recommendations in this manual, you may cause the Pony Graphic to operate improperly or unsafely, and you may damage the Pony Graphic itself.
The Pony Graphic User's Manual is an integral companion to this manual. Familiarize yourself with it before operating and repairing the device.
Table Of Contents
Service Manual Ponygraphic i
Assembly Drawing (Refer to Section: Schematics & Layouts)................................ 3.8
4. UNIT MAINTENANCE AND CONSUMABLE REPLACEMENT ........... 4.2
5. TROUBLESHOOTING .......................................................................... 5.2
The Pony graphic is unable to measure properly flow and volume;........................ 5.4
The batteries cannot be recharged or the green led remains off; ........................... 5.4
Service Manual Ponygraphic ii
7. SCHEMATICS AND LAYOUTS ............................................................ 7.2
8. Appendix A: Replaceable Part List .................................................... 8.2
Service Manual Ponygraphic iii
Service Manual Pony Graphic Chapter 1 Introduction
1.1
1. Introduction
This manual provides the basic procedures for the maintenance and the technical support of the Pony Graphic. Perform the service procedures described in this manual only if you are a trained and authorized COSMED service person. You must have a through knowledge and experience with medical electronic equipment.
Pay attention to the directions in this service manual, along with the warning and cautions that appear throughout this manual.
Read through each step in every procedure before beginning the repair. Always use the proper tools, test equipment and the most recent revision of this service manual.
The Pony Graphic User’s Manual is an integral companion to this manual. Familiarize yourself with it before operating and repairing the equipment.
1.1. Organisation of the manual
This manual is organized as follows:
Functional Description
Provides a general description of the device, the theory of operation and the main usage modes. This chapter is useful to use the device in the most complete and proper mode.
Part Description:
Provides a detailed description of the device and the theory of operation of the modules. This chapter is useful to identify cause for problems and to operate properly.
Maintenance
Provides general specifications for maintenance and calibration.
Trouble-shooting
Trouble-shooting guidelines for detecting problems and their respective solutions
Service Procedures:
Description of the adjustments and checks to carry out for a problem
Schematics & Layouts
A collection for drawing for disassembling of the parts, electric and pneumatic schematics, mounting planes and PCB Layouts
Appendix A
Technical information, replaceable part list, customer communication.
The following document contains information that you may find useful for further reference as you read this manual:
Pony Graphic: User’s Manual P/N: C00296-02-91.
COSMED would like to receive your comments and suggestions on its products and manuals.
We are interested in your application with our products, and we would like to help you if you have problems with them. To make it easier for you to contact us, this manual contains our address and a Technical Support Form in the Appendix
Our contact Address
COSMED S.r.l,
Via Dei Piani di Monte Savello, 37, P.O Box 3, Pavona di Albano, ROMA
00040 ITALY.
Voice +39 (6) 931 5492
Fax +39 (6) 931 4580 Internet Web site: http://www.cosmed.it
Service Manual Pony Graphic Chapter 1 Introduction
1.2
1.4.1. Pony graphic Unit
Graphic display
Display
Printer
Keyboard
Serial cable
Backlight LCD 70x80 mm
LCD 2 lines x 16 characters
Graphic,24 char/lin,2,5 lines/s
12 multifunction keys
RS 232, bi-directional, 4800 baud
Dimensions
Dimensions
Weight
237x127x46 mm
1.2 kg
Flow meter: Digital bi-directional turbine
Flow range
Volume range
0.03 -20 l/s
10 l
Accuracy F/V ± 3%%or ± 50 ml
Dynamic res at 12 l/s <0.7 cm H2O/l/s
Mouthpieces Ø 31 and 22 mm
Ni-Cd Batteries, 5V, 1.2 AH, Rechargeable.
Battery Autonomy 200 tests including prints out
Power supply 120V - 240 V
1.4.5. Windows PC Software
The PC software, running on Windows™, allows the user to manage data stored in the Pony graphic Unit or transmitted to PC. Here following a list of the main features available:
• Test data management.
• Viewing data in table and graphic form
• Spirometry (FVC, VC, IVC, MVV).
• Adding parameters and predicted equations trough the "Formula Editor" tool-kit.
• DDE with Microsoft Excel.
• Customizing software environments (colours, printed parameters...).
• on line Help.
1.4.6. PC configuration required
• Pentium 133 MHz. Or higher
• Windows 95, 98, NT.
• 16 MB RAM .
• 3.5 drive.
• VGA, SVGA monitor.
• Serial Port RS 232 available ( two serial ports available in case of Ergometer control)
• Any Mouse and Printer compatible with the MS Windows™ operating system.
• PC confirm to European Directive 89/336 EMC
SAFETY
IEC 601-1 (1988)/EN 60 601-1 (1990)
Below is reported the complete classification of the device:
• Class B "internally powered equipment" device
• IP00, ordinary equipment unprotected against water penetration;
• Non sterile device
• Device not suitable in the presence of flammable aesthetics;
• Continuous functioning equipment;
Service Manual Pony Graphic Chapter 1 Introduction
1.3
EMC
The system meets the EMC Directive 89/336
EN 60601-1-2,EN 55011 Class B (emission)
IEC 1000-4-2 (immunity ESD): 4KV CD, 8KV AD
IEC 1000-4-3 (immunity EM): 3 V/m
IEC 1000-4-4 (immunity Bursts): 1 KV
QUALITY ASSURANCE
UNI ISO EN 9001 (Reg 387 Cermet)
MEDICAL DEVICE DIRECTIVE (CE MARK)
MDD 93/42CEE (Notified Body 0476)
Class IIa.
Service Manual Pony Graphic Chapter 1 Introduction
1.4
2. Functional description
Pony graphic is a portable spirometer designed for carrying out the typical test of the screening spirometry: Forced Vital Capacity (Pre and Post), Slow Vital Capacity (Inspiratory and
Expiratory) and Maximum Voluntary Ventilation.
The system is mainly composed of following parts
2.1.1. Pony graphic Unit
It is the core of the system; contains the microcontroller and the electronics necessary to operate the peripherals and to manage the different measurements. It can be operated either in stand alone mode using the internal rechargeable NiCd batteries or connected to the AC/DC adapter. It is connected to the Turbine flowmeter during the measurement. It can be connected to a PC compatible or an external printer by the RS232 interface for data management and direct printing.
