CAE ARIA User Manual
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CAE ARIA User Manual

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  • Page 2 Proprietary Notice This document, including the information contained herein, is confidential and/ or proprietary to CAE Inc., and shall not be reproduced or disclosed in whole or in part, or used for any purpose whatsoever without the prior written authorization of CAE Inc.

  • Page 3: Table Of Contents

    CAE Maestro Software ........
  • Page 4 Step 8: Open the CAE Maestro Software Application ....... . .
  • Page 5 Contents Using Aria ............................. 35 Neurologic System ..............35 Neurologic System Controls .
  • Page 6 Contents Care and Maintenance ....................... 71 General Simulator Care ..............71 Breakdown .

  • Page 7: Cautions And Warnings

    Cautions and Warnings Cautions and Warnings It is important to read and understand these cautions and warnings before you use the Product. CAUTION: These products are not suitable for use in locations where children may be present. Electrical Safety IMPORTANT! Do not use the product in any manner other than specified, as safety features designed for protection may be impaired.

  • Page 8: Latex

    IV tubing during routine maintenance. Users with latex sensitivity should use caution. Fluids System For manikins such as Aria that are equipped with fluid systems: • Use ONLY distilled water with food coloring for simulated blood. NEVER use theatrical blood or other fluids in the bleeding system because they will cause damage.

  • Page 9: Simulator Batteries

    Cautions and Warnings Simulator Batteries • Manikins and tablets use lithium batteries that all have special handling requirements to avoid hazardous situations. • Batteries can be charged while the manikin is between 35°F (4°C) and 95°F (35°C) . • Do not store, use or charge the battery inside of an automobile as temperatures can exceed 176°F (80°C).

  • Page 10: Potential Health Effects

    (basic) materials and present a flammability hazard. Safety Measures Review the precautions for handling before replacing a battery utilizing guidance from CAE. Should exposure to hazardous battery components occur, or in the event of a fire, follow all local first aid measures and safety protocols.

  • Page 11: Transport Information

    Cautions and Warnings Transport Information CAE complies with the most current International Air Transport Association (IATA) Dangerous Goods Regulations when transporting and shipping Li-ion batteries. The following terms are defined as follows: Consignment - Equivalent to the term "shipment,” meaning one or more packages of hazardous materials accepted from one shipper at one time and at one address, receipted in one lot, and moving to one consignee at one destination address.
  • Page 12 Cautions and Warnings THIS PAGE INTENTIONALLY LEFT BLANK ©2024 905K690052 v2.4...

  • Page 13: Specifications

    Specifications Specifications All hardware and software needed for operating the simulator are provided with the shipment. Size and Weight Equipment Size Weight Manikin/Simulator 48” H x 15” W x 8” D 50 lbs (22.7 kg) (121.92 cm x 38 cm x 20 cm) Shipping Container 64”...

  • Page 14: Power

    Specifications Power Item Description Power Adapter • AC Voltage Input: 100-240VAC 50/60Hz • Nominal DC Output: 20 V • Maximum DC Current Output: 8 A • Nominal Power (Watts): 160 W • Batteries Limited Charging Current: 4 A Manikin/Simulator • Internal Batteries (14.4 V x 2) •...

  • Page 15: Communications

    Specifications Communications Item Description Simulator Network, • Wireless: IEEE 802.11 g Instructor Tablet, Patient • Security: WPA2 Monitor • Bands Available: 2.4 GHz and 5.0 GHz WiFi Modules - StethoSym, • Wireless: IEEE 802.15.4 WPAN, Personal Area Network SymDefib Electrotherapy Item Description Defibrillation...
  • Page 16 Specifications THIS PAGE INTENTIONALLY LEFT BLANK ©2024 905K690052 v2.4...

  • Page 17: System Requirements

    System Requirements System Requirements This section describes the minimum and optimal requirements to run the simulator. Aria is not compatible with macOS. CAE Maestro Software The following table identifies the software version associated with the release of this user guide.
  • Page 18 System Requirements Note: Upon installation, the software takes up 1.2 GB of hard drive space. For standalone versions of Maestro, the software can store approximately 30.8 GB of patient record files. If this storage capacity is expected to be maximized, plan for additional hard drive space. ©2024 905K690052 v2.4...

  • Page 19: Equipment Overview

    This section describes the standard equipment for CAE Aria. Full Body Wireless Manikin CAE Aria supports the standard healthcare requirements for pediatric patients, from assessment to performing basic clinical skills. Depending on the configuration you purchased, the manikin may include advanced features and capabilities.

