Dräger Oxylog VE300 Instructions For Use Manual
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Dräger Oxylog VE300 Instructions For Use Manual

Emergency and transport ventilator
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Instructions for use
Oxylog VE300
WARNING
To properly use this medical device,
read and comply with
these instructions for use.
Emergency and transport ventilator
Software 1.n

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Summary of Contents for Dräger Oxylog VE300

  • Page 1 Instructions for use Oxylog VE300 Emergency and transport ventilator WARNING Software 1.n To properly use this medical device, read and comply with these instructions for use.
  • Page 2 This page has been left blank intentionally. Instructions for use Oxylog VE300 SW 1.n...

  • Page 3: Table Of Contents

    (option) ..... Connecting the CO sensor and the CO 5.10 Attaching the device to rail systems ..........Getting started ..................Charging the battery ............... Determining the approximate pneumatic duration of operation ..Instructions for use Oxylog VE300 SW 1.n...
  • Page 4 12 Reprocessing ................... 12.1 Disassembly ................... 12.2 Information on reprocessing ............12.3 Safety information................12.4 Classification for reprocessing............12.5 Recommendations for reprocessing ..........12.6 Reprocessing the non-critical components........12.7 Reprocessing list ................12.8 Assembly ..................Instructions for use Oxylog VE300 SW 1.n...
  • Page 5 15.12 Emission of high-frequency energy ..........15.13 Connections to IT networks ............15.14 Open-source software ..............16 List of accessories................... 16.1 List of accessories ................17 Password ....................17.1 Password protection ............... Index......................Instructions for use Oxylog VE300 SW 1.n...

  • Page 6: Information Regarding The Instructions For Use

    Trademarks Trademarks owned by Dräger The trademarks are registered in the following countries: Trademark Country Oxylog® Germany, EU, USA, Australia DrägerService® Germany, USA MEDIBUS.X® EU, USA ClassicStar® EU, USA NovaStar® EU, USA Instructions for use Oxylog VE300 SW 1.n...
  • Page 7 Schülke & Mayr Mikrozid® Schülke & Mayr acryl-des® Schülke & Mayr Actichlor® Ecolab Sekusept® Ecolab Oxycide® Ecolab USA Dispatch® Clorox Descogen® Antiseptica Virkon® DuPont BruTab 6S® Brulin Klorsept® Medentech Trademark Trademark BIPAP 1) Licensed trademark Instructions for use Oxylog VE300 SW 1.n...

  • Page 8: Safety-Related Information

    Safety-related information Safety-related information Intended use Oxylog VE300 is a time-cycled, volume-controlled and pressure-controlled emergency and transport ventilator for patients requiring mandatory or assisted ventilation with a tidal volume from 100 mL upward. Indications For patients with a tidal volume of 100 mL upward.

  • Page 9: Essential Performance Characteristics

    2.6.2.3 Service personnel Task Requirement Installation Specialist knowledge in electrical engi- neering and mechanics Basic service work (inspection, mainte- Experience in the servicing of medical nance according to the "Service" chap- devices ter) Instructions for use Oxylog VE300 SW 1.n...

  • Page 10: Information On Safety Instructions And Precautionary Statements

    ► Follow these instructions for use and those for any products used in conjunction with this product. ► Only use this product for the purpose specified in "Intended use". ► Keep these instructions for use close to hand. Instructions for use Oxylog VE300 SW 1.n...
  • Page 11 Modifications to the product Modifications to the product may lead to malfunctions and unforeseen risks. This may result in injury to the patient or the user or in property damage. ► Do not modify this product. Instructions for use Oxylog VE300 SW 1.n...
  • Page 12 Medical electrical equipment is subject to special precautionary measures concerning electromagnetic compatibility. During installation and before initial operation, follow the information in section: "EMC Declaration" (page 121). This device can be affected by other electrical devices. Instructions for use Oxylog VE300 SW 1.n...
  • Page 13 ► Only use a pressure reducer with a blow-off valve at the outlet to limit the outlet pressure to a maximum of 1000 kPa in the event of a malfunction. Instructions for use Oxylog VE300 SW 1.n...
  • Page 14 "Service", page 106. ► Service must be performed by those target groups that are assigned to the particular measure. ► Only carry out service activities when there is no patient connected to the device. Instructions for use Oxylog VE300 SW 1.n...

  • Page 15: Product-Specific Safety Information

    (e.g., in the event of a power failure or an interruption of the gas supply), ventilation with an independent ventilation device (breathing bag) must be started immediately. ► Keep a manual resuscitator at the ready. ► Ventilate with PEEP and/or increased inspiratory O concentration if necessary. Instructions for use Oxylog VE300 SW 1.n...