2.1.2. Flowmeter
It is composed by the turbine and the Optoelectronic transducer; the air passing through the helical conveyors, makes a spiral motion which causes the rotation of the turbine rotor. The rolling blade interrupts the infrared light sources beamed by the diodes of the optoelectronic transducer. Every interruption represents half turn of the rotor, this allows to measure the number of turn in the time. There is a constant ratio between air passing trough the turbine and number of turns. This allows to calculate an accurate measurement of volume and flows.
2.1.3. Battery Charger (AC /DC Adapter)
The battery charger (AC /Dc Adapter) can charge NiCd batteries of the Pony graphic unit at the same time battery pack inside the unit and also supply power to the unit. It can operate at both,
110 or 220V AC inputs. It is also possible to use the charger in car using cigar light adapter cable supplied with standard accessories.
The battery charge status is indicates by a flashing green Led and completely charged one with
Non Flashing one on the top cover pony unit.
It allows to download the data of the test to a PC compatible or to print the result with an external Printer (see the User's Manual for the printer specifications).
Service Manual Pony Graphic Chapter 2 Functional Description
2.2
Assembly Drawing (Refer to Section: Schematics & Layouts)................................ 3.8
3. Part Description
This section deals with the electronic circuits and their functions; it gives an overview regarding the general aspect of the PCB assembly, its electronic description and the possible errors and faults, which can occur due to malfunction in the component from that assembly. It provides the complete reference for the service personnel for diagnosis. The section consists of the following.
Pony graphic Unit
1. Mother board Assembly (C01350-01-15)
(C01344-01-30)
(C01352-01-15)
(C01386-01-08)
Opto electronic Reader
5. Opto electronic Assembly (C00095-01-05)
Battery Charger Unit
6. Battery Charger Assembly(220V) (C00766-01-30)
7. Battery Charger Assembly(110V) (C00767-01-30)
The circuit diagrams and PCB Layouts are attached for ready reference
Service Manual Ponygraphic Chapter 3 Part Description 3.2
3.1. Pony graphic Unit
The Pony graphic Unit '96 version (P/N: C00307-0X-04), distributed since May 1996, is made of 4 different PCBs:
Mother Board P/N: C01350-01-15
Printer: P/N: C01386-01-08
The physical structure of the Pony graphic Unit is described in the following block diagram:
The Unit contains most of the parts constituting the spirometer and can be interfaced to the, the turbine flow meter and with the User's PC or external printer via the serial cable. AC/DC adapter powers the unit.
3.2. Mother Board (C01350-01-15)
3.2.1. Function
The Mother Board carries the components shown in the above diagram, all the connection between them perform the following functions:
•
Control of the all peripherals (display, internal printer, keyboard...) through the micro controller U1 (CDP6805);
•
Data Acquisition and amplification of the pulses coming from the opto electronic reader.
•
Serial communication management (RS232 unidirectional) and interface level regulation through U11 (MAX233);
•
Battery voltage level detection;
•
Battery charging management through U10 (TEA1100) of Power Supply Board PCB.
The mother Board layout is enclosed in the Appendix.
3.2.2. Description
(1) Micro controller (CPU) (U1)
The micro controller U1 (CDP6805E3) used in the Pony graphic is responsible for
Data management through its address bus for control data transfer function in accordance with the firmware: stored in EPROM U4 (27C512 ,64KB)
(2) Clock
The frequency of the clock signal is controlled by the crystal X1 (4.194.304MHz) ,
Connected between pin 2 and pin 3 of the Real Timer Clock U2 (146818A).
The RTC (146818A) send the squared clock pulses to pin 39 of U1 (CPU) and generates the interrupt signal necessary to measure the turbine pulses width (pin 19 of 146818A).
The I/O control is carried out within the component FPGA (Field Programmable Gate Array) U9
(Actel A1010B). This IC compensates the Latches, Buffers, Logic Gates for control logic.
(4) Reset
The task of the Reset circuit is to boot the CPU program; when the reset signal (pin 1 of U1) toggles from Low to High, the CPU executes the bootstrap program.
(5) Power down (U13)
The Power Down circuit protects data stored in RAM in event of power failure. It disable the
RAM access by toggling pin 20 and 22 of the RAM U3 (62256). To logic level High
The IC (U3) 62256 is a 32KByte Random Access Memory used for saving the tests data and for temporary memory during calculations. A dedicated circuit supplies power to the IC even if the Pony graphic is switched off.
Service Manual Ponygraphic Chapter 3 Part Description 3.3
(7) RS232
The serial communication is completely managed by the CPU; the only external component is
U11 (MAX233) which does the voltage level conversion from TTL (0-5V) to RS232 (-12+12V).
The protocol used is the following:
The power supply to the Pony graphic Unit and the Optoelectronic transducer is done by 4 rechargeable NiCD batteries (1.2V, 1.2Ah).( they are packed in set of 2 ,each set containing two batteries)
The IC U14 (MAX761) regulates the supply Voltage of the digital components. It also detects the Low battery status when the battery voltage goes lower than 4.7 Volts.
The IC U12 (MAX635) generates a negative voltage of -18 Volts (pin 11) in order to power the
LCD Display contrast.
The LCD back-light power supply is controlled by software (battery saving mode) and generated by an switching circuit composed by T1, C32, C33, R33, R34 and Q10; the supply voltage is about 90 VAC RMS.
The battery voltage directly powers the Optoelectronic Transducer and the Printer.
The IC U10 (TEA1100) performs the battery charging management. The NiCD batteries are charged with two different levels:
Fast charging:
Slow charging:
800mA (front panel green led fix)
15mA (green led blinking)
The circuit Switches from fast to slow charging when one of the following conditions is verified:
•
Battery fully recharged (Voltage Decrement CutOff System; the battery voltage is continuously monitored by pin 7, when a decrement is detected TEA1100 switch to slow mode).
•
Battery temperature higher than 45°C (the temperature is monitored by thermistor RV2)
•
Battery voltage lower than prefixed threshold
•
Battery Voltage higher than prefixed threshold
•
Charging time higher than 2 hours.
There are no adjustments to be performed on the motherboard.
RS 232
I/O
FPGA
U1 micro controller
RTC
BATTERY
U12 Display control
3.2.5. Warnings & Indications in Event of Failure.
•
The system does not operate when switched on (refer to Troubleshooting section)
•
Printer / serial communication does not work
Service Manual Ponygraphic Chapter 3 Part Description 3.4
3.3.1. Function
The display of pony graphic is the main interface for user to enter the patient details , to view the results and to print a particular test performed by the patient and for all the control functions to be performed.