  • Page 20: Pediatric Bp Cuff T-Adapter

    CAE patient simulators. Maestro allows you to run simulations “on the fly” in Manual or Modeled mode, or you can run preconfigured Simulated Clinical Experiences (SCEs) in Manual mode. See the Maestro for Aria user guide for more information. CAE Maestro™ Software Surface Go Tablet The Surface Go provides the capabilities of a laptop in an ultra-portable tablet.

  • Page 21: Tablet Carrying Case

    CAE StethoSym The CAE StethoSym™ assembly attaches to a stethoscope and pairs with the manikin via IEEE 802.15.4 protocol. This device allows users to auscultate heart, lung, bowel, and Korotkoff sounds emitted. One StethoSym assembly is included.

  • Page 22: Cae Symdefib

    Equipment Overview CAE SymDefib CAE SymDefib™ connects with a commercial defibrillator to support training for defibrillation, cardioversion, and pacing in the actual clinical environment with real equipment. One SymDefib is included. See Appendix B - SymDefib for complete use instructions and safety information before using SymDefib.

  • Page 23: Meet Aria

    CAE ™ Aria’s features allow for realistic training in emergency pediatric care. A wireless and tetherless patient simulator, CAE Aria helps future and current healthcare professionals practice the skills needed to increase safety, proficiency, and expertise.
  • Page 24 Meet Aria Configuration Components Advanced • Airway adjuncts placement • Manual ventilation (BVM) • Trantracheal Jet Ventilation • Nasopharyngeal suctioning (no fluids) • Bronchial occlusion • Ventilation detection • Simulated pulse oximeter • StethoSym • Audible breath sounds • Auscultation of lung, heart and bowel sounds •...

  • Page 25: Setup

    • Do not power on components unless instructed in the Setup Steps section of this guide. • Do not set up, power on, or use CAE SymDefib until the simulator set up is complete. When the simulator is ready for use, see Appendix B - SymDefib and review all safety information, set up, and use instructions to begin using SymDefib.

  • Page 26: Setup Steps

    Support the manikin’s head and lift by the torso. Place the desired genitalia, wig, and gown on the manikin (all included with the manikin). See the Using Aria section of this user guide for instructions on how to change the genitalia.

  • Page 27: Step 3: Connect The Manikin Power Cord To A Power Source

    Battery level is low and needs to be charged. Blue Unit is on and receiving signal from manikin. Step 6: Power On the Aria Manikin To power on the manikin. 1. Press the power button on the bottom of the right foot for one second and release.
  • Page 28 The percentages provided in the table below represent the average battery capacity as represented in the Maestro user interface. Note: If Aria is connected to a power supply, the battery will not charge if the ambient temperature exceeds 86°F (30°C).

  • Page 29: Step 7: Power On The Instructor Tablet

    If the system remains in low power mode, after seven days it will set both batteries to shipping mode (batteries off). To remove the simulator from shipping mode, unplug the AC adapter, if attached, and plug back into Aria. The software will automatically turn the batteries back on and start the charging process.
  • Page 30 At this time, the tablet will connect wirelessly to the manikin and the manikin will begin breathing. The SymEyes will also begin blinking. See the Maestro for Aria User Guide for more information on how to use the CAE Maestro software application with Aria.

  • Page 31: Step 9: Modify The Blood Pressure Cuff

    5. Use scissors to trim the cable ties. 6. Connect the extension from the long end of the T-shaped blood pressure adapter to the NIBP port on Aria’s right side. Modified Blood Pressure Cuff Step 10: Prime the Fluids Systems...
  • Page 32 Setup Syringe Priming To prime the site for standard use: 1. Attach an empty fluid bag with tubing to the drain port located at the end of the black hose in the groin area of the manikin. Make sure all clamps and flow controls are open. 2.
  • Page 33 7. Slowly infuse more distilled water until fluid drains into the overflow reservoir on the urinary filling tool. This overflow signals that the internal bladder is full. Note: The bladder within Aria contains 10 to 15ml of fluid when full. 8. Disconnect the urinary filling tool from the Urinary port.
  • Page 34 Setup THIS PAGE INTENTIONALLY LEFT BLANK ©2024 905K690052 v2.4...