  • Page 16: Additional Information

    ► Transport the device safely and in a stable manner. ► Place the device on a flat and stable surface for operation. 2.10 Additional information 2.10.1 Training User training is offered by the responsible Dräger organization, see www.draeger.com. Instructions for use Oxylog VE300 SW 1.n...

  • Page 17: Overview

    Alarm silence key To suppress the acoustic alarm signal for 2 minutes Color LEDs To visually indicate alarms USB port To export data. Compatible with USB 2.0 Battery compartment cover Instructions for use Oxylog VE300 SW 1.n...
  • Page 18 Description Carrying handle To transport the device Compressed gas port with standard To connect an O compressed gas connector hose Connector for the DC power supply To connect to an external power supply Instructions for use Oxylog VE300 SW 1.n...
  • Page 19 Do not block the emergency air inlet. ► A blocked emergency air inlet may result in ventilator malfunction. Devices with the Plus option are indicated by labels on the sides of the device. Instructions for use Oxylog VE300 SW 1.n...

  • Page 20: Main Device With Carrying System

    Hinge (when the closure is raised) To open the carrying system. Height-adjustable. For further infor- mation, see the following chapter: "Assembling the main device with carrying system (option)", page 33. Pins To attach the accessories bag (option) Instructions for use Oxylog VE300 SW 1.n...

  • Page 21: Breathing Circuits

    Charging pins To use the device with the carrying system holder. Breathing circuits Reusable breathing circuit for adults Designation Elbow Pressure sensor Breathing valve Breathing hose Pressure measuring line Instructions for use Oxylog VE300 SW 1.n...
  • Page 22 Disposable breathing circuit for adults Designation Red protection cap Elbow Breathing valve Breathing hose Device-side connectors Reusable breathing circuit for adults (with Plus option) Designation Elbow Flow sensor Breathing valve Breathing hose Flow and pressure measuring lines Instructions for use Oxylog VE300 SW 1.n...

  • Page 23: Range Of Functions

    For a detailed description of the ventilation modes and the additional settings, see page 56. For information on abbreviations, see page 24. In these instructions for use the unit of measurement for airway pressure is expressed in [mbar]. Instructions for use Oxylog VE300 SW 1.n...

  • Page 24: Abbreviations

    PC-BIPAP Pressure-controlled - spontaneous breathing with continuous positive airway pressure with 2 different pressure levels PEEP Positive end-expiratory pressure Patient gas measurement Pinsp Inspiratory pressure Peak inspiratory pressure Pmax Pressure limitation Pressure support Instructions for use Oxylog VE300 SW 1.n...

  • Page 25: Symbols

    A class II device with protection against electric shock through additional safety precautions such as double or reinforced insu- lation and without connection to the protective ground conduc- AC voltage DC voltage Mains power Instructions for use Oxylog VE300 SW 1.n...
  • Page 26 Screen rotation key Inlet for ambient air Warning: Emergency air inlet. Do not block. Part number Serial number Lot number Revision index Nominal weight Maximum weight Keep away from rain Keep away from sunlight Instructions for use Oxylog VE300 SW 1.n...
  • Page 27 Not made with natural rubber latex LATEX Keep free of oil and grease Quantity Use by Lower alarm limit Upper alarm limit Slope (steep, medium, flat) Patient category Adult Patient category Child Screenshot Bluetooth USB port Instructions for use Oxylog VE300 SW 1.n...

  • Page 28: Operating Concept

    Rotary knob for making selections, changing and confirming settings Start dialog key to return from any dialog to the start dialog Key to rotate the screen orientation by 180° Key to silence acoustic alarm signals for 2 minutes Instructions for use Oxylog VE300 SW 1.n...

  • Page 29: Structure Of The Screen

    In the event of alarms, the upper area of B and the entire area of D are used to indicate alarms. The lower area of B and the entire areas of C and E are used to display additional information, e.g., while adjusting parameters. Instructions for use Oxylog VE300 SW 1.n...
  • Page 30 Step 3: Start ventilation (button Start ventilation) If the device is in standby mode (e.g., immediately after startup), the date and result of the last system test are displayed in the standby mode area. Instructions for use Oxylog VE300 SW 1.n...
  • Page 31 The device determines MVe and VTe values under BTPS conditions. If the values for MVe and VTe cannot be determined due to malfunctions, the inspiratory values MVi and VTi are displayed. Instructions for use Oxylog VE300 SW 1.n...

  • Page 32: Color Concept

    ● Select a different parameter. This resets the previously selected parameter to its original value. ● Do not press the rotary knob. The value of the parameter resets to the previous setting after a few seconds. ● Touch another area of the touchscreen. Instructions for use Oxylog VE300 SW 1.n...