3.3.2. Description
The LCD display is CPU controlled by means of the Data Bus (B0-B7) and powered with the following voltages (see the Display layout in Schematics and Layouts section):
(1) Display contrast adjustment
Adjustment VR Test Point Adjustment Item
It is automatically compensated for temperature variations.
(2) Test Points
Pin 3 of P1 Digital Logic supply (VCC 5V)
Pin 5 of P1
Pin 4 of P1
Pin 1,2 of P1
LCD supply (VEE-18V)
Contrast level VDAJ(-15V) back-light supply (VEL*90VAC)
3.3.5. Warnings & Indications in Event of Failure.
•
Display failure
•
Backlight failure
3.4.1. Function
The keyboard is the primary input device for the patient data and for executing the test it is passive device hardwired to the CPU.
3.4.2. Description
The keyboard is directly interfaced with the I/O ports of the CPU by the connector JP7.
Pins 12-13-14 of U1 are outputs while pins 33-34-35-36 Inputs.
3.4.3. Adjustments & Checks
There are no adjustments to be performed on this assembly.
Service Manual Ponygraphic Chapter 3 Part Description 3.5
3.4.5. Warnings & Indications in Event of Failure.
•
Key failure
3.5.1. Function
The printer used in the Pony graphic is the EPSON M190; it has 8 print solenoids horizontally placed. Each solenoid moves from left to right in order to print 18 dots so the total number of dots/line is 144.
3.5.2. Description
The following schematic shows the control circuitry for the printer.
The Printer motor is activated and stopped by the two signals M_ON (Motor On) and M_OFF
(Motor Off).The signal Fast Line Feed controls the paper feed and it is directly operated by the
CPU (pin 30).The feedback signals coming from the Printer are monitored in order to detect the exact position of the solenoids.
The supply voltage comes directly from the Batteries and the peaks of the current can reach
10A.
3.5.3. Adjustment & checks
There is no adjustment on this assembly.
Service Manual Ponygraphic Chapter 3 Part Description 3.6
3.5.5. Warnings & Indications in Event of Failure.
•
Printing Failure
•
Paper jam during Printing
•
No Printout
3.6.1. Function
The flow meter is composed by a Bi-directional turbine and an Optoelectronic transducer.
The Turbine is made of (see figure) a transparent tube with two helical conveyors to which is fixed (rotating free) a very lightweight rotor (blade).
Expired Flow
Rotor
(blade)
Conveyor
Conveyor
3.6.2. Description
The Optoelectronic transducer contains 2 couples of Infrared Emitter/Receiver diodes to detect the position of the rotor. The air passing through the helical conveyors, takes a spiral motion which causes the rotation of the turbine rotor. The rolling blade interrupts the infrared light beamed by the diodes of the optoelectronic reader, each interruption represents half turn of the rotor, this is used to measure the number of turn in the time. There is a constant ratio due to software linearization between air passing through the turbine and number of turns. This allows for an accurate measurement of volume and flows. Refeto the electrical diagram and layout of the output signals from the infrared receivers D4 (Rx1) and D3 (Rx2) as shown following figure.
Service Manual Ponygraphic Chapter 3 Part Description 3.7
The flow and volume measurement is carried out as follows:
Volume
It is proportional to the number of pulses detected by the receiver diode during expiration (expired volume) or inspiration (inspiratory volume);
Flow the absolute value of the flow (positive for both expiration and inspiration) is proportional to the inverse of the pulse width detected by the receiver diode;
IN/EX The flow direction is detected by verifying which pulse (rx1, rx2) is received first. The turbine doesn't need to be calibrated daily as it is not affected by pressure, humidity and temperature.The turbine should be maintained with regular ordinary sterilization to move freely without friction, free of dust.
3.6.3. Adjustment & checks
There are no adjustments to be performed on this assembly.
3.6.4. Assembly Drawing (Refer to Section: Schematics & Layouts)
3.6.5. Warnings & Indications in Event of Failure.
•
Flow and Volume errors
3.7. Battery Charger (C00766-01-30) (C00767-01-30)
3.7.1. Function
The Battery charger of the Pony graphic supplies power to the Battery charging circuit (see
Mother Board).
Two models are available depending of the country where you purchased the system:
Pony graphic AC/DC adapter 220V 12V 1A P/N: C00766-01-30
Pony graphic AC/DC adapter 110V 12V 1A P/N: C00767-01-30
3.7.2. Description
The battery charger is a classified Class II equipment according to "IEC 601-1: 1990: Safety of medical electrical equipment “General requirements"
The diagram in assembly drawing shows the polarity of the connections between the Pony graphic Unit and the AC/DC adapter.
There is no adjustment to be performed on this assembly
Service Manual Ponygraphic Chapter 3 Part Description 3.8
3.7.5. Warnings & Indications in Event of Failure.
•
Power failure
•
Battery charging failure.
Service Manual Ponygraphic Chapter 3 Part Description 3.9
4. UNIT MAINTENANCE AND CONSUMABLE REPLACEMENT ........... 4.2
4. UNIT MAINTENANCE AND CONSUMABLE
REPLACEMENT
4.1. Operator Maintenance Program
The following log is recommended to be maintained by the user or by operator on daily /Weekly basis
General Precautions
•
DO NOT autoclave, gas sterilize or immerse the electrical parts of the in liquid.
•
The person operating the Pony graphic should not perform any servicing except as specifically stated in the Pony graphic User's Manual.
•
If the Pony graphic fails to respond as described, DO NOT use it until you have corrected the situation. Refer to the trouble-shooting section of this manual for more detailed discussion.
•
Always turn the PONY graphic off before cleaning or servicing.
•
DO NOT immerse any electrical part (i.e. Optoelectronic transducer) in water or any liquid.
•
DO NOT touch any exposed wiring or conductive surface while the cover is off and the system is running if using a grounding wrist strap.
•
Use insulated tools when touching the components of the PCBs.
•
Electrostatic Discharge through the PCBs will damage the components of the system.
Handle all circuit boards (replacements and defectives) by their non conductive edges and use anti-static containers when transporting them. Before servicing the equipment, ground yourself and the tool to discharge any accumulated static charge by wearing a static control wrist strap.
•
Check Power Supply Adapter voltage before connecting the AC main power.
•
Replace fuses ONLY with the same type and rating ones.
THINGS TO DO DAILY WEEKLY MONTHLY
General
Clean & disinfect Turbine
Charge batteries
Clean the Unit
√√√√
(Follow Instructions in Users Manual for cleaning of the unit &Turbine.
