Posts Tagged ‘home medical equipment’

Happy One Year to our PDNS department

Friday, February 3rd, 2012

Just over one year ago PHS launched our newest service, Private Duty Nursing (PDNS). We are excited to look back over the past year at all that has taken place since bringing our first PDNS patient home on January 18th, 2011. Allowing children the opportunity to thrive at home with their family while still receiving the highest quality and safest healthcare available to them is what makes us tick. Adding private duty nursing to our services has allowed PHS to complete the circle of homecare services for any medically-fragile, technology dependent child and their family.

One phone call can take care of so much. A parent can place a supply order, check on the last lab draw results, troubleshoot any concern with equipment or supplies and schedule the next IV nurse visit, all in one call. The same is true for the healthcare professionals that we partner with daily. One phone call to PHS and we will coordinate all services needed to get a child out of the hospital and to the comfort of their home. Including training the family and any caregivers on all equipment. All the while staying in constant communication with the physician to ensure the everyone always has the latest information.

Here are a few fun facts about the first year of Private Duty Nursing at PHS:

  • Number of field nurse assessments (PDNS Shift and PDNS Seizure)? 9,070!!
  • Number of Patients that have been on PDNS service? 37
  • Number of current field nurses? 110
  • Geographically; where is our furthest patient located? Brainerd
  • How many homes have 2 or more patients in the same home? 2

The picture shows our amazing internal PDNS staff that keep the ship moving, and although they are not pictured, the incredible 110 field nurses round out the PDNS department.  It truly takes a team to take care of the child and we happen to think we’ve come up with a winning team.

We want to take a moment to thank each family that has invited PHS staff into your home and allowed us the opportunity to care for your child. Each one is a blessing and we love partnering with you to keep your children safe, happy and healthy at home- just where they belong.

Joe’Von Thrives at Home

Friday, January 13th, 2012

Joe’Von is like most kids his age
And that’s what makes him remarkable.
He likes to watch cartoons, play in the yard and pick on his twin sister. In that much, at least, he’s a fairly typical preschooler. You wouldn’t have imagined it, though, had you met him the day he was born.

Joe’Von came into this world at 28 weeks and with short bowel syndrome, which means he didn’t have enough intestinal length to properly absorb nutrients. Doctors believed he’d never eat like the rest of us. In other words, that he wouldn’t be able to sustain himself with food.

Couldn’t eat or even look at pictures of food
Joe’Von’s aversion to eating kept him not only from the kitchen table, but also from being able to watch people eating on television or looking at photos of food in magazines. It also meant TPN and g-tube feeding directly into of his stomach. Long term, that could mean liver failure.

Out of the hospital so he can grow up at home
PHS private-duty nurses, infusion therapists, dietitians and other highly trained in-home caregivers have given Joe’Von the opportunity to thrive where’s he’s most comfortable—at home.

So far, he’s doing great. With PHS nursing care 12 hours a day, six days a week, Joe’Von is slowly being weaned off TPN. He’s learned to walk, run and play, and even dances and does karate. He’s gaining weight and beginning to experiment with food—putting grapes in his mouth, though not yet eating them. It is hoped, however, that he’ll eat on his own someday and grow up like any other kid.

PHS is excited to have just wrapped up our newest TV commercial too, check it out! It’s so important for families to know they have a choice in their homecare company and PHS is always here to help bring your child home and keep them home. Given the choice, kids will always choose to thrive, and PHS makes that possible.

Have you seen the TV commercial air yet? What do you think?

Lila’s Story Part II: A pitstop, then home

Monday, January 2nd, 2012

Here is part II of Lila’s story as written by mom, Aimee. We posted Part I of this story on Thursday, you can read that post here. Today, Aimee recalls the progression Lila made while in the hospital, and the journey from hospital to home.

______________________

As much as we hoped and prayed, our little Lila wasn’t breathing when she was born. Her lungs were too underdeveloped and she needed a lot of support. The doctors had a hard time finding a breathing machine that worked for her. Their last attempt — a high-frequency jet ventilator — worked.

I don’t remember seeing Lila for the first time. I reached my hand in and touched her (thank God for pictures) but I couldn’t hold her. Once I was able to get out of bed and visit Lila’s room in the NICU, I just stared at her and put my hands on her tiny, fragile body and never wanted to leave. “Is she going to live?” That’s all I wanted to know, but the doctor couldn’t make that promise.