  • Page 33: Assembly And Preparation

    – Maximum total weight: 5 kg (11 lb) with pressure reducer Protection bar variants The device may be fitted with the normal protection bar as well as with a wide protection bar. Instructions for use Oxylog VE300 SW 1.n...
  • Page 34 A covering on the oxygen cylinder (e.g., a net) prevents sufficient fixation of the oxygen cylinder in the ventilator. ► Make sure that the oxygen cylinder is mounted in the ventilator with no covering over it. Instructions for use Oxylog VE300 SW 1.n...

  • Page 35: Attaching The Accessories Bag (Option)

    3. Fit the battery compartment cover and press it until it engages audible. Removing the battery 1. Remove the battery compartment cover. 2. Press the locking lever on the carrying handle side. 3. Lift out the battery vertically using the strap. Instructions for use Oxylog VE300 SW 1.n...

  • Page 36: Connecting The Power Supply

    The DC/DC converter must be used to connect the device to on-board power supply, such as in ambulances. It can be used with the following voltages: – 12 VDC – 24 VDC – 28 VDC Instructions for use Oxylog VE300 SW 1.n...

  • Page 37: Connecting The Gas Supply

    The oxygen concentration in the breathing gas will be reduced when using 93 % oxygen. For further information, see the following chapter: "Device settings", page 81. The device supports this by allowing the oxygen content display to be configured accordingly. Instructions for use Oxylog VE300 SW 1.n...
  • Page 38 2. Connect the oxygen compressed gas hose (C) to the standard port (D) on the device. 3. Connect the oxygen compressed gas hose (C) to the pressure reducer (B). 4. Rotate the cylinder valve slowly and open it fully. Instructions for use Oxylog VE300 SW 1.n...
  • Page 39 Components installed in the gas supply line might cause malfunctions. ► Do not install dosage valves or flowmeters in the device's gas supply line. ► To avoid insufficient oxygen supply during use, always check the cylinder's oxygen pressure before use. Instructions for use Oxylog VE300 SW 1.n...
  • Page 40 1. Make sure that the patient is receiving oxygen from the built-in oxygen cylinder. 2. Connect the gas probe of the oxygen compressed gas hose (A) to the oxygen terminal unit. Instructions for use Oxylog VE300 SW 1.n...

  • Page 41: Connecting The Breathing Circuit

    Assembly of the breathing valve WARNING Risk of CO rebreathing An incorrectly assembled or malfunctioning breathing valve may put the patient at risk. ► Do not remove, damage, or bend the rubber disk (A) in the housing. Instructions for use Oxylog VE300 SW 1.n...
  • Page 42 2. Connect the pressure measuring line (B) to the connector of the pressure sensor. 3. Connect the pressure measuring line to the device. 4. Connect the breathing hose to the device's gas outlet. Instructions for use Oxylog VE300 SW 1.n...
  • Page 43 3. Push the flow sensor (D) onto the breathing valve (C). To do so, align the flow sensor (D) on the breathing valve (C) using the grooves in the flow sensor. 4. Push the elbow (E) onto the flow sensor (D). Instructions for use Oxylog VE300 SW 1.n...
  • Page 44 If it is incorrectly seated, incorrect values will be displayed. 2. Connect the breathing hose to the device's gas outlet. Instructions for use Oxylog VE300 SW 1.n...

  • Page 45: Connecting Bacteria Filters, Hme, Or Catheter Mounts

    3. Attach the elbow (A) to the CO cuvette (C). 4. Push the CO sensor (B) onto the CO cuvette (C), with the cable toward the device. 5. Connect the CO sensor (B) to the port on the device. Instructions for use Oxylog VE300 SW 1.n...

  • Page 46: Attaching The Device To Rail Systems

    Risk of patient injury and damage to the device The device might come loose and drop when being transported with the rail holder. ► Observe wall clearance requirements. ► Secure or protect the device by additional means when transporting it. Instructions for use Oxylog VE300 SW 1.n...

  • Page 47: Getting Started

    25 percent. In addition, the remaining duration of operation (H:MM) is displayed (A). The numeric display appears after a short delay on startup. Instructions for use Oxylog VE300 SW 1.n...

  • Page 48: Determining The Approximate Pneumatic Duration Of Operation

    [L/min] = 420 L / 4.4 L/min = 95 min The pneumatic duration of operation is extended when the device is running in /air mix mode, as it then draws in ambient air. Instructions for use Oxylog VE300 SW 1.n...