Refer the Pony graphic User's Manual for cleaning instructions
Checks display
√√√√
Check Display backlight
√√√√
Check Cables (power, flow meter)
Check battery status using the charger
Calibration
Carry out Turbine calibration
√√√√
√√√√
√√√√
√√√√
√√√√
The replacement of parts should be followed for smooth functioning of the system.
THINGS TO DO DAILY MONTHLY HALF YEAR YEARLY
Replace Internal Rechargeable batteries (Every 2 years)
(For replacement of the batteries follow the service procedure section of this manual)
Refer Users manual for details on maintenance.
For any replacement of accessories please refer operators manual.
For any procedure for replacement of consumables refer section on Service procedures
Service Manual Ponygraphic Chapter 4 Maintenance
4.2
The part numbers are as given in the parts list section (Appendix A) of this manual.
Service Manual Ponygraphic Chapter 4 Maintenance
4.3
4.3. Preventive Maintenance.
(Preventive maintenance is to be carried out by the COSMED authorized personnel only.)
Important note : the preventive maintenance procedure must be performed only using original parts of the standard packaging of each equipment
Besides tools normally used by a technician, it is necessary to have:
Voltmeter
Oscilloscope (20MHz Bandwidth)
The Engineer attending the preventive maintenance schedule must follow the guidelines given below
General checks.
Charger A381-003-202:
Check the integrity of the cable especially on the plugs at the ends and verify with a voltmeter the absence of electrical short circuit on it.
RS232 C00032-01-12:
Check the integrity of the cable especially on the plugs at the ends. Check electrically the cable by using a ohm meter for continuity check.
Check the integrity of the external transparent tube of the turbine. Verify that the rotor moves freely without friction and that the turbine is clean.
Check for any physical damage to the turbine or surface. Check the integrity of the cable especially on the plug at the end.
4.3.6. Pony graphic unit
Check the batteries using voltmeter, for replacement follow service procedure section of this manual. Check the Display for proper brightness and contrast, if found faulty follow the service procedure section for replacement of the display. Check the printer for by carrying a test and then printing the data on the printer with flow and volume curves.
The above ensure the complete check of the unit
Service Manual Ponygraphic Chapter 4 Maintenance
4.4
5. TROUBLESHOOTING .......................................................................... 5.2
The Pony graphic is unable to measure properly flow and volume;........................ 5.4
The batteries cannot be recharged or the green led remains off; ........................... 5.4
5. TROUBLESHOOTING
The following list is an extension of the troubleshooting section outlined in the operator's manual. The reader should familiarize with the setup, operation and troubleshooting sections of the operators manual before attempting to service the unit.
This section deals with the following problems and their recommended solutions o
The system does not operate when switched ON. o
The Printer does not work properly. o
The Pony graphic is unable to measure properly flow and volume. o
The optoelectronic transducer does not work. o
The batteries cannot be recharged or green LED remains OFF. o
Serial Communication Error. o
The Keyboard does not work o
The LCD Display backlight does not work.
Note:
It is very important while diagnosing problem to look at the non-instrumental aspects of troubleshooting. This will save time and efforts for reaching to the correct solution
Please ensure the following before opening the instrument.
•
There are no operator level problems.
•
There are no environmental problems.
Service Manual Ponygraphic Chapter 5 Troubleshooting
5.2
GENERAL
5.1. Careless mistakes during the use of the system
Effects: malfunction of the equipment or unreliable measurements.
While doing a test, ensure that the right height and weight are entered for the subject and desired predicted values are selected. Ensure proper procedure for doing the test as instructed in the User manual.
5.1.1. Warning
This chapter contains the indications useful to find out and repair most of the possible troubles of the Pony graphic. Pay attention to the version of the Pony graphic Unit you are repairing before following the Trouble-shooting indications (see next paragraph).
Before implementing this chapter it is strongly recommended to read the "Functional
Description" chapter of this manual.
Before trying to solve the trouble, be sure that the battery is charged and the system is in a steady condition. If the system indicates any malfunction or precautionary messages on the
Display find out the source of error, rectify it and then only proceed with the test.
5.1.2. Tools
Besides the tools normally used by a technician, it is necessary to have:
A Voltmeter to measure voltage.
A screwdriver with a thin point, to adjust the trimmer
5.1.3. The system doesn't operate when switched on;
Reference Layouts: mother board P/N: C01350-01-15
1. Turn-off the instrument, connect the AC/DC adapter to the Pony graphic Unit and verify if the green led is on otherwise proceed from to "The batteries cannot be recharged or the green led is off" item.
2. Recharge completely the batteries and remove the rear panel.
3. Turn on the Pony graphic Unit and verify if the voltage of pin 1 of U1 is about 5 Volts, otherwise proceed from to "The batteries cannot be recharged or the green led is off" item.
4. Turn off the instrument and verify if voltage on pin 6 of U13 is about 5 Volt (RAM disabled) otherwise replace U13.5.
5. Verify if the signal on pin 3 of U2 is the same as the following figure
6. otherwise replace X1 (crystal 4.194.304 MHz).
7. Verify if the signal on pin 39 of U1 is the same as the following figure otherwise replace the RTC U2.
8. Verify if the frequency of the squared waveform on pin 3 of U1 is about 839 KHz otherwise replace U1.
9. Verify if after the replacement of the EPROM U4, the RAM U3 and the FPGA U9 the unit works otherwise contact COSMED.
Service Manual Ponygraphic Chapter 5 Troubleshooting
5.3
5.1.4. The printer doesn't work properly;
Reference Layouts: mother board
P/N: C01350-01-15
1. Turn off the Pony graphic, remove the printer cover and verify that the paper is jam;
2. Verify if the batteries voltage is between 5.0 and 6.2 volt otherwise recharge the instrument.
3. Verify transistors Q1, Q2, Q3 and Q6 and eventually replace the broken ones.
4. Verify if after the replacement of the components U5, U6, U7 and U9 the unit works otherwise replace the printer.
5.1.5. The Pony graphic is unable to measure properly flow and volume;
Reference Layouts: mother board
P/N: C01350-01-15
1. Take off the turbine from the Optoelectronic Transducer and verify that the rolling blade is clean from dust, hairs or any external agent, otherwise refer to the "Pony graphic
User's Manual" for cleaning procedures.
