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BIO-MED DEVICES 2005IC Instruction Manual Download Page 17

 

15

CPAP mode, an inspiratory effort triggers the flow of a volume of gas equal 
to inspiratory time X flow rate.  However, in this mode the high pressure is 
not applied intermittently to the exhalation valve.  Only the PEEP/CPAP 
control is operative.  The PEEP/CPAP control may be turned fully clockwise 
thus applying zero pressure to the exhalation valve.  In this way the ventilator 
may be used to administer, on demand, gas of a preset oxygen 
concentration at ambient pressure.  In both the SIMV and CPAP modes 
there may be a momentary fluctuation of a few cmH

2

O pressure depending 

on the flow rate, inspiratory time, system compliance and gauge response. 

 

Note that in this mode, the expiratory time should be turned to maximum 
(fully clockwise) and the NORMAL/SIMV selector should be in the SIMV 
position.  This will prevent false cycling and help to reduce gas consumption. 
 It is also advisable, for added safety, the maximum pressure control be 
turned off (fully clockwise) when using the CPAP mode. 

 

5. Manual 

Mode 

The manual control can be used for hyperventilating before suctioning, 
sighing the patient or synchronizing with chest compressions for 
cardiopulmonary resuscitation. 

 

The manual button is inoperative until the CYCLE/CPAP-MANUAL selector is 
switched to the CPAP-MANUAL position.  The inspiration time is set with the 
inspiratory time control.  The manual button should be depressed long 
enough on each cycle to set the inspiratory timer and then released.  The 
inspiratory period will then last as long as the time set with the inspiratory 
time control.  The tidal volume is then equal to the inspiratory time X flow rate 
(volume limited). 

 

If the manual button is held in for a time greater than the preset inspiratory 
time, then inspiration will last during the entire time that the manual button is 
depressed.  In this case the volume delivered is unknown.  The pressure 
gauge may be observed as an indicator of degree or ventilation.  By using 
the PEEP/CPAP control it is possible to ventilate manually with PEEP.  The 
MAX. PRESSURE control may also be used in manual mode to pressure 
limit each breath. 

 

B.  CONTROLS, INDICATORS AND CONNECTIONS 

 

1. Controls 

a. CYCLE/CPAP-MANUAL 

Switch 

Selects non-cycling (CPAP) or time-cycled (cycle) modes or 
operation. 

 

b. Inspiratory 

Time 

Sets inspiratory time in time cycled modes.  Calibrated from 0.4 to 2.0 
sec. 

 
c. Expiratory 

Time 

Sets expiratory time in time-cycle modes.  Calibrated from 0.5 to 4 

Summary of Contents for 2005IC

Page 1: ...DEVICES IC 2A ADULT INTENSIVE CARE VENTILATOR INSTRUCTION MANUAL CATALOG 8050A PRICE 25 00 REV 122606 BIO MED DEVICES INC 61 SOUNDVIEW ROAD GUILFORD CT 06437 203 458 0202 Fax 203 458 0440 www biomeddevices com ...

Page 2: ...A EQUIPMENT REQUIRED 18 B SUPPLY GAS 18 C MOUNTING BRACKET 18 D ANCILLARY EQUIPMENT 18 IV SET UP 20 A CONNECTION OF GAS SUPPLY 20 B CONNECTION OF PATIENT CIRCUIT 20 V SELECTION OF VENTILATION PARAMETERS AND ADJUSTMENT OF CONTROLS 21 A INTERMITTENT POSITIVE PRESSURE VENTILATION IPPV WITH OR WITHOUT PEEP 21 B SYNCHRONIZED INTERMITTENT MANDATORY VENTILATION SIMV 22 C CONTINUOUS POSITIVE AIRWAY PRESSU...

Page 3: ...ERS REGULATORS MOUNTING BRACKETS AND SUPPORT STANDS THAT ARE MADE OF ANY METAL THAT COULD BE ATTRACTED BY A MAGNET SYMBOL EXPLANATION Attention See Instructions for Use Date of Manufacture SN Serial Number REF Catalog Number The CE mark displayed on this product signifies that this device is in compliance with the European Medical Devices Directive Council Directive 93 42 EEC As a prerequisite for...

Page 4: ...ut coupler D blender primary outlet to IC 2A patient supply 2 Connect the air supply hose 1011 to the air supply fitting on the blender 3 Connect the elbow fitting B to the leg of the high pressure wye A and the other side of the elbow to the logic supply fitting on the IC 2A 4 Using the coupler C connect the other leg of the high pressure wye to the O2 supply fitting on the blender 5 Connect the ...