  • Page 49: Performing The System Tests

    2. To move to screen 2 of the dialog, touch the button 1 in the top right-hand corner of the screen. 3. Touch the button Test & calibration (A). 4. Touch the button System test (B). Instructions for use Oxylog VE300 SW 1.n...
  • Page 50 The ventilator performs an automatic self-test, then the standby screen is displayed. 2. To move to screen 2 of the dialog, touch the button 1 in the top right-hand corner of the screen. 3. Touch the button Test & calibration (A). Instructions for use Oxylog VE300 SW 1.n...

  • Page 51: Co 2 Zero Calibration And Co 2 Filter Test (Option)

    CO filter test can be performed in standby mode and during ventilation. The following tests of the CO sensor are recommended: Test Test interval zero calibration Weekly filter test Monthly Instructions for use Oxylog VE300 SW 1.n...
  • Page 52 X button in the top right-hand corner of the screen. Shortly after connecting the CO sensor, the zero calibration may take longer (up to 2 minutes). 6. Remove the CO sensor (A) from the CO cuvette (B) of the breathing circuit. Instructions for use Oxylog VE300 SW 1.n...
  • Page 53 3. To move to screen 2 of the dialog, touch the button 1 in the top right-hand corner of the screen. 4. Touch the button Test & calibration (A). 5. Touch the button CO filter test (B). Instructions for use Oxylog VE300 SW 1.n...
  • Page 54 The measured CO value is outside the permissible tolerance range. 1. Check whether the CO sensor or the test filter is soiled, and clean it if necessary. 2. Repeat the CO filter test. Instructions for use Oxylog VE300 SW 1.n...

  • Page 55: Operation

    The device then switches to standby mode. Preparing the ventilation mode The desired ventilation mode is activated by 3 steps from standby mode: Fig. 1 Selection in 3 steps Instructions for use Oxylog VE300 SW 1.n...

  • Page 56: Selecting The Ventilation Mode

    VC-CMV, VC-AC VC-CMV Volume-Controlled - Controlled Mandatory Ventilation Volume-controlled ventilation with a fixed mandatory minute volume set by the tidal volume VT and the respiratory rate RR. For patients who are not breathing spontaneously. Instructions for use Oxylog VE300 SW 1.n...
  • Page 57 The actual respiratory rate may be higher than the set respiratory rate RR. Successful patient triggering is briefly indicated by an asterisk (*) in the middle of the waveform field at the top. Instructions for use Oxylog VE300 SW 1.n...
  • Page 58 A fixed mandatory minute volume MVe is set by the tidal volume VT and the respiratory rate RR. The patient can breathe spontaneously between the mandatory breaths and thus contribute to the total minute volume. Spontaneous breathing can be assisted with PS. Instructions for use Oxylog VE300 SW 1.n...
  • Page 59 The parameter Slope can only be changed when a value > 0 mbar has been set for ∆Psupp: – Flat slope = slow pressure rise – Medium slope = medium pressure rise – Steep slope = rapid pressure rise Instructions for use Oxylog VE300 SW 1.n...
  • Page 60 B Maximum airway pressure Pmax C Respiratory rate RR D Inspiratory time Ti When setting the respiratory rate RR or the inspiratory time Ti the corresponding value is automatically displayed in the notification field I:E. Instructions for use Oxylog VE300 SW 1.n...
  • Page 61 ► Only use CPAP for patients with sufficient spontaneous breathing. For patients with adequate spontaneous breathing. If Pressure Support (PS) is not active, the patient's spontaneous breathing is supported only by an increased PEEP. Instructions for use Oxylog VE300 SW 1.n...
  • Page 62 The airway pressure Paw is monitored by the device and limited to the set maximum inspiratory pressure Pmax. Pmax is not exceeded and the inspiration is not ended prematurely. Instructions for use Oxylog VE300 SW 1.n...

  • Page 63: Changing The Ventilation Mode

    To go back to the ventilation category selection at any time during operation: 1. Touch the X button. The ventilation category selection screen is displayed. 2. Select the desired ventilation category in 3 steps. Instructions for use Oxylog VE300 SW 1.n...

  • Page 64: Non-Invasive Ventilation (Niv)

    Mask leakage is detected by the device and compensated for. This means that the leakage for the displayed measured values VTe and MVe has already been taken into account. The leakage alarm is not available. Instructions for use Oxylog VE300 SW 1.n...
  • Page 65 In the ventilation mode PC-BIPAP touch the More settings button followed by the Additional settings button. 2. For NIV, touch the On button and confirm. The adjunct NIV behind the ventilation mode is displayed again, and in the ventilation category the mask symbol reappears. Instructions for use Oxylog VE300 SW 1.n...

  • Page 66: O 2 /Air Mix

    5 mbar (5 cmH concentration which can be realized at a mean airway pressure of 15 mbar (15 cmH concentration which can be realized at a mean airway pressure of 30 mbar (30 cmH Instructions for use Oxylog VE300 SW 1.n...