2. Blow gently into the turbine and verify if the rolling blade moves freely otherwise replace the turbine itself.
3. Verify that the turbine is inserted completely into the Optoelectronic transducer (an incomplete insertion doesn't allow the photo diodes to work properly).
4. Verify that the connector of the Optoelectronic Transducer is properly inserted in its plug.
5. Open the above-mentioned connector and verify the integrity of the contacts (See
Appendix/Optoelectronic Transducer).
6. Perform any test (FVC, VC or MVV) and verify if the pin 10 of U1 is high (NOTE the enable signal remains high for only 5 seconds if no flow is detected), otherwise replace
U1.
7. Perform any test and verify if pin 1 of the Optoelectronic Transducer connector J5 is about 5 Volts otherwise control L6, L7, L8 and Q4 (photo diodes power supply)
8. Perform any test and, blowing into the turbine flowmeter, verify if both signals on pin 2 and pin 3 of J5 are similar to the following figure: otherwise refer to the "The
Optoelectronic transducer doesn't work" section below;
5.1.6. The Optoelectronic transducer doesn't work;
Reference Layouts: Optoelectronic Transducer Board
P/N: C00609-01-15;
1. Disassemble the Optoelectronic Transducer in order to access the internal PCB. Run the flow acquisition by pressing FVC, VC or MVV (NOTE the circuitry is powered for only 5 seconds if no flow is detected).
2. Verify if the voltage of pin E1 is about 5 Volt otherwise check the cable connections.
3. Verify if the voltage of the infrared emitters D1 and D2 is about 1.3 Volt and eventually replace the PCB.
4. Verify if voltage of the infrared emitter E2 and E3 (without turbine) is about 5 Volt or eventually replace optoelectronic reader (only PCB is not sold due to alignment problems)
5.1.7. The batteries cannot be recharged or the green led remains off;
Reference Layouts: mother board
P/N: C01350-01-15
1. Connect the AC/DC adapter to the main supply and verify if the output voltage is about
20 Volt DC otherwise verify the wire connection inside the adapter or replace it.
2. Connect the AC/DC adapter to the Pony graphic and verify if the green led is on
3. Open J8 on the mother board and connect (series) to its pins a multimeter in order to check the charging current (about 800 mA) (if the charging current is correct and the voltage of the batteries remains lower than 5 Volt, the batteries must be replaced).
4. Verify and eventually replace F1 (1.5 A).
5. Verify the contacts of the connections between the mother board and the power supply board.
6. Verify if the thermistor RV1 s properly soldered to the mother board;. Even if this is not visible, the impurities may reduce capacity of the sampling line to de-humid saturate the humidity elimination capacity.
Service Manual Ponygraphic Chapter 5 Troubleshooting
5.4
5.1.8. Serial Communication error
Reference Layouts: mother board P/N: C01350-01-15.
1. Verify if the serial cable is connected to the port configured on the PC software.
2. Open the 2 connectors of the serial cable and verify if the wires are properly connected to the relative pins.
3. Replace iteratively the following components: U11, U1, U9
5.1.9. The keyboard doesn't work
1. Disassemble the Pony graphic Unit and verify if the keyboard PCB is properly connected to the mother board.
5.1.10. The LCD Display back-light doesn't work
Reference Layouts: mother board
P/N: C01350-01-15
1. Note: the LCD back-light is automatically switched off during printing and one minute later last key is pressed.
2. Turn on the Pony graphic and verify if pin 11 of U1 is about 5 Volt otherwise replace
U1.
3. Verify if the voltage between pin 2 and 3 of J3 is 90 VAC otherwise replace T1.
Service Manual Ponygraphic Chapter 5 Troubleshooting
5.5
6. Service Procedures.
6.1.1. Disassembling the Pony graphic
It is necessary to open the unit for repair and adjustment , the procedure described bleow deals with the disassembling of the pony graphic unit.
1. Remove the Turbine from the Optoelectronic Transducer as described in the Pony graphic User's Manual.
2. Remove the 2 screws and open the cases to access the internal parts as shown in the following figure.
Screw
Optoelectronic Transducer
Board
(2) Pony graphic unit
Remove the 4 rubber pins from the bottom of the Unit, take off the 4 screws and open the cover;
Mother Board fixing screws
Top Cover
Rubber pin
Rear Cover fixing screw
After removing the Rear cover you may remove the following sub-assemblies:
•
Mother Board fixed with 4 screws to the top cover;
•
Keyboard fixed with 2 screws to the top cover;
•
[Power Supply Board fixed to the Mother Board];
•
Printer fixed to the Mother Board;
•
LCD Display fixed to the Mother Board
Service Manual Ponygraphic Chapter 6 Service Procedures
6.2
6.1.2. Replacing the internal Rechargeable batteries
The Pony graphic Unit is supplied by 2 rechargeable Nickel Cadmium Batteries (2.4 Volt, 1200 mAh), soldered to the mother board.
The life duration of the batteries depends strongly from how they are used (frequent charges and discharges stress the elements). When you verify that the autonomy of the system is unacceptably reduced (this can occur normally in 2 years), it is time to replace the batteries.
Procedure
1. Be sure that the Pony graphic is off.
2. Open the rear panel of the Pony graphic as the described in the chapter
"Disassembling the Pony graphic - Pony graphic Unit".
3. Disassemble the Mother board from the front case (4 screws fixes the PCB to the plastic case).
4. Unsolder the terminals of the batteries from the PCB and pull them out gently.
5. Place the new batteries paying attention to fix the thermistor on the older battery as found before the replacement.
6. Solder the connections of the batteries on the PCB.
7. Reassemble the Pony graphic unit.
Parts required
For the mentioned procedure you need the following items:
P/N Description
6.2. Electronics
This is necessary when the it is not possible to se any data on the display of pony graphic, one has to adjust the LCD contrast electronically.
Procedure
1. Switch off the Pony graphic and completely charge the batteries
2. Wait until the green led is blinking.
3. Wait for 20-30 minutes with the system off in order to bring the LCD display to the ambient temperature (the LCD contrast is compensated for the ambient temperature but, during recharging the sensor is affected by the heating of the batteries).
4. Open the rear panel of the Pony graphic as the described in the section
"Disassembling the Pony graphic - Pony graphic Unit".
Display Adjustment R54
1. Turn on the Pony graphic and adjust the Contrast R54 trimmer until the contrast meets the requirement.
2. Reassemble the Pony graphic unit.
Service Manual Ponygraphic Chapter 6 Service Procedures
6.3
6.2.2. Flow measurement Check and Calibration
Carrying out a VC test and verifying the real-time curve displayed on the LCD screen can easily check the flow measurement. The flowmeter is working substantially properly if:
1. The volume/time curve follows the ventilatory pattern both during expiration (pixels drawn from up to down) and inspiration (pixels drawn from down to up).