  • Page 35: Aria Features

    Features Aria Features CAE Aria is a wireless and tetherless patient simulator that displays the physical characteristics of a seven- year old child. Aria enhances pediatric simulation-based education of healthcare workers by helping them to develop critical decision-making and patient care skills in a risk-free environment. This pedatric patient simulator offers a wide variety of features, both passive and facilitator controlled using the CAE Maestro software.

  • Page 36: Respiratory System

    Features Respiratory System The simulator represents a realistic Respiratory System to achieve an extremely accurate simulation of respiration. This system is tightly integrated with the Cardiovascular System. Respiratory System Airway Adjuncts Placement Head Tilt/Chin Lift/Jaw Thrust Manual Ventilation (BVM) demonstrates chest rise and fall Spontaneous Chest Excursion Audible Breath Sounds Bronchial Occlusion...

  • Page 37: Cardiovascular System

    4-Lead ECG waveforms can be viewed on a standard monitor and/or the Patient Status Display in the Patient Monitor of the software. Software-based 12-Lead dynamic ECG Gastrointestinal System The Aria manikin features a realistic Gastrointestinal System for practicing clinical care skills. Gastrointestinal System Gastric Distention with esophageal intubation Gastrostomy Tube with Fluids...

  • Page 38: Genitourinary System

    Features Genitourinary System The Aria manikin is provided with both male and female genitalia. The genitourinary system is designed for excretion of urine upon catheterization. For more information on changing the genitalia, see the Using Aria section of this user guide.

  • Page 39: Simulated Clinical Experiences

    Each SCE is comprised of a patient and the scenario. Aria includes ten preconfigured SCEs (Manual mode), or clinical simulations, that cover a range of events and crises. • Accidental Burn Injury •...

  • Page 40: System Controls

    For instructions on modifying scenarios and creating new scenarios, refer to the Maestro for Aria User Guide. System Controls Aria is designed to allow the instructor to focus attention on learner actions and reactions by providing a flexible set of tools that adjust to the instructor’s needs. Application Software CAE Maestro software is the application that provides the instructor a means to control all features of the simulator.

  • Page 41: Using Aria

    For recommended sizes for clinical supplies, see Appendix A - Recommended Clinical Supply Sizes. Note: CAE recommends keeping the simulator plugged into a power source while it is in use to extend the longevity of the battery life. To optimize battery life, only remove the power plug during simulations where the patient will be moved or transferred as part of the scenario.
  • Page 42 Eyes SymEyes The simulator comes equipped with CAE SymEyes The blink mode, light reactivity, pupil diameter, and blink speed of the simulator’s eyes can be controlled from the software. From the Run Screen, tap on the eyes or Eyes button to open the Eyes state screen.
  • Page 43 Panning and Consensual Pupil Response can be toggled on or off (Default: On). Eye Brightness can also be controlled in the Eyes state screen. For more information on how to control the SymEyes, see the Maestro for Aria User Guide. CAE SymEyes...

  • Page 44: Respiratory System Controls

    Using Aria Respiratory System The Aria manikin includes respiratory features that allow learners to practice emergency assessment and life support skill sets. With the manikin, learners can: • Manage difficult airways • Perform intubation and procedural suctioning • Recognize and resolve right mainstem intubation •...
  • Page 45 Using Aria Respiratory System Controls Feature Clinical Interventions, Patient Software Control Manual Control Monitoring and Scenarios Pulse Oximetry Oxyhemoglobin saturation (SpO None required, but Connect SpO adjustable. automatically correlates with the probe to oxygen concentration in the lungs connection on...

  • Page 46: Airway Management

    Using Aria Respiratory System Controls Feature Clinical Interventions, Patient Software Control Manual Control Monitoring and Scenarios Bronchial Completely obstructs the right or From the Run None required. Occlusion left bronchi, simulating a lower Screen, tap airway obstruction (e.g., mucus Respiratory and plug).
  • Page 47 Using Aria Intubation The upper airway of the manikin is designed to allow for intubation and laryngoscopy. Direct laryngoscopy as well as oral and nasal tracheal intubation can be performed using devices such as endotracheal tubes, nasopharyngeal airways, and oropharyngeal airways.

  • Page 48: Right Mainstem Intubation

    Indicator CAE Maestro Airway Avatar - Right Mainstem Intubation Indicator Laryngospasm The Aria Advanced configuration comes with a software-controlled laryngospasm feature to increase the difficulty of intubationand can be toggled on or off. To activate the laryngospasm feature: • Enable Laryngospasms in the Maestro software. Tap the Respiratory icon on the SCE run screen.