  • Page 67: Switching To Standby Mode And Turning Off The Device

    1. Press the start/standby key (A) for about 3 seconds. 2. Touch the Standby button and confirm. The standby screen is then displayed. For further information, see the following chapter: "Structure of the screen", page 29. Instructions for use Oxylog VE300 SW 1.n...
  • Page 68 The patient will no longer be ventilated if the start/standby key is held for at least 8 seconds. ► Only force a device shutdown if no patient is connected to the device or the patient no longer needs to be ventilated. Instructions for use Oxylog VE300 SW 1.n...

  • Page 69: Alarms

    ● The acoustic alarm signal consists of 3 tones, repeated about every 8 seconds. Note Low-priority alarm ● The advisory message is highlighted by a prefixed exclamation mark and a cyan-colored background. ● The acoustic alarm signal consists of 2 tones, sounded only once. Instructions for use Oxylog VE300 SW 1.n...

  • Page 70: Alarm Indication

    When the cause of an alarm has been eliminated, the acoustic alarm signal stops and the alarm message disappears. All active alarms and the alarm history can be viewed in the logbook. For further information, see the following chapter: "Logbook", page 86 Instructions for use Oxylog VE300 SW 1.n...

  • Page 71: Setting Alarm Limits

    (breathing bag) using PEEP and/or an increased inspiratory oxygen concentration as necessary. Setting alarm limits Alarm limits can be set for the following parameters: – Airway pressure Paw – Respiratory rate RR Instructions for use Oxylog VE300 SW 1.n...
  • Page 72 81. This setting then applies to all alarms. – Automatic setting Autoset (F) This enables the upper and lower alarm limits to be set automatically. This applies to all parameters. Instructions for use Oxylog VE300 SW 1.n...
  • Page 73 [kPa] or [Vol%] [kPa] or [Vol%] Unchanged <2.0 Unchanged Measured value –0.7 2.0 to 4.7 Measured value +2.0 Measured value –0.9 4.7 to 6.0 Measured value +1.3 Measured value –1.3 >6.0 Measured value +0.7 Instructions for use Oxylog VE300 SW 1.n...

  • Page 74: Configuration

    – 25 %, 50 %, 75 %, 100 % – Breathing circuit (C) – Disposable, Reusable – HME (D) – On, Off – Ventilation (volume) (E) (option) – VC-CMV, VC-SIMV – CO cuvette (F) (option) – Disposable, Reusable Instructions for use Oxylog VE300 SW 1.n...

  • Page 75: Adjusting The Screen Brightness

    The options are VC-CMV and VC-SIMV. To set the ventilation mode: ● Touch the Ventilation (volume) button, set the desired mode, and confirm the setting. The ventilation mode can also be changed while ventilation is performed. Instructions for use Oxylog VE300 SW 1.n...

  • Page 76: Setting The Co 2 Cuvette Type (Option)

    Alternatively, after coupling, measured values, waveforms, alarms, and settings can be transferred in real time using the MEDIBUS.X protocol. MEDIBUS.X is a software protocol for the transfer of data between Oxylog VE300 and an external medical or non-medical device (e.g., patient monitors or computers for data management systems).

  • Page 77: Activating The Screenshot Function (Option)

    The screenshot is taken automatically and the Screenshot saved message is displayed briefly below the ventilation category to confirm that the screenshot has been saved. The saved screenshots can be exported using the USB port. Instructions for use Oxylog VE300 SW 1.n...

  • Page 78: Advanced System Setup

    – Date (C) – Time (D) – Demo mode (E) – On, Off – Export data (F) (option) – Change password (G) – Device settings (H) – Ventilation settings (I) – Restore factory settings (J) Instructions for use Oxylog VE300 SW 1.n...
  • Page 79 – OK and Cancel (C) buttons to save or cancel the time setting. Hours and Minutes must each be confirmed individually with the rotary knob. Then all the settings must be confirmed with OK, or can be discarded with Cancel. Instructions for use Oxylog VE300 SW 1.n...
  • Page 80 If the password is not changed, unauthorized individuals have access to the system setup and can change important settings. ► Change the preset password before the ventilator is used for the first time. Instructions for use Oxylog VE300 SW 1.n...
  • Page 81 – Pressure unit (C) – cmH O, mbar – CO cuvette (D) – Disposable, Reusable – Gas supply (E) – 100 % O , 93 % O – CO unit (F) – mmHg, Vol%, kPa Instructions for use Oxylog VE300 SW 1.n...
  • Page 82 ► Make sure that all ventilators have the same ventilation settings and alarm settings. Start mode can be selected on the first two dialog pages of the ventilation settings. Instructions for use Oxylog VE300 SW 1.n...
  • Page 83 5. Use Next (C) to navigate to the next dialog page. Depending on the selected settings, the ventilation settings can now be set on up to 3 dialog pages. 6. Touch the Finish (D) button to apply and save the set values. Instructions for use Oxylog VE300 SW 1.n...
  • Page 84 30 - 50 mmHg / 4.0 - 6.7 kPa / 4.0 - 6.7 Vol% etCO low - etCO high 0 - 99 mmHg / (only CPR) 0 - 13.2 kPa / 0 - 13.2 Vol% Instructions for use Oxylog VE300 SW 1.n...
  • Page 85 Restoring factory settings All values set by the user will be overwritten by the factory settings. This cannot be undone. To restore the factory settings: ● Touch the Restore factory settings button and confirm. Instructions for use Oxylog VE300 SW 1.n...