2. The Volume/time curve is regular and doesn't present peaks or clipped edges (see figure below)
Slow Vital Capacity
Volume (l)
4
Peak INSPIRATION
3
Clipped Edge
2
1
0
-1
-2
-3
EXPIRATION
-4
Time (sec)
For further information Refer to the Pony graphic User's Manual on “turbine calibration.”.
6.3. Auto Test Mode
Auto Test Mode
In the EPROM of the Pony graphic is stored an Auto-test program that is particularly useful to check eventual malfunctions of the main components.
The program can be activated by switching-on the Pony graphic Unit while a special adapter is connected to the RS232 port.
The electrical diagram of the Auto-test-adapter is shown in the following figure.
P1
2
7
3
8
1
6
4
9
5
Dtr
Tx
Rx
Dsr
Gnd
D1
LED
Check Clock
D2
LED
Check RAM
CONNECTOR DB9M
R1
10K
R2
10K
The adapter can be easily constructed or contact COSMED directly to procure it.
6.3.1. Running the Auto-test program
1.
2.
Switch off the Pony graphic Unit
Insert the Auto-test Adapter in the serial port of the instrument
3. Switch on the Pony graphic and verify the LEDs on the Auto-test adapter
The Pony graphic Unit runs a self-test routine in order to verify the integrity of the
•
Serial Communication,
•
RAM access and
•
The clock function
The results of these tests are prompted with glowing of the 2 LEDs of the Auto-test Adapter
(refer to the electrical diagram above reported):
D2 switched on Serial Communication OK
D2 is switched OFF RAM Access OK
Test menu is prompted on the display CLOCK Functions OK.
Service Manual Ponygraphic Chapter 6 Service Procedures
6.4
6.3.2. Operating the interactive Diagnosis Program
Once the automatic Self-test has been completed, the interactive diagnosis program is run. The display of the Pony graphic prompts the following items:
1. Keyboard
2. Printer
3. Display
4. Low-Battery
5. Turbine
•
From the Program menu select item 1 to run the Keyboard control
•
Press all the keyboard buttons in the following order.
•
1, 2, 3, 4, 5, 6, 7, 8, 9, 0, Enter, Cancel.
Whenever a malfunction of the keyboard is detected, an error message will be prompted.
•
From the Program menu select item 2 to run the Printer control
•
Verify if the printout report is comparable with the following figure:
•
From the Program menu select item 3 to run the Display control
•
Verify if the image shown on the Display is comparable with the following figure with the back-light off:
Press any key and verify if the image shown on the Display is comparable with the above reported figure with the backlight on.
6.4. Connecting to External Printer
6.4.1. External printer: features and connections
The Pony Graphic version 3.0 (and higher) allows you to print the test report through the small dot matrix printer of the spirometer as well as through any printer (Laser or inkjet) which supports the HP PCL3 (or higher) language.
The data transmission passes through the serial port of the Pony Graphic using the same communication cable DB9M-DB9F supplied with the standard equipment (transmission data to
PC) with the addition of an adapter (9M-25M non inverter).
If the printer does not have the serial interface, it is possible to use a common converter serial to-parallel or the Kit Serial to parallel converter for external printers P/N: C01391-01-11.
6.4.2. Main features of the test report
The test report shows the data (Forced Vital Capacity, Slow Expiratory Vital Capacity, Slow
Inspiratory Vital Capacity , Maximum Voluntary Ventilation ), curves Flow/volume and
Volume/time relative to the Forced Vital Capacity.
All the information is printed on one sheet; the scales and the resolution of the graphs (F/V and
V/t) are in compliance with the ATS 1987/1994 standards for the use "Validation & Hand
Measurement".
Service Manual Ponygraphic Chapter 6 Service Procedures
6.5
1
2
3
4
5
Graphic F/V
Range
Resolution
Flow (L/s)
-12*-12 0*8
5 mm/L/s
Volume (L)
10 mm/L
Scale 2:1 1:2
Disposition Upwards Right
Graphic V/t
Range
Resolution
Time (s)
0*8
20 mm/s
Volume (L)
0*8
10 mm/L
Disposition Right Upwards
6.4.3. Configuration of the printer
Attention: The Pony Graphic has to be configured correctly before connecting to the printer.
1. Check whether the printer supports the HP PCL3 (or Higher) language or following.
2. Use the user's manual of the printer in order to configure the following communication protocol:
Number of bit
8
Parity
Rate (BAUD)
Stop Bit
Handshake
no
9600
2
DTR Hardware
Note : The paper size used should be European A4 (210 x 297 mm).
Pony-Printer connection
The electric diagram of the connection between the Pony Graphic and the printer is useful in case the printer has a serial connector which is not compatible with the adapter which is supplied with the equipment.
Pony Graphic (DB9F) Printer/Serial to parallel shield
Tx
Rx
DSR
GND shield
Tx
Rx
DTR
6.4.4. Configuration of the Pony Graphic
1.
2.
Switch on the Pony Graphic and insert date
Choose "utility" (key 4)
3.
4.
Select "Configure" (key 6)
Select "PRINTER" (key 5) "PRINTER"
5. Make choice: 1 EXTERNAL, 2 INTERNAL
Note: the choice made remains memorized, also after the equipment has been switched off.
Printing procedure
The printing procedure is the same if one uses the internal conventional printer or the external printer; a detailed description of the print possibilities can be found in the user's manual
Before starting to print with the external printer it is necessary to check the following:
1.
2.
The communication cable and the adapter must both be connected correctly
The printer must be switched on
Before and during the process of data transmission, the Pony Graphic checks the correct connection with the printer, if the connection is not correct an error message will be prompted.
Service Manual Ponygraphic Chapter 6 Service Procedures
6.6
If you wish to interrupt the printing process press CANCEL.
Note: the external printer can only be used to print the test report; the other print-out (list test...) and possible messages (delete archive, calibration turbine...) can be printed only through the internal printer even if the external printer has been selected.
Service Manual Ponygraphic Chapter 6 Service Procedures
6.7
7. SCHEMATICS AND LAYOUTS ............................................................ 7.2
7. SCHEMATICS AND LAYOUTS
General
This Chapter provides the service personnel with information about the different Layouts, disassembling schematics and circuit diagrams of the Pony graphic.