  • Page 49: Gastric Distention

    Using Aria To control bronchial resistance in the software: 1. Tap the Respirator y icon on the SCE run screen. 2. Tap on Bronchial Resistance Factor: Left or Bronchial Resistance Factor: Right and adjust the settings as desired. Resistance settings can be toggled from 0.20 - 250000.00 (Default: 1.00) A setting >=5 will result in moderate resistance.

  • Page 50: Tracheostomy Tube Placement And Suctioning

    Using Aria Tracheostomy Tube Placement and Suctioning The following instructions provide steps for adequate tracheostomy tube placement. Learners can: • Clean the tracheostomy site. • Replace the tube. • Ventilate via tracheostomy tube. To place a tracheostomy tube: 1. Remove the crico skin cover plate. Set it aside.

  • Page 51: Chest Excursion

    During ventilation (BVM, endotracheal intubation, etc.), the chest will rise with sufficient ventilation volume. Aria presents with spontaneous chest excursion that simulates a patient breathing without the required external ventilation. The following chest excursion parameters can be modified in Maestro: •...

  • Page 52: Ventilation

    Laryngeal Mask Airway (LMA) Ventilation Ventilator Support Aria supports basic functionality of a ventilator. Low levels or PEEP (5-10) with normal volume (7-10 ml/kg depending on PEEP) can be supported. Reasonable lung compliances and resistances are supported for the scenarios of PARDS and Pneumonia as well as variable airway resistance for obstructed airway.

  • Page 53: Cricothyrotomy

    Using Aria Aria supports a maximum ventilation of approximately 220 ml with a PEEP of 0. This volume will decrease when PEEP is used. Note: The Advanced configuration only supports asynchronous volume and pressure controlled modes of mechanical ventilation. Cricothyrotomy To replicate a needle cricothyrotomy: 1.

  • Page 54: Pneumothorax (Needle Decompression)

    By inserting a needle into the second intercostal space, mid-clavicular line, the sound of air being released can be heard and the intrapleural volume is reduced. Chest excursion and breath sounds automatically resume on the affected side. Aria Needle Decompression Chest Tube To perform a chest tube insertion: 1.

  • Page 55: Cardiovascular System

    For supported chest tube size, see Appendix A - Recommended Clinical Supply Sizes. Cardiovascular System Aria includes cardiovascular features that allow learners to practice basic assessment and emergency life support skill sets. Learners can: • Palpate pulses • Perform venipuncture •...

  • Page 56: Pulses

    Korotkoff tab. manikin’s right side. Pulses Aria includes bilateral pulses at the following locations: • Carotid • Brachial and Radial • Femoral • Popliteal and Dorsalis Pedis (Advanced configuration) Each pulse location represents a zone. Settings of a pulse will affect the zone if both zones are touched at the same time.

  • Page 57: Iv Administration

    IV Administration There are two IV sites on Aria’s left arm, located on the dorsum of the hand and the antecubital fossa. For instructions on how to prime and fill the IV sites, see the Setup section of this user guide.

  • Page 58: Intramuscular (Im) Subcutaneous (Sq) Injection

    Intramuscular (IM) Subcutaneous (SQ) Injection Aria supports IM/SQ injection of the left humeral site located on Aria’s left arm and the left vastus lateralis site located on Aria’s left thigh. Note: The IM/SQ pads can sustain multiple injections and can be removed and replaced after each injection to empty fluids.
  • Page 59 Using Aria To replace the IO puck: 1. Pull the used IO puck out to remove it. Removing Humeral IO Puck Removing Tibial IO Puck 2. Push the new IO puck in to replace it. ©2024 905K690052 v2.4...

  • Page 60: Chest Compressions

    The CPR Monitor captures the chest compression metrics in the Maestro software and saves the data collected during this intervention in SCE History. For more information on how to use the CPR Monitor, see the Maestro for Aria User Guide. ©2024 905K690052 v2.4...

  • Page 61: Ecg

    Using Aria On Aria, a 4-lead ECG signal is emitted from the appropriate positions for display on a standard monitor. The ECG posts are pre-installed on the manikin. To produce ECG signals on a standard patient monitor, connect the ECG leads to the posts.