A few days later, Lila had stabilized and it was time for an ultrasound of her brain. Premature babies are at high risk of developing bleeding on the brain, so the NICU does the ultrasounds as a standard practice. On this day, we learned that Lila would not make it out of the hospital unscathed as a result of her prematurity and time in utero without amniotic fluid. She had developed some cystic areas on the ventricles of her brain and was diagnosed with Periventricular Leukomalacia (PVL), a type of brain injury that involves the death of small areas of brain tissue around the ventricles. We were told that PVL affects the motor abilities in children and often leads to a Cerebral Palsy diagnosis, however we were also encouraged by the hope that early intervention and therapies could give Lila a chance for a “normal” life.

With each passing day, Lila grew stronger. Finally on day 12 I was able to hold my baby girl for the first time. She was so tiny. The wires and tubes covered much of her head and face, but I could see her perfect little button nose, her sweetheart-shaped lips and her perfect almond eyes.

The days turned to weeks and the weeks to months. We celebrated every single milestone from Lila moving to an open-air crib to graduating from the NICU to the Infant Care Center and every moment in between. We made every effort to make the best of our time in the hospital, but grew weary from all of the fear and the scared nights, having to watch our daughter fight and endure with each breath, and unsure how to handle the unspeakable grief that our “perfect” child might have a different future from what we originally envisioned.

Lila’s due date passed and everyone was eager to get her home, yet she was still on oxygen and not taking enough from a bottle to grow without a feeding tube. After some back and forth, everyone decided it was time for Lila to go home, however she would continue to need oxygen and a feeding tube.

The next day, someone from Pediatric Home Service arrived to teach us how to use all of the equipment that Lila would be sent home with. I had stayed in the hospital with Lila the night before and was working on an hour or two of sleep and overwhelmed with the reality of finally taking our daughter home. As the PHS staffer went through instructions on how to use the oxygen tanks, the oxygen concentrator, the apnea monitor, and the feeding tube pump, I began to cry and doubt my abilities to handle the things the nurses had taken care of for so long. “What if I screwed something up? What if the equipment stops working?” The PHS staffer assured me that someone would be available to take my calls 24/7 and could even come to the house to check on things. She gave me the confidence I needed to do the job I was meant to do: be Lila’s mother.

After 92 days of bedrest and 69 days in the NICU, Lila finally came home on Nov. 21, one week after her original due date.

Lila’s Story Part I: Over 13 weeks of bedrest and an uncertain future

Thursday, December 29th, 2011

We have a special treat in store for our readers over the next week. PHS mom, Aimee Tjader, has graciously offered to share her story. The story of her pregnancy, birth and coming home from the hospital with their new bundle of joy, Lila.  Today, Aimee recalls the uncertainty she and her husband felt after an unexpected complication at only 18 weeks gestation.  In the coming week we will be posting Aimee’s story in three parts. We will post part two tomorrow and the third the following Friday. Grab your box of tissues and read on as Aimee tells their story.

___________________________

No parent can imagine their newborn baby hooked up to tubes and wires, fighting for their lives under a clear glass isolette in the neonatal intensive care unit (NICU). But for some families, the NICU is the best case scenario. It’s for those parents that the NICU is the “house of hope.”

At 18 weeks gestation, I suffered preterm Premature Rupture of Membranes (pPROM). In lamens terms, my water broke much too soon and the outlook was grim. Being my first pregnancy, I was clueless about such a condition. My heart sunk deep into my chest that day when the doctor confirmed I’d lost all of the amniotic fluid providing the protective pool around my baby. “What does this mean? Can’t something be done?”

Nothing could be done. I was told I would likely go into labor within a few days, or I could be admitted to the hospital right then and there to “take care of the situation” that night. I would have to deliver the baby, who obviously would not survive at 18 weeks. Or, in the slight chance that I stayed pregnant long enough the baby would likely have severely underdeveloped lungs (baby’s drink amniotic fluid to grow their lungs), deformities and other lifelong problems.

Trying to soak in this whirlwind of new information, I asked to be admitted for a round of IV antibiotics to ward off any potential infection brewing and for a Level III ultrasound by a high-risk doctor the next morning. I hoped and prayed that night, my first-ever night spent in a hospital, that the amniotic sac would heal and everything would be OK. In my dreams I would leave the hospital, still carrying my child, and get back to life as I knew it before I learned what pPROM was. I envisioned going back to work, growing a big round belly, having a baby shower and perusing the baby section of Target along with all the pregnant women. I’d stand proudly beside my pregnant best friend comparing our bellies for a photo op. And I’d create the perfect nursery with the baby’s name in giant script above the crib. But I never got to do any of that.