Before disassembling the unit please take care that all the transducers and cables are disconnected from the unit.
Remove the base cover by unscrewing the four screws at the base.
Schematic & Layouts
7.1.1. Motherboard
7.1.3. Key board PCB (C01352-01-15)
7.1.7. Adapter Plug for Car charging
(C00095-01-05)
(C00609-01-15)
(C00297-01-12)
Service Manual Ponygraphic Chapter 7 Schematics & Layouts
7.2
Tav.3 - Mother board: schematic
C2
47PF
GND
4.194304
MHz
GND
X1
C1
22PF
5 6
U8C
74HC14
R1
10M
B0
B1
B2
B3
B4
B5
B6
B2
B3
B4
B5
B6
R30
VCC
5X100K
VCC VCC VCC VCC VCC
VCC
VCC
VCC
100NF
C30
121K
1N4148
D11
GND
GND
C31
100NF
R31
4.64K
1
2
3
U2
MOT
OSC1
OSC2
9
10
11
4
5
6
7
8
AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7
146818A
GND
RESET
SQW
PS
CKOUT
CKFS
IRQ
DS
STBY
18
23
22
21
20
19
17
16
R/W
AS
CS
15
14
13
R/W
AS
GND
R9
100K
C16
47PF
GND
J7
1
2
3
4
5
6
7
TASTIERA
BZ1
GND
VCC
BC212
Q9
R38 R35 R36 R37 R10
VOLUME
RESET
PA3
ON-T
A13
A14
A15
RS-TX
BEEP
FAS-LF
VCC
36
35
34
33
32
31
30
29
39
2
U1
OSC1
IRQ
37
1
TIMER
RESET
14
13
12
11
10
9
8
7
PA0
PA1
PA2
PA3
PA4
A13
A14
A15
PB0
PB1
PB2
PB3
PB4
PB5
PB6
PB7
146805E3
R32
2.15K
R12
1K
100NF
C5
GND
Q6
BC337
A8
A9
A10
A11
A12
B0
B1
B2
B3
B4
B5
B6
B7
OSC2
L1
AS
DS
6
4
R/W
5
38
3
22
21
19
18
17
16
15
28
27
26
25
24
23
GND
9 8
U8D
74HC14
11 10
U8E
74HC14
GND
13 12
U8F
74HC14
B1
B2
B3
B4
B5
B1
B2
B3
B4
B5
B6
B7
GND
100NF
C3
VCC
11
12
13
15
16
17
18
19
O0
O1
O2
O3
O4
O5
O6
O7
27C512
GND
U4
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A0
A1
A2
A3
A4
A5
CE
OE
20
22
24
21
23
2
26
27
1
10
9
8
7
6
5
4
3
25
CEEPR
-DS
A1
A2
A3
A4
A5
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
VBB
D13
BAT85
R44
2.15K
GND
D14
4.3V
GND
VCC
U13
5
CE
2
VBAT1
+
C40
100uF
GND
100NF
C41
GND
VCC
1
3
TOL
CEO
6
7
VBAT2
MXD1210
VCC-RAM
B0
B1
B2
GND
B4
B5
B6
B7
VCC
-Y1
RS-DSR
VCC
GND
VCC
3
S1
2
U9
17
18
19
20
21
22
23
24
25
26
10
11
12
13
14
15
16
B0
B1
B2
B3
GND
GND
B4
B5
B6
B7
RS-RX
VCC
BLOW
-Y1
RS-DSR
VCC
AS
GND
+
C42
10uF
GND
C43
100NF
GND
VCC
GND
100NF
C15
GND
1
VCC GND
F-2B
D1
M-STOP
A13
A14
VCC
GND
CEEPR
FT2
POR
DS
GND
VOLUME
FT1
RNA14
CEEXP
A15
53
52
51
50
49
48
47
46
45
44
60
59
58
57
56
55
54
F-2BX
D1
M-STOP
A13
A14
FT1
RNA14
CEEXP
A15
VCC
GND
GND
GND
ACTEL101
R15
100K
VCC
VCC
GND
100NF
C8
GND
R13
2.15K
B0
B1
B2
B3
B4
B5
B6
B7
B3
B4
B5
B6
B7
A8
A9
A10
A11
AS
DS
Q5
BC337
GND
VBAT
T1
VCC
R41
15K
VBAT
R43
10K
GND
BC547
6.8uF
R39
46.4K
C33
R40
261K
C26
68pF
Q10
GND
R33
33
1
2
3
4
47NF
C32
100V
CX
U12
LBR
LBD
GND
MAX634
R34
6.81K
VFB
VREF
+VS
LX
8
7
6
5
R29
68.1K
VBAT
909K
20
19
18
17
16
15
14
13
12
11
U11
R2OUT
R2IN
T2OUT
V-
C2-
C2+
V+
C1-
V-
C2+
MAX233
R42
100NF
C27
10uF
C28
+
C29
100uF
GND
T2IN
T1IN
R1OUT
R1IN
T1OUT
GND
VCC
C1+
GND
C2-
4
5
6
7
1
2
3
8
9
10
GND
RS-TX
RS-RX
GND
GND
D10
1N4148
GND
L15
680uH
GND
L1
L2
L3
L4
L5
33uH
33uH
33uH
33uH
33uH
GND
DSR
RX
TX
DTR
VEE
GND
R54
RV2
K164
15K
GND
5KMVH
10uF
C6
VCC
VEE
RD
A0
RESET
B1
B3
B5
B7
4.64
VCC
R2
VCC
RF-GND
BAT85
D12
J2
1
3
5
7
9
8
10
11 12
13 14
15 16
2
4
6
17 18
19 20
R/W
Y5
B0
B2
B4
B6
GND
GND
J3
1
2
3
4
DISPLAY
8
3
7
2
5
9
4
6
1
J1
GND
VCC
A6
A5
A4
A3
A2
A1
A0
A14
A13
A12
A11
A10
A9
A8
A7
100NF
GND
C39
U3
A6
A5
A4
A3
A2
A1
A0
A14
A13
A12
A11
A10
A9
A8
A7
25
3
4
5
6
7
8
9
10
1
26
2
23
21
24
84256A
GND
CE
20
27
WE
22
OE
D7
D6
D5
D4
D3
D2
D1
D0
19
18
17
16
15
13
12
11
VCC-RAM
B6
B5
B4
B3
B2
B1
B0
VBAT
R14
100K
GND
1uF
C35
1uF
C36
GND
C4
1uF
C37
1uF
C38
100NF
Q1
Short
R3
221
D5
BC237B
GND
GND
VBAT
VCC
1N4148
D1
6
7
8
1
2
3
4
5
1
2
3
4
5
6
7
8
1N4148
U5
CLA
1C
1B
GND
GND
2B
2C
CLAMP
ULN2064B
4C
NC
4B
GND
GND
3B
NC
3C
U6
CLA
1C
1B
GND
GND
2B
2C
CLAMP
ULN2064B
D2
GND
R4
322
R5
562
4C
NC
4B
GND
GND
3B
NC
3C
16
15
14
13
12
11
10
9
16
15
14
13
12
11
10
9
D4
1N4148
GND
R11
GND
GND
C12 1uF
F-G
GND
GND
C11 1uF
C10 1uF
C34 1uF
R6
1
Q2
ZTX689B
GND
4.64K
Q4
BC212
10uF
C14
GND
GND
100NF