  • Page 62: Blood Pressure

    10). For more information, see the Maestro for Aria User Guide. Blood Pressure Aria supports non-invasive blood pressure measurements, and systolic and diastolic readings can be obtained and manipulated through the software. Systolic and Diastolic Blood Pressure To manually adjust the systolic and/or diastolic blood pressure: 1.

  • Page 63: Blood Glucose Fingers

    At appropriate cuff pressures, the radial pulse disappears and Korotkoff sounds are produced. Blood Glucose Fingers Aria includes the ability to perform fingerstick blood glucose testing. The second and third fingers on the left hand can be removed and filled with fluid.
  • Page 64 Using Aria 4. Fill a syringe with 0.5 ml of the simulated test blood. Syringe Filled with Simulated Test Blood 5. Insert the syringe and needle into the bottom opening of the glucose finger until you hit the plastic stop wall and pull back slightly. Inject 0.2 ml of the simulated test blood and remove syringe.
  • Page 65 Using Aria To use the glucose fingers: 1. Prime the glucose fingers as noted above and place them back on the hand. Place Glucose Finger on Hand 2. Prepare glucose test kit lancet (not included). 3. Find designated window port on either side of the glucose finger.

  • Page 66: Spo2 Finger Probe

    Using Aria 7. Place droplet on designated test strip until it is registered by the glucometer. Place Droplet on Test Strip 8. Wipe off any excess simulated test blood from the glucose finger with alcohol pad. To reseal the glucose fingers: 1.
  • Page 67 Aria: 1. Locate the SpO port on Aria’s left side. It is behind the uppermost of the two small holes. 2. To access the port with the connector, reach underneath the skin from the rectangular opening and pull the connector through the small hole in the skin.

  • Page 68: Gastrointestinal System

    Note: Feeding tube is not included. Genitourinary System Aria is configured for male and female genitalia, either of which allows for the insertion of a urinary catheter. The genitourinary system also provides for the excretion of urine. The simulator allows for the insertion of a 10 Fr 3 ml balloon urinary catheter.

  • Page 69: Urinary Catheterization

    Note: The urinary catheter must be inserted approximately 2.5 inches (6.35 cm) for the female genitalia and 4.5 inches (11.43 cm) for the male genitalia to achieve urine flow. Urinary Catherization Changing the Simulator’s Genitalia Aria comes with male and female genitalia. ©2024 905K690052 v2.4...
  • Page 70 Using Aria Note: Prop the manikin’s buttocks up with a pillow or folded sheet/towel to allow for easier access to the manikin’s genitalia. To remove the genitalia: 1. Gently pull the top tab up to unlatch it. Latched Tab in Place Tab Unlatched ©2024 905K690052 v2.4...

  • Page 71: Sounds

    A variety of simulated sounds are available to enhance realism. Sounds are controlled through the instructor software. To auscultate sounds on the Aria manikin, be sure to locate a stethoscope and set up the StethoSym prior to beginning a simulation.

  • Page 72: Auscultated Sounds

    Maestro. When the Sounds panel appears, select one of the tabs: Heart, Lungs, or Bowel, or Korotkoff. Adjust all areas or isolate by changing the sound type per region, if applicable. Select the sounds from the Type drop-down menu. See the Maestro for Aria User Guide for complete details. Speech A variety of programmable vocal sounds are available.

  • Page 73: Stethosym

    Using Aria StethoSym To set up StethoSym: 1. Connect the StethoSym’s speaker module to the diaphragm of the stethoscope with the two elastic bands. StethoSym Speaker Module Connected to Diaphragm 2. Pull back the lever on the StethoSym module to open the clamp and attach it to the tubing of the stethoscope.
  • Page 74 Using Aria Charging the StethoSym To charge the StethoSym, use the included power supply and micro-USB cable. Refer to the table below for status light information. Light Color Power Status Orange Unit is plugged into a power source and battery is charging.
  • Page 75 Using Aria The following shows the RFID tag locations under the skin. Do not remove the manikin’s skin. Contact CAE Customer Support if assistance is needed. Aria RFID Tag Locations Tag # Location Sound Heart: Pulmonary Valve Heart: Aortic Valve...
  • Page 76 Using Aria * Controlled by the anterior Left Lower lung sound control ** Controlled by the anterior Right Lower lung sound control ¥ Controlled by the posterior Left Upper lung sound control ¥¥ Controlled by the posterior Right Upper lung sound control...