After one day in the hospital, I went home and under the advice of my doctors, got into bed and stayed there. We had a plan: I would complete six weeks of strict bedrest at home and once I reached 24 weeks gestation — viability — I would be admitted to the hospital until I delivered the baby.

The days dragged on. And on. Of course I was filled with fear that I would go into labor and everything would come crashing down in an instant, but I laid still in bed only getting up to use the bathroom and take quick showers. Friends, family and co-workers brought groceries and prepared meals, walked the dogs and cleaned the house. The support around us was incredible — it felt like all of Minnesota and every corner of the U.S. was pulling for our happy ending.

At 24 weeks, incredibly still pregnant, I was admitted to the hospital. With every intention of being there for the long haul, I brought the comforts of home: my own bedding, a rug, pictures, even a bedside lamp for cozy reading. I quickly got to know all of the antepartum nurses and all of the perinatologists. I sensed the sorrow in their voices and read the pessimism on their faces when I asked them about my outlook and the chance for a healthy baby. Every day they would check on me growing increasingly surprised that I was still there, my belly getting bigger with each week. I was hooked up to the fetal heart rate monitor twice-a-day and I received weekly ultrasounds, always showing a disappointing “unmeasurable” amount of amniotic fluid.

But I never gave up hope. I took vitamins, drank enough water to fill Lake Superior in hopes of creating more amniotic fluid, and did acupuncture, guided imagery and breathing techniques to keep me in a place of calm so that I could be the healthiest vessel for my baby. I was allowed to go for one wheel-chair ride a day outside, which I often took advantage of to savor Minnesota’s warm summer sun.

After celebrating making it to 31 weeks of pregnancy and seven weeks of hospital bedrest, I began to have contractions. They grew closer together, the baby had an elevated heart rate and I had a fever. The doctor called, feared an infection and said it was time. We would be having a baby that night and she would be here nine weeks too early.

A quick ultrasound revealed the baby still in breech position, so I signed some papers and was wheeled off to the operating room. The room was bright, like in a dream, and freezing cold. My teeth chattered as they inserted the spinal and draped a blue cloth over my belly. A dozen doctors and nurses were on hand for the delivery, plus another handful waiting for our baby in the next room, including neonatologists and respiratory therapists. It was a scene straight out of some thrilling medical TV drama.

At 3:59 a.m. on Sept. 14, 2010, Lila Kalét Tjader arrived weighing 3 lbs. 14 oz. She didn’t cry, but she was beautiful. Tears welled up in my eyes as she was taken out of my sight. I crossed my fingers and repeated under my breath, over and over, “Breathe, baby, breathe.”

John’s Troubleshooting Tip of the Month: Food Pump Series- Part 3 No Flow Alarm

Wednesday, December 7th, 2011

PHS understands how stressful it can be when a piece of equipment isn’t working properly, and we want to help resolve any issues as soon as possible for you. So, once a month, PHS Respiratory Therapist, John Sheahan posts a tip on how to troubleshoot a common error with a piece of equipment.

Continuing in our series of food pump troubleshooting tips this month we will discuss ‘No Flow In’ and ‘No Flow Out’ alarm messages on the Infinity Orange and Teal pumps.

The first thing we need to understand is what each of these alarms is really saying.

  • A No Flow In alarm is telling us that formula or breast milk is not moving easily between the feeding bag and the food pump.
  • A No Flow Out alarm is telling us that formula or breast milk is not moving easily between the food pump and the child’s stomach.

If you get a No Flow In alarm do the following:

  • Straighten out twists or bends in the feeding bag tubing.
  • Empty formula or breast milk from feeding bag into clean container.
    • Flush feeding bag and feeding bag tubing with warm water.
    • Pour formula or breast milk back into feeding bag.
    • Remove air from feeding bag and feeding bag tubing.
  • Remove plastic unit and clean the three sensors using cotton swab and water.
  • Replace feeding bag with new one if needed.

If you get a No Flow Out alarm do the following:

  • Straighten out twists or bends in the feeding bag tubing.
  • Empty formula or breast milk from feeding bag into clean container.
    • Flush feeding bag and feeding bag tubing with warm water.
    • Pour formula or breast milk back into feeding bag.
    • Remove air from feeding bag and feeding bag tubing.
  • Remove plastic unit and clean the three sensors using cotton swab and water.
  • Use syringe to flush child’s feeding tube with warm water to be sure feeding tube is not clogged.
  • Replace feeding bag with new one if needed.