C9
VCC
2
74HC14
U8A
1
GND
33uH
33uH
33uH
L6
L7
L8
TURBINA
J5
1
2
3
4
GND
4
74HC14
U8B
3
GND
Q3
2N2907
1
8
6
5
TLC271
+
U7
-
3
2
D3
1N4148
C7
100NF
C13
100NF
R7
100K
R8
2.15K
GND
FF
PR-REE
GND
SB
SC
SD
SE
SF
SG
SH
GND
PRINTER
J6
11
12
13
14
15
6
7
8
9
10
1
2
3
4
5
16
17
18
RF-GND
F1
F2A
J4
2
1
BNP002
L10
1N5820
D8
Q7
BD227
+
C44
100uF
25V
R16
681 ½Watt
R17
147
C17
47NF
BC548B
Q11
R21
464
L11
400uH
R18
Q8
BC548B
22
C23
10uF
+
D9
1N5820
R45
5.11K
BAV20
D6
D7
BZX79
R25
1W.33
R22
681
R46
6.19K
R47
46.4K
+
C20
22uF
LED
D15
680pF
R19
619
C18
C25
1NF
15
A
5
B
4
C
C19
82pF
R48
7.87K
GND
U10
TEA1100
RV1
4K7NTC
GND
4
7
10
3
2
11
C21
1NF
R20
27K
VBB
R23
147K
R24
147K
10uF
C24
C22
680pF
VBAT
BC237
Q12
R49
4.99K
+
SW1
R50
100K
C45
47uF
J8
F2
T3A
R26
46.4K
P1
VBAT
22uH L12
R27
100K
R28
1M
VCC
+
C46
150uF
GND
U14
1
LB0
GND
6
GND
2
LB1
1N4148
D16
10uF
C47
GND
LX
FB
7
3
BT1
1.2X2
MAX761
R51
21.5K
BT2
1.2X2
C53
100NF
C52
100NF
47uF
C48
1N5819
GND
C54
220pF
GND
L13
22uH
D17
+
C49
150uF
GND
C50
47pF
680uH L14
R52
147K
R53
60.4K
+
VCC
C51
100uF
GND
E1
GND
GND
8. Appendix A: Replaceable Part List .................................................... 8.2
8. Appendix A: Replaceable Part List
P/N Description
C01805-01-98
C01814-01-98
C00214-01-20
Adult Mouthpieces * 30 mm (500 pieces)
Pediatric mouthpieces * 22 mm (500 pieces)
Adapter for pediatric mouthpieces ID 22mm
C00441-01-98
A 666 905 001
C00643-01-98
C00600-01-11
C00296-XX-91
C00109-01-30
C00766-01-30
C00767-01-30
A 362 110 001
C00297-01-12
A 388 010 002
C00032-01-12
C01391-01-11
C00095-01-05
C00213-01-12
C00121-XX-31
C01339-XX-31
C00187-XX-31
C00292-01-05
C00086-01-30
C01344-01-30
C00096-01-20
C00551-01-08
C01350-01-15
C00087-01-15
C01352-01-15
C00609-01-15
C00126-01-20
C00089-01-92
C01338-01-92
C01572-01-92
C00126-01-08
A 256 210 001
A 410 700 004
Service Manual Ponygraphic
Nose clips (5 pieces)
Printer ribbon (5 pieces)
Printer paper (10 pieces)
Calibration syringe 3 liters
Pony graphic User manual (XX:01=IT/02=EN/03=FR/ 04=ES/ 05=DE)
Carrying case Pony graphic
AC/DC adapter Pony graphic 220V
AC/DC adapter Pony graphic 110V
Plug + cable x AC/DC adapter Pony graphic
Adapter plug for car charging Pony graphic
RS232 adapter for external printer (serial interface available)
Serial cable (D9M-D9F)
Kit Serial to parallel converter for external printers
Optoelectronic transducer Pony graphic
Cable+plug x Optoelectronic transducer Pony graphic
Eprom Pony graphic (XX: 01=IT, 02=EN, 03=FR, 04=ES, 05=DE)
Eprom Spirotur 610 (XX: 02=EN, 03=FR, 04=ES, 05=DE)
Eprom Discovery graphic (XX: 02=EN, 03=FR, 04=ES)
Turbine Pony graphic
Display Pony graphic (before may 1996 models)
Display Pony graphic (after may 1996 models)
Film safe x Pony graphic display
Printer Pony graphic (after may 1996 models)
Mother Board Pony graphic (after may 1996 models)
Keyboard Pony graphic (Till may 1996 models)
Keyboard Pony graphic (after may 1996 models)
Optoelectronic transducer (Pony graphic) board
Top cover Pony graphic
Keyboard panel Pony graphic
Keyboard panel Spirotur 610
Keyboard panel Discovery graphic
Bottom cover Pony graphic
Rubber feet x bottom cover Pony graphic
Pony graphic Ni Cd batteries (1 of 2)
Appendix A 8.2
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Key Features
- Portable spirometer
- Forced Vital Capacity (Pre and Post)
- Slow Vital Capacity (Inspiratory and Expiratory)
- Maximum Voluntary Ventilation
- Graphic printer
- RS232 interface
- Ni-Cd Rechargeable Batteries
- PC software
- External printer
Frequently Answers and Questions
What is the function of the Pony Graphic unit?
What is the purpose of the flow meter?
How can I connect the Pony graphic unit to a PC?
What is the battery autonomy of the Pony graphic unit?
What is the power supply for the Pony graphic unit?
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