  • Page 77: Care And Maintenance

    Note: Many hardware components of the simulator and the Instructor Workstation are not user- serviceable. The SymDefib unit is also not user-servicable and must be returned to CAE Healthcare if repair is needed. Contact CAE Healthcare Customer Support for any questions and concerns regarding hardware maintenance.

  • Page 78: Step 1: Clean The Manikin

    Gently rub the soiled area with a soft cloth to remove most marks and stains. DO NOT use solvents or abrasive pads. Inspect the manikin for damage or puncture marks. If damage exists, contact CAE Healthcare Customer Service immediately for a repair. Prompt repair prevents expansion of the damaged area.

  • Page 79: Step 3: Maintain Im Injection Site

    Care and Maintenance Step 3: Maintain IM Injection Site If the simulation included use of IM injection equipment, perform the following steps prior to storing the manikin: 1. Remove the pad from the injection site. Removing the IM Pad 2. Remove the sponge from inside the pad. Removing Sponge from the IM Pad ©2024 905K690052 v2.4...

  • Page 80: Step 4: Flush And Drain The Urinary System

    Care and Maintenance 3. Squeeze all the fluid from the sponge and let air dry. Squeezing Fluids from the Sponge 4. When dry, replace the sponge back inside pad. 5. Replace the pad into the injection site. Step 4: Flush and Drain the Urinary System To flush and drain the urinary system: 1.

  • Page 81: Step 6: Power Off The Manikin

    Maintenance Simple care and maintenance will ensure Aria stays in good working condition. Many problems are caused by inadequate or improper maintenance. Check all parts and components each time the simulator is used. Failure to follow these guidelines can lead to damage not covered by warranty.

  • Page 82: Storage

    Storage IMPORTANT: Do not attempt to open or repair any simulator components. Doing so may void the warranty. If damage exists, contact CAE Customer Service immediately for a repair. Prompt repair prevents expansion of the damaged area. Prior to storing the product: •...
  • Page 83 Do not stand the container on its side with the manikin stored inside for long periods of time. Aria supports storage up to twelve months. After that period of time, the user will need to charge the simulator again.
  • Page 84 Care and Maintenance THIS PAGE INTENTIONALLY LEFT BLANK ©2024 905K690052 v2.4...

  • Page 85: Appendix A - Recommended Clinical Supplies

    Appendix A - Recommended Clinical Supplies Appendix A - Recommended Clinical Supplies The following clinical supply sizes are recommended for use with Aria. Other sizes may cause damage to Aria and should not be used. Recommended Clinical Supply Sizes Urinary Catheter...
  • Page 86 Appendix A - Recommended Clinical Supplies THIS PAGE INTENTIONALLY LEFT BLANK ©2024 905K690052 v2.4...

  • Page 87: Appendix B - Symdefib

    SymDefib Appendix B - SymDefib SymDefib uses live electricity. Review all warnings and instructions before using SymDefib. IMPORTANT! This equipment is not suitable for use in locations where children are likely to be present. Cautions and Warnings SymDefib is used in conjunction with real biphasic defibrillators that transmit live electrical current at the same energy levels used with real patients.

  • Page 88: Equipment Overview

    SymDefib Equipment Overview The SymDefib equipment package includes the SymDefib unit, a power supply, connector cable, SymDefib pediatric pads, and various connectors. When a shock is delivered, the live electrical current is absorbed by the SymDefib unit and does not travel to the SymDefib pads or simulator.

  • Page 89: Setting Up Symdefib

    SymDefib Note: The SymDefib power switch must be on to charge the battery. Charging the SymDefib If preferred, or for longer training sessions, SymDefib can also be used with the power supply connected. Setting Up SymDefib Follow the steps below to prepare the Symdefib for electrical therapy: 1.
  • Page 90 SymDefib SymDefib pads must be placed only on the defibrillation nodes, as shown in the following image: Defibrillation node Defibrillation node SymDefib Pad Nodes When the SymDefib pads are connected, the monitor begins to display the ECG and the SymDefib status light turns solid green.
  • Page 91 For more information about CAE products, contact your regional sales manager or the CAE distributor in your country, or visit caehealthcare.com. Tel +1 941-377-5562 or 866-233-6384 For customer support, please contact CAE. Customer Support Headquarters - United States Monday - Friday from 7:00 a.m. to 6:00 p.m. ET Phonel-866-462-7920 Email: srqcustomerservice@cae.com...

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