NOTE: If there is a clamp on the G-tube be sure to open first and try to resume feeding.

John Sheahan, RRT-NPS, LRTJohn Sheahan, RRT-NPS, LRT is a Licensed Respiratory Therapist at PHS and would love to hear from you if you have a tip that you’ve found helps when working with your equipment, or have an idea for a Troubleshooting Tip post. Share your tip or idea through a comment here or an email to John at jcsheahan@pediatrichomeservice.com.

John’s Troubleshooting Tip of the Month: Food Pump Series- Part 2 Replacing the door

Monday, November 7th, 2011

PHS understands how stressful it can be when a piece of equipment isn’t working properly, and we want to help resolve any issues as soon as possible for you. So, once a month, PHS Respiratory Therapist, John Sheahan will post a tip on how to troubleshoot a common error with a piece of equipment.

Today’s post is the second in a series that focuses on food pumps. We frequently receive calls from families for troubleshooting the food pump. In this second segment we will focus on what to do if the Infinity food pump door breaks.

There are two types of Infinity food pumps, the Infinity Teal and the Infinity Orange, and both have the potential of the door latch that connects to the pumps inside holder breaking. To prevent this from happening always press the latch in with your thumb before opening and closing the food pump door. If the door latch does break however follow these steps:

  • Close the Infinity food pump door and secure it tightly with either a hair band or a rubber band.
  • The food pump will run as long as the food pump door is closed tightly.
  • Call PHS at 651-642-1825 and report the problem. We will send you a replacement door.
  • When you receive the new door:
    • Open the broken food pump door away from the food pumps main body.
    • Firmly hold pump and door in BOTH hands.
    • Quickly snap the door away from pump.
    • Replace with new door by inserting the replacement food pump door latch into the inside holder.
    • Gently snap door into place.
    • Do NOT force the door closed.

See the graphic below for a visual on how to remove and attach a door. For even more help with your EntraLite® Infinity food pump watch this video from PHS IV nurse Gail as she walks you through common errors with the pump and how to solve them.

entralite, inifinty, phs, pediatric home service, food pump, door change, broken door,

John Sheahan, RRT-NPS, LRTJohn Sheahan, RRT-NPS, LRT is a Licensed Respiratory Therapist at PHS and would love to hear from you if you have a tip that you’ve found helps when working with your equipment, or have an idea for a Troubleshooting Tip post. Share your tip or idea through a comment here or an email to John at jcsheahan@pediatrichomeservice.com.

Troubleshooting your humifidier

Friday, October 7th, 2011

We understand it can be frustrating and at times, scary when there is an alarm sounding from a piece of equipment that you rely on to help care for your child. That’s why we are here to help with video how-to resources that will have your equipment back up and running in no time.

In the video below PHS Clinical Education Manager and Respiratory Therapist Bruce Estrem, BA, RRT-NPS, LRT shows families caregivers and other healthcare professionals a couple basic troubleshooting tips for a humidifier that is used to keep the airway warm and moist.

Heater Wire Alarm

Heater Wire Alarm will sound if pigtail is not connected or not working, or if the heater wire button is turned off. The heater wire consists of the pigtail and the wires that go into the tubing to keep the air warm.

  1. Make sure the pigtail is connected to the wires in the tubing, if its not, your humidifier will give you the heater wire alarm. Resolve this by checking and securing the connection, if this does not solve the problem; replace the pigtail with the back-up in your yellow mesh bag.
    *Note- please call PHS at 651-642-1825 to exchange your non-working pigtail for a new back-up that will be kept in your yellow mesh bag.
  2. Make sure the heater wire button is turned on (button is on the unit) if it is not turned on you will get the connector alarm.

Temperature Alarm

Temperature alarm will sound if the heater is too hot or too cold.

  1. First thing you want to do is make sure you have airflow going through the circuit.
  2. If airflow is not the issue, the next step is to then take the temperature probe out at the elbow of the unit, wipe it down with an alcohol wipe and put back in place, you will want to do the same with the probe at the patient connection. That should resolve the temperature alarm
  3. If these steps still do not resolve the temperature alarm, replace the non-working temperature probe with the back-up from your yellow mesh bag.
    *Note- please call PHS at 651-642-1825 to exchange your non-working temperature probe for a new back-up that will be kept in your yellow mesh bag.

As always, if you have further questions or concerns, please don’t hesitate to contact PHS at 651-642-1825.