Page 5: ... regulator in the cylinder bracket to the left and with the supply output fitting facing to the rear If using Bio Med s Deluxe Regulator then the 50 psi out fitting should face forward Use the elbows 3 in the following locations Face the threads as indicated Logic supply input on the IC 2A face threads to the rear Patient supply input on the IC 2A face threads to the rear Blender output face threa...

Page 6: ...supply input on the IC 2A Blender output The enclosed high pressure wye is to be used to split the oxygen source before the blender so one leg goes to the blender input and the other to the IC 2A logic input Connect the 10 oxygen supply hose to the input of the wye Connect the short hose leg of the wye to the blender oxygen input Connect the long hose leg of the wye to the elbow on the IC 2A logic...

Page 7: ...5 ...

Page 8: ...8001A or 8001AM QTY CAT DESCRIPTION 1 CCAP005 CAP ON IC 2A PATIENT OUTLET 1 2013 MOUNTING BRACKET 1 8005 HIGH PRESSURE WYE 2 PFIT143 SUPPLY ELBOW ADAPTERS 1 1010 10 HIGH PRESSURE O2 SUPPLY HOSE 1 1020 ADULT TEST LUNG 2 8002A DISPOSABLE PATIENT CIRCUIT 1 8050A IC 2A INSTRUCTION MANUAL 1 WARRANTY CARD For IC 2A Complete Package Catalog 8001AMBC QTY CAT DESCRIPTION 1 8001AM IC 2A MRI VENTILATOR 1 CCA...

Page 9: ...KIT INCLUDES THE FOLLOWING QTY CAT DESCRIPTION 2 PFIT143 SUPPLY ELBOW ADAPTERS 1 8005BH HIGH PRESSURE WYE FOR BLENDER ON STAND 2 1010 2 2 OXYGEN SUPPLY HOSE 1 1010 10 OXYGEN SUPPLY HOSE 1 1011 2 2 AIR SUPPLY HOSE 1 1011 10 AIR SUPPLY HOSE 1 2013BH BLENDER BRACKET FOR HEAVY DUTY STAND ...

Page 10: ... Nor does the warranty cover abuse or misuse of the instrument or damage due to unauthorized servicing If service is required the instrument must be properly packed and shipped pre paid directly or through your dealer to BIO MED DEVICES INC 61 SOUNDVIEW ROAD GUILFORD CT 06437 203 458 0202 An explanation of the problem should accompany the equipment Please include your name and telephone number wit...

Page 11: ...UMBER If the ventilator is to be used unattended or without remote monitoring a high low pressure alarm must be used at all times with the user within visual and or audible range of this alarm Recommended monitors for this purpose are Bio Med Devices M 1 or M 10 Any HUMIDIFIER used with the IC 2A must be a flow through type having a low pressure drop Use of a humidifier with a bubbler tube or pres...

Page 12: ...ng to patient to avoid erroneous breaths Whenever the IC 2A is turned off disconnect the patient before turning the ventilator back on in order to avoid erroneous breaths Antistatic or electrically conductive hoses or tubing should not be used ...

Page 13: ...ssure Ventilation IPPV Synchronized Intermittent Mandatory Ventilation SIMV Continuous Positive Airway Pressure CPAP Manual C FEATURES Portable Compact and light weight May be hand carried or attached to stand used without interruption during transportation compatible with masks endotracheal tubes and tracheostomy tubes Gas Powered Portable pressurized tank or wall outlet providing 50 psi oxygen o...

Page 14: ...dically with an oxygen analyzer The tidal volume when the ventilator is operated in a volume limited mode is the product of flow rate converted to ml sec and inspiratory time TIDAL VOLUME ml FLOW RATE ml sec X INSPIRATORY TIME sec NOTE Flow rate is not Minute Volume MINUTE VOLUME TIDAL VOLUME X RESPIRATORY RATE It should be noted that the MAX PRESSURE and PEEP CPAP control settings are affected sl...

Page 15: ... limit is normally set 5 10 cmH2O above the pressure attained It then acts as an upper level failsafe If patient resistance or compliance cause a significant increase in pressure the pressure will be limited at the preset level When this occurs the ventilator is no longer volume limited since some gas is dumped to atmosphere and therefore the tidal volume is unknown b Pressure Limited Whenever the...

