Nonin CO-Pilot™
Wireless Handheld Multi-
Parameter System (H500)
Quick Start Guide
Refer to the CO-Pilot Wireless Handheld Multi-Parameter
System (H500) Operator’s Manual for complete instructions for use to fully understand the device, its operation, and the potential risks to user and patient.
Table of Contents
05
06
07
08
01
02
03
04
09
10
11
12
13
System Components
Display Icons and Indicators
Initial System Set Up
Taking a Measurement
Placing Disposable rSO
2
Sensor
Placing Finger Clip Sensor
Determining Pulse Signal Quality
Checking Signal Processor Battery Status
Charging the System
Long Term Storage Mode
Basic Troubleshooting
COHb Quick Reference
COHb Exposure Treatment Decision Process
01 System Components
8330AA Multi-Sensing
Finger Clip Sensor
D-HH
Display
8204CA* rSO
2
Sensor
H500-PS
Chargers (2)
SP-BLE Wireless
Signal Processor
*rSO
2
sensors not included in standard configuration
**Not depicted: Data Download Cable and USB Flash Drive
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02 Display Icons & Indicators
Multi-Sensing Display Screen
Display Battery
Indicator
Pulse Signal
Quality Indicator
Pulse Wave Form/
PPG rSO
2
Display Screen
Display
Charging Port rSO Histograms
Trending readings of the rSO
2
value over time
Session ID
Event Marker Button
On/Off,
Sleep Button
Signal Processor
Serial Number
Signal Processor
Battery Life
Indicator
Sensor
Lock
Signal Processor (SP-BLE)
Bluetooth
Indicator
Battery Life
Indicator
On/Off Button
Press briefly to check SP-BLE battery status
SP-BLE
Charging Port
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03 Initial System Setup
1
2
3
4
5
Charge display and signal processor per instructions in Section 9
Press and hold On/Off button on signal processor until green LEDs blink on and blue
Bluetooth LED begins to blink
Press and hold On/Off,Sleep button on display until screen turns on
Connect sensor to signal processor and engage sensor lock (Figure 1)
System is now ready to take a measurement or to be put into Sleep Mode for future use
Figure 1
04 Taking a Measurement with CO-Pilot
1
2
3
4
5
Activate the display from sleep mode by briefly pressing the On/Off, Sleep button on the right side of the device (Figure 2)
When the display is activated, it will automatically be connected to the signal processor and the sensor will turn on
If the signal processor is not automatically activated, press and hold down the On/Off button on the signal processor
Place the sensor on the patient according to sensor instruction
Press On/Off,
Sleep button to activate display
Figure 2
When operation is complete, briefly press the
On/Off, Sleep button on the display to end the session and put device into Sleep Mode; signal processor will enter Sleep Mode automatically
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05 Placing Disposable rSO
2
Sensor
1
Connect INT-100 to signal processor as shown in Figure 1
2
3
4
Connect 8204CA sensor to INT-100 and engage lock per Figure 3
CA
CA
CA
Figure 3
Remove the protective backing from the sensor pad and gently, but firmly place the sensor above the eyebrow per Figure 4
Ensure sensor surface adheres to the skin to prevent light from traveling between emitting or receiving elements or ambient light from entering
NOTE
An improperly placed sensor may result in inaccurate readings.
If sensor does not adhere fully, sensor may result in inaccurate reading
06 Placing Finger Clip Sensor
8204CA 8204CA
Figure 4
1
2
Connect sensor to signal processor as shown in Figure 1
Select proper sensor size and use a clean, dry finger. Heavy lotions, sunscreen, dirt, oils and nail polish may alter accuracy
3
Gently squeeze open the sensor and insert the finger all the way into the sensor
07 Determining Pulse Signal Quality
Pulse signal quality can be determined by the color of the pulse waveform as shown.
Green = Good Yellow = Marginal Red = Insufficient
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08 Checking Signal Processor Battery Status
To check the signal processor battery status, quickly press the On/Off button on the signal processor. Green battery indicator lights will light indicating current battery status. Signal processor battery status can also be found on the display screen as shown in Section 02.
Signal Processor Battery Status Matrix
Battery Indicator
Three green lights lit
Two green lights lit
One green light lit
One green light blinking
No Lights
Battery Level
High (60-100%)
Medium (20-59%)
Low (5-19%), charge SP-BLE
Critical (0-4%), charge
SP-BLE
Depleted or off
09 Charging the System
1
Charge the display and signal processor (SP-
BLE) using the provided Nonin chargers ONLY*
2
Insert charger into respective ports shown below to charge.
Display
Charging Port