John’s Troubleshooting Tip of the Month: Capnography Monitors (ETCO2) for nasal cannula

Wednesday, September 14th, 2011

Novametrix Capnogard ETCO2 Monitor

PHS understands how stressful it can be when a piece of equipment isn’t working properly, and we want to help resolve any issues as soon as possible for you. So, once a month, PHS Respiratory Therapist, John Sheahan will post a tip on how to troubleshoot a common error with a piece of equipment.

Last month I discussed using a capnograph or ETCO2 monitor, as they are sometimes called, to patients with tracheostomy tubes. This month I would like to talk about using a capnograph to patients without a tracheostomy tube, using a nasal cannula.

The Novametrix Capnogard ETCO2 Monitor is the only capnograph PHS carries that will measure exhaled carbon dioxide (ETCO2) levels using a nasal cannula. Be sure to use the step-by-step instructions at the end of this post to setup and calibrate the monitor before use.

Troubleshooting

If the exhaled carbon dioxide, or ETCO2, results seem inaccurate:

  1. Make sure the pump is on (there will be a small pump icon displayed in the lower part of the LED screen and the monitor will make a pumping noise).
  2. Make sure the patient cable is tight and not damaged.
  3. If you need to disconnect and reconnect the patient cable be sure to recalibrate the monitor.
  4. Check the Sample Airway Adapter for cracks or water spots.
  5. Check tubing and cannula for kinks.
  6. Check for excessive humidity in the Dehumidifier Tube – and change if necessary.
  7. Check nasal cannula prongs to make sure they are not clogged – clean or change if necessary.
  8. If these steps do not correct the problem call PHS.

Using ETCO2 monitor with a Nasal Cannula


  1. Make sure Sampling Airway Adapter windows are clean, dry and not cracked.
  2. Snap Sampling Airway Adapter to child’s cable.
  3. Connect sampling tubing from adapter to inlet port on the front of monitor.
  4. If instructed by your PHS Clinician, connect Dehumidifier Tube to Sampling Airway Adapter.
  5. Connect appropriate CO2 Nasal Cannula to Sampling Airway Adapter.
  6. Press POWER key to turn monitor ON.
  7. Make sure HIGH/LOW ETCO2 and HIGH/LOW RESPIRATORY RATE alarm parameters are correct.
  8. When Capnogard displays “ERASE STORED TRENDS?”, press YES to erase stored data. NOTE! If doing an overnight study, DO NOT erase the trends once study begins.
  9. Make sure sampling pump is turned ON. NOTE! A pump icon displays on screen. If you do not see this pump icon, do the following:
    1. Press MENU.
    2. Press PUMP.
    3. Press ON.

    1. If needed, calibrate the sensor as instructed. Calibrate if sampling method has changed or “ADAPTER CAL?” appears on display. Read the Calibrating the Sensor section below.
    2. Place appropriate CO2 Nasal Cannula on child.
    3. Watch your child’s respiratory rate and ETCO2 value. Record these values in the child’s chart or on the log sheet provided.

    Calibrating the Sensor

    1. Press CAL key. The message “PLACE ON ADAPTER IN ROOM AIR” displays.
    2. Place sensor and adapter away from all CO2 sources.
    3. Press START key. The “TIME REMAINING” number counts down and main menu displays.
    4. At the end of countdown, remove Patient Airway Adapter and place Capnostat on “0” rear cell. Wait for the countdown.
    5. When “PLACE REFERENCE CELL” message displays, move to (front) “REF” cell.
    6. When “CALIBRATION VERIFIED” displays, remove from reference cell and place Patient Airway Adapter on Capnostat.
    7. Press CAL key.
    8. Press START key. Wait for the countdown.

John Sheahan, RRT-NPS, LRTJohn Sheahan, RRT-NPS, LRT is a Licensed Respiratory Therapist at PHS and would love to hear from you if you have a tip that you’ve found helps when working with your equipment, or have an idea for a Troubleshooting Tip post. Share your tip or idea through a comment here or an email to John at jcsheahan@pediatrichomeservice.com.

1•2•3 Infection Free! IV Catheter Care Program

Friday, September 9th, 2011

We know that caring for a child with an IV in your home can be a daunting process. There’s always that fear of infection in the back of your mind. To help quell some of those fears PHS has created a program called 1•2•3 Infection Free!, the program walks you step-by-step through the process of keeping your child infection free each time you administer an infusion.

Watch the video below as PHS Infusion Nurse Susan Fitzsimmons, RN, CPN, BSN walks through the various components in the PHS 123 Infection Free Kit.

Infection is a risk every child with an IV catheter faces.

PHS created a new program to help you prevent dangerous IV catheter infections at home. The program
is called 1•2•3 Infection Free! and its materials explain:

  • Actions to take each and every time you or any caregiver works with your child’s IV catheter
  • Warning signs for infection at the IV catheter site or in the blood stream
  • Whom to contact if your child shows signs of infection

Materials included in the kit are:

  • Infection Prevention Methods Poster
    • An easy reminder of the most important steps for preventing an IV infection, with pictures on one side
      and more detailed information on the other side
  • My Child’s IV Catheter Care Log
    • A list of infection warning signs for which to check every day and a guide for whom to contact about
      different warning signs. Call us when you need more copies.
  • Emergency Information
    • A card to hang near your child’s bed or on the refrigerator with infection warning signs and the phone
      numbers of whom to contact
  • Badge
    • A list of infection warning signs and contacts that is a perfect size for purse, pocket, diaper bag or
      emergency kit

    Have you used 1•2•3 Infection Free! Does it help you to remember the steps and keep your child infection free? We’d love to hear your feedback on the program.

John’s Troubleshooting Tip of the Month: Capnography Monitors (ETCO2)

Tuesday, August 2nd, 2011

PHS understands how stressful it can be when a piece of equipment isn’t working properly, and we want to help resolve any issues as soon as possible for you. So, once a month, PHS Respiratory Therapist, John Sheahan will post a tip on how to troubleshoot a common error with a piece of equipment.

Capnographs or ETCO2 monitors as they are sometimes called are extremely valuable machines for monitoring your patient or child’s carbon dioxide as they breathe. Of course with any machine there can be problems. This month I will focus on a few troubleshooting steps that will insure you always getting the most accurate readings when using a capnograph to trach.

Novametrix Capnogard ETCO2 Monitor

Novametrix Capnogard ETCO2 Monitor

When using the Novametrix Capnogard monitor be sure to always calibrate before use by following the step-by-step instructions below:

Calibrating the Sensor

  1. Press CAL key. The message “PLACE ON ADAPTER IN ROOM AIR” displays.
  2. Place sensor and adapter away from all CO2 sources.
  3. Press START key. The “TIME REMAINING” number counts down and main menu displays.
  4. At the end of countdown, remove Patient Airway Adapter and place Capnostat on “0” rear cell. Wait for the countdown.
  5. When “PLACE REFERENCE CELL” message displays, move to (front) “REF” cell.
  6. When “CALIBRATION VERIFIED” displays, remove from reference cell and place Patient Airway Adapter on Capnostat.
  7. Press CAL key.
  8. Press START key. Wait for the countdown.

Tidal Wave Novametrix Capnograph

TIDAL WAVE Novametrix Monitor

When using the TIDAL WAVE Novametrix monitor be sure to always zero before use by following the step-by-step instructions below:

Zeroing a new patient airway adapter

  1. Attach a new patient airway adapter to the TIDAL WAVE patient cable.
  2. Press POWER button to turn machine ON.
  3. Make sure light below NEO key is OFF.
  4. Wait for the sensor on the patient cable to warm up. NOTE! The text SENSOR WARMING displays on screen.
  5. Press and hold NEO key until the ZERO menu screen displays.
  6. Press the PAGE button to “zero” the adapter. NOTE! Pressing this button starts a process that allows the machine to read your child’s carbon dioxide levels accurately. This process is occurring when the machine’s screen shows a numerical countdown.
  7. When the zero process is complete, the machine automatically switches to monitoring mode.
  8. You can now use the machine as ordered by your child’s doctor.

Troubleshooting tips for your TIDAL WAVE monitor

If the carbon dioxide, or ETCO2, results seem inaccurate (for either monitor):

  • Make sure patient cable is tight and not damaged.
  • Check Patient Airway Adapter for cracks or water spots.
  • If you need to disconnect and reattach the patient cable (Novametrics Capnograph only) or change the Patient Airway Adapter recalibrate or Zero the machine.
  • If ETCO2 results are still low check for leak around the trach. This can give a false low reading.
  • If these steps do not correct the problem call PHS.

John Sheahan, RRT-NPS, LRTJohn Sheahan, RRT-NPS, LRT is a Licensed Respiratory Therapist at PHS and would love to hear from you if you have a tip that you’ve found helps when working with your equipment, or have an idea for a Troubleshooting Tip post. Share your tip or idea through a comment here or an email to John at jcsheahan@pediatrichomeservice.com.