  • Page 86: Logbook And System Information

    The entries in the logbook cannot be deleted and are preserved even after the device is switched off and on or after a power supply failure. Instructions for use Oxylog VE300 SW 1.n...

  • Page 87: System Information

    In addition the QR code (D) is displayed, which can be read with a corresponding end device. The resulting link leads to the product web page of the device. Instructions for use Oxylog VE300 SW 1.n...

  • Page 88: Troubleshooting

    Alarm setting The changed alarm set- Check the alarm set- not confirmed ting has not been con- ting. If necessary, firmed with the rotary adjust and confirm it knob. with the rotary knob. Instructions for use Oxylog VE300 SW 1.n...
  • Page 89 Battery tem- The battery tempera- Move the device to a perature low ture is below the mini- warmer environment. mum operating temperature. Instructions for use Oxylog VE300 SW 1.n...
  • Page 90 CO sensor. Repeat the CO filter test. filter test The offset of the CO Perform the CO zero required sensor is outside the calibration and the CO tolerance range. filter test. Instructions for use Oxylog VE300 SW 1.n...
  • Page 91 Contact DrägerService. Device Technical fault with a To continue ventilation malfunction minor impact on ventila- with this device, contin- tion. uously monitor the patient. Perform the system test. Contact DrägerService. Instructions for use Oxylog VE300 SW 1.n...
  • Page 92 The flow sensor is Replace the flow sen- faulty. sor. Technical fault. Disconnect the device from the patient and continue ventilation immediately using another ventilator. Contact DrägerService. Instructions for use Oxylog VE300 SW 1.n...
  • Page 93 Technical fault. Disconnect the device from the patient and continue ventilation immediately using another ventilator. Contact DrägerService. Instructions for use Oxylog VE300 SW 1.n...
  • Page 94 Make sure that the sup- pressure high above 8000 mbar ply pressure is below (8000 cmH 8000 mbar (8000 cmH Disconnect the device from the patient and continue ventilation immediately using another ventilator. Instructions for use Oxylog VE300 SW 1.n...
  • Page 95 VT not The set tidal volume Check the patient's reached - could not be applied condition. pressure because the set pres- Check the value for sure limitation was Pmax and adjust as reached. necessary. Instructions for use Oxylog VE300 SW 1.n...

  • Page 96: Messages In The Notification Field

    Ventilation is stopped. Press the rotary knob to tion, press the rotary confirm. knob. To confirm the setting, A ventilation parameter is Press the rotary knob to press the rotary knob. adjusted. confirm. Instructions for use Oxylog VE300 SW 1.n...

  • Page 97: Error Messages During The System Test

    Clean the CO sensor win- soiled. dows. An error during the zero cal- Repeat the zero calibration. ibration of the CO sensor Do not breathe onto the occurred. sensor during the zero calibration. Instructions for use Oxylog VE300 SW 1.n...

  • Page 98: Reprocessing

    4. Remove the elbow (A) from the cuvette (C). Disassembling the reusable breathing circuit for adults 1. Disconnect the breathing hose from the device. 2. Disconnect the pressure measuring line from the device port. Instructions for use Oxylog VE300 SW 1.n...
  • Page 99 The flow sensor may be damaged when disconnecting the flow measuring line or the pressure measuring line from the flow sensor ports. ► Never twist the flow measuring line or the pressure measuring line and do not exert force on them. Instructions for use Oxylog VE300 SW 1.n...
  • Page 100 1. Disconnect the breathing hose from the device. 2. Disconnect the flow measuring line from the device. 3. Correctly dispose of the complete disposable breathing circuit. For further information, see the following chapter: "Disposal", page 109. Instructions for use Oxylog VE300 SW 1.n...