Page 16: ...ll being generated following the termination of the inspiratory period another inspiratory period and as many more as necessary will be initiated thus providing as much gas as required The patient may exhale at any time during spontaneous breathing since the exhalation valve is not pressurized It is however desirable to set the flow rate and inspiratory time to give a tidal volume as close to the ...

Page 17: ...ing with chest compressions for cardiopulmonary resuscitation The manual button is inoperative until the CYCLE CPAP MANUAL selector is switched to the CPAP MANUAL position The inspiration time is set with the inspiratory time control The manual button should be depressed long enough on each cycle to set the inspiratory timer and then released The inspiratory period will then last as long as the ti...

Page 18: ...ators a Pressure Gauge Indicates proximal airway pressure Calibrated from 20 to 120 cmH2O b Cycle Indicator Indicates any time cycled inspiratory period c Demand Indicator Indicates any cycle initiated by patient breathing effort or backup timer 3 Connections a Logic Power Supply 100 O2 A DISS oxygen fitting for connection to source of clean dry 50 5 psi 345 34 5 kPa oxygen to power logic b Patien...

Page 19: ...art 8002A Pressure Gauge 10 to 120 cmH2O 3 full scale accuracy Failsafe Two Way Relief Valve Installed internally opens at pressures above 120 20 cmH2O or below 4 1 cmH2O PEEP CPAP Range Variable from 0 to 25 5 cmH2O Logic Gas Consumption Approximately 12 LPM Varies with control settings Higher pressure increases consumption Weight 4 1 kg 9 lbs Physical Dimensions 8 57 X 15 56 X 26 04 cm 3 1 8 x 6...

Page 20: ...CASE SHOULD A SUPPLY PRESSURE LESS THAN 35 PSI 242 kPa OR OVER 80 PSI 552 kPa BE CONNECTED TO THE IC 2A AS IT WILL CAUSE MALFUNCTION OF THE VENTILATOR C MOUNTING BRACKET The supplied mounting bracket may be installed on any column up to 1 5 in diameter D ANCILLARY EQUIPMENT Other standard equipment that may be used with the IC 2A at the option of the user includes Oxygen Blender any oxygen blender...

Page 21: ... Med Devices M 10 may be connected if desired to simplify use of the ventilator by supplying readout of rate and I E ratio It should be connected in the same way as the high low pressure alarm Spirometer any spirometer may be used to verify the tidal volume administered by the IC 2A NO DEVICE SHOULD EVER BE CONNECTED TO THE EXHALATION VALVE LINE OR MALFUNCTION MAY RESULT ...

Page 22: ... to the main patient output fitting Connect the other end to the input port of the humidifier 2 Connect the main patient hose corrugated tube to the output connector of the humidifier 3 Attach the exhalation valve line to the exhalation valve fitting 4 Connect the proximal airway pressure line to the pressure gauge fitting 5 Attach patient port of exhalation valve to a test lung BMD Part 1020 Afte...

Page 23: ...m PEEP CPAP control fully clockwise zero Step 5 adjust insp time and exp time controls to required settings Step 6 set flow rate control to proper position to give desired tidal volume according to Table II Step 7 set desired oxygen concentration with blender control Example Prescribed parameters Tidal Volume 500 ml Respiratory Rate 20 I E Ratio 1 2 From Table I Insp Time 1 0 sec Expiratory Time 2...

Page 24: ...piration Step 12 If PEEP is to be used set the desired level using the PEEP CPAP control Adjust control until the pressure gauge indicates the desired level during the expiratory time Note that the PEEP level is somewhat sensitive to flow rate The PEEP control should be set with the flow rate used When using PEEP the inspiratory effort control should be reset to compensate for each PEEP level used...

Page 25: ...isted breath the backup timer is reset The interval between assisted breaths may still be set to the maximum expiratory time of at least 45 seconds In SIMV the demand indicator alone will show spontaneous breaths while both demand and cycle indicators together indicate an assisted breath or a backup breath C CONTINUOUS POSITIVE AIRWAY PRESSURE CPAP NOTE WHENEVER THE IC 2A IS TURNED OFF DISCONNECT ...

Page 26: ...set NORMAL SIMV selector to SIMV Set expiratory time to maximum Step 3 set desired inspiratory flow rate and inspiratory time Step 4 set maximum pressure level rear panel control by occluding patient port depressing manual control and adjusting maximum pressure Step 5 adjust PEEP level in manner similar to maximum pressure if it is desired to have PEEP during manual cycles Step 6 ventilate test lu...

Page 27: ...hanges Expiration Valve must be positioned with diaphragm cap white section with pilot hose connection up Exhaust port on bottom should be unimpeded White adapter section on exhaust port of the exhalation valve may be removed to limit the amount of noise produced due to resonance Do not connect any devices such as spirometer alarms monitors etc to exhalation valve line WHEN THE VENTILATOR MUST BE ...

Page 28: ...r source steps should be taken to filter and dehumidify the room air before introducing it into the IC 2A Do not lean on or place excessive weight on the IC 2A while it is mounted on a bracket since the bracket is designed to support only the IC 2A Moisture or dirt in the IC 2A will cause it to function improperly It is recommended that the BMD patient circuit 8002A be used with the IC 2A The use ...

Page 29: ...nnect a water supply to these fittings Only clean dry oil free medical grade gas may be used B CHECKOUT PROCEDURE For the following tests the unit will require supply connections of 50 5 PSI 345 34 5 kPa medical grade oxygen an adult patient circuit Bio Med 8002A and a test lung Bio Med 1020 Unless otherwise stated all controls and switches are set as follows Connect 100 02 supply at 50 PSI 345 kP...

Page 30: ...ould not be less than 100 cm or greater than 130 cm 6 MAXIMUM PRESSURE Set INSPIRATORY TIME to 2 sec Set ON OFF switch to ON Observe the manometer while increasing the flow rate through its entire range The circuit pressure during inspiratory must be 100 cm or greater through entire flow range 7 MAXIMUM PRESSURE ZERO Turn Maximum Pressure knob fully CW Set ON OFF switch to ON Observe the manometer...

Page 31: ...INSPIRATORY TIME knob in a CCW direction verify that all indicated times are within 10 of panel values 13 EXPIRATORY TIMES Set up as in 12 While turning the EXPIRATORY TIME knob in a CCW direction verify that all indicated times are within 10 of panel values While the unit is in inspiratory move the EXPIRATORY TIME knob CW to the full IMV position against the stop For an accurate reading of the ba...

Page 32: ...ont dial of the gauge If the calibration of any of the indicators or controls is in error then the instrument should be returned to BMD for adjustment D IF SERVICE IS REQUIRED The IC 2A Ventilator should be returned to BMD for any repair or service that may be required Maintenance scheduling of the Bio Med Devices IC 2A Pneumatic Ventilator is dependent upon frequency of use condition of supply ga...

Page 33: ...1 3 1 1 7 1 2 5 1 3 3 1 52 48 40 34 27 22 75 1 1 9 1 1 5 1 1 1 3 1 2 1 2 7 1 43 40 34 30 24 20 1 00 1 2 5 1 2 1 1 3 1 1 1 5 1 2 1 32 30 27 24 20 17 1 50 1 3 8 1 3 1 2 1 1 5 1 1 1 3 1 25 24 22 20 17 15 2 00 1 5 1 4 1 2 7 1 2 1 1 3 1 1 14 13 13 12 11 10 EXPIRATORY TIME SEC 4 00 1 10 1 8 1 5 3 1 4 1 2 7 1 2 60 RESPIRATORY RATE INSP TIME EXP TIME 60 R TI TE ...

Page 34: ...20 130 170 250 330 500 670 30 200 250 375 500 750 1000 40 270 330 500 670 1000 1330 50 330 420 630 830 1250 1670 60 400 500 750 1000 1500 2000 70 470 580 875 1170 1750 2330 FLOW RATE LPM 75 500 630 940 1250 1880 2500 TIDAL VOLUME ml INSP TIME X FLOW RATE ml sec VT TI X VI ...

Page 35: ...3 APPENDIX A EUROPEAN AGENT Bio Med Devices Official Agent in Europe is HORST HÖRNLA H H Intermed Schwedenstraße 32 87463 Dietmannsried Reicholzried United Germany Telefon 08 31 6 31 86 Fax 08 31 6 09 54 ...

Page 36: ...uss The results of the test were as follows 1 There was no detectable magnetic attraction of the ventilator 2 The operation of the ventilator was not affected 3 There was no effect on the MRI image Although this test was performed within the bore of the MRI unit Bio Med Devices does not recommend the ventilator be placed inside the bore in practice Minimum proximity of one meter should be observed...

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