  • Page 101: Information On Reprocessing

    Components that come into contact with intact skin only Semi-critical Components that carry breathing gas or come into con- tact with mucous membranes or pathologically altered skin Critical Components that penetrate skin or mucous membranes or come into contact with blood Instructions for use Oxylog VE300 SW 1.n...

  • Page 102: Recommendations For Reprocessing

    10 minutes 93 °C (199 °F) fection (ther- mal) Surface disinfection Components Product name Manufacturer Contact time Concentration Device, O Dismozon Plus Bode Chemie 15 minutes 1.6 % hoses, acces- sories bag, belt Instructions for use Oxylog VE300 SW 1.n...
  • Page 103 Schülke & Mayr 1) Virucidal against enveloped viruses Dräger states that oxygen-releasing agents and chlorine-releasing agents may cause color change in some materials. Color change does not indicate that the product is not functioning correctly. Instructions for use Oxylog VE300 SW 1.n...

  • Page 104: Reprocessing The Non-Critical Components

    / if circuit soiled sensor After every patient / if soiled Reusable After every cuvette of the patient / if sensor soiled Test filter for After every sensor patient / if soiled Instructions for use Oxylog VE300 SW 1.n...

  • Page 105: Assembly

    – Connect to the power supply and gas supply using the information in section "Assembly and preparation" on page 33 as a guide. – Check readiness for operation using the information in section "Getting started" on page 47 as a guide. Instructions for use Oxylog VE300 SW 1.n...

  • Page 106: Service

    Interval Target group Inspection and safety check Every 2 years Service personnel (Oxylog VE300 and CO sensor) Designation applies to the Federal Republic of Germany; corresponds to the “Recurring safety inspection” in the Federal Republic of Austria. Instructions for use...

  • Page 107: Maintenance

    2) For more information on the duration of operation, see the "Technical Data" chapter. CAUTION Risk of patient injury Soiling caused by dust may compromise the functional integrity of the device. ► Do not use the ventilator without a dust tilter. Instructions for use Oxylog VE300 SW 1.n...

  • Page 108: Repair

    Dräger parts are used. 13.6 Technical documentation The technical documentation, which is available upon request, contains additional information on Oxylog VE300 (incl. the service menu password). 13.7 In the event of a device error or device malfunction WARNING Risk of patient injury Never operate a ventilator if it has suffered physical damage or seems to be working incorrectly.

  • Page 109: Disposal

    14.3 Disposal of the breathing circuit and the CO cuvettes At the end of its useful life, dispose of the product in accordance with the applicable legal provisions. Instructions for use Oxylog VE300 SW 1.n...

  • Page 110: Technical Data

    0.6 kg (1.3 lb) Screen Technology TFT color screen Size 4.3 in Resolution 480 x 272 pixels External ports Only connect passive storage media, i.e. devices that do not have a separate power supply. Instructions for use Oxylog VE300 SW 1.n...
  • Page 111 Type BF (body floating, defibrillation-proof) reusable), including CO sensor, endotracheal tube or mask Degree of protection of the ventilator IP34; device is splash-protected from all direc- tions and protected against solid foreign bodies >2.5 mm (0.1 in) Instructions for use Oxylog VE300 SW 1.n...

  • Page 112: Ambient Conditions

    Disposable breathing circuit Temperature –20 to +50 °C (–4 to +122 °F) Ambient pressure 570 to 1200 hPa (8.27 to 17.40 psi) Relative humidity 5 to 95 % (without condensation) Instructions for use Oxylog VE300 SW 1.n...

  • Page 113: Settings

    Inspiratory pressure Pinsp PEEP +3 to +55 mbar Positive end-expiratory pressure PEEP 0 to 20 mbar (0 to 20 cmH Trigger sensitivity Off or 3 to 15 L/min (flow trigger) Instructions for use Oxylog VE300 SW 1.n...

  • Page 114: Performance Data

    Opens the breathing system upon failure of the gas supply, permits spontaneous breathing with ambient air Safety valve Opens the breathing system in the event of device malfunction to approximately 80 mbar (80 cmH Instructions for use Oxylog VE300 SW 1.n...

  • Page 115: Displayed Measured Values

    (–4 to +104 °F: < ±[3.3 mmHg + 8 % relative]) +40 to +50 °C: < ±0.60 kPa + 5 % relative) (+104 to +122 °F: < ±[4.5 mmHg + 5 % relative]) Instructions for use Oxylog VE300 SW 1.n...

  • Page 116: Monitoring

    20 to 60 mbar (20 to 60 cmH Alarm, lower alarm limit If the differential pressure between inspiratory and expiratory phases is too low. Apnea Alarm If no breathing phase change is detected for >15 seconds Instructions for use Oxylog VE300 SW 1.n...
  • Page 117 Alarm delay 30 seconds after the start of ventilation Battery Alarm For low and discharged battery Alarm delay ≤1 minute after the device start or after discon- nection of the power supply Instructions for use Oxylog VE300 SW 1.n...

  • Page 118: Operating Data

    4.47 A (0 to +40 °C [32 to +104 °F]) / 3.57 A (+40 to +50 °C [+104 to 122 °F]) To disconnect the ventilator from the power sup- ply, disconnect the power cable from the power socket. Instructions for use Oxylog VE300 SW 1.n...

  • Page 119: Materials Used

    (ASA/PC), thermoplastic copolyester elastomer (TPC) Base plate of the carrying Polyamide (PA) system Power supply unit Polycarbonate (PC) DC/DC converter Polycarbonate (PC) Reusable breathing circuit Breathing hose Silicone rubber Housing of flow sensor Polysulfone (PSU) Instructions for use Oxylog VE300 SW 1.n...

  • Page 120: Pneumatic Diagram

    NOTICE ► All Dräger breathing hoses are not made with natural rubber latex. 15.10 Pneumatic diagram The various pneumatic actuators of Oxylog VE300 are controlled by the microprocessor system via digitized electrical signals. Instructions for use Oxylog VE300 SW 1.n...

  • Page 121: Emc Declaration

    Surge on AC mains lines Phase conductor voltage – phase con- (IEC 61000-4-5) ductor: ±1 kV Phase conductor voltage – protective ground conductor: ±2 kV Magnetic fields at mains frequency 50 Hz: 30 A/m (IEC 61000-4-8) Instructions for use Oxylog VE300 SW 1.n...

  • Page 122: Emission Of High-Frequency Energy

    Dräger hereby declares that this medical device and the radio equipment is in compliance with Directive 2014/53/EU. The complete EU Declaration of Conformity can be viewed at the following web address: http://www.draeger.com/doc-radio Instructions for use Oxylog VE300 SW 1.n...

  • Page 123: Connections To It Networks

    The following documents must be observed: – Accompanying documents of this device – Descriptions of the network – Description of the network-based alarm systems Dräger recommends complying with IEC 80001-1 (risk management for IT networks with medical devices). Instructions for use Oxylog VE300 SW 1.n...

  • Page 124: Open-Source Software

    Dräger devices that use software may use open-source software, depending on their setup. Open-source software may be subject to different terms of license. Additional information regarding the open-source software used in this device is available at the following web page: www.draeger.com/opensource Instructions for use Oxylog VE300 SW 1.n...

  • Page 125: List Of Accessories

    Saudi Arabia 18 68 152 Argentina 18 86 274 sensor 68 71 950 Reusable CO cuvette, adults 68 70 279 Disposable CO cuvette, adults MP 01 062 Extension cable MCable CO 68 72 159 Instructions for use Oxylog VE300 SW 1.n...
  • Page 126 84 12 068 (Plus option) Breathing hose with 2 measuring lines, reusable, 3.0 m 84 12 913 (Plus option) Breathing circuit VentStar Oxylog VE300, disposable, MP 01 370 1.5 m, 5 pcs. Breathing circuit VentStar Oxylog VE300, disposable, MP 01 371 3.0 m, 5 pcs.
  • Page 127 Elbow, reusable (with and without Plus option) 84 12 235 Breathing valve, reusable (with and without Plus option) 84 12 001 Test lung 84 03 201 Dräger USB flash drive 84 16 347 Instructions for use Oxylog VE300 SW 1.n...

  • Page 128: Password

    ► Change the preset password before the ventilator is used for the first time. For further information, see the following chapter: "Changing the password", page 80 If the password has been lost, contact DrägerService. Instructions for use Oxylog VE300 SW 1.n...
  • Page 129 This page has been left blank intentionally. Instructions for use Oxylog VE300 SW 1.n...

  • Page 130: Index

    DC/DC converter ....36 Power supply unit....37 Instructions for use Oxylog VE300 SW 1.n...
  • Page 131 Overview......66 Open-source software ....124 Instructions for use Oxylog VE300 SW 1.n...
  • Page 132 Main device, rear ....18 Main device, upper side ....17 Instructions for use Oxylog VE300 SW 1.n...
  • Page 133 This page has been left blank intentionally. Instructions for use Oxylog VE300 SW 1.n...
  • Page 134 These instructions for use are provided for customer information only and are only updated or exchanged upon customer request. Directive 93/42/EEC concerning medical Directive 1999/5/EC on radio and devices telecommunication equipment Manufacturer Drägerwerk AG & Co. KGaA Moislinger Allee 53-55 23542 Lübeck Germany +49 451 8 82-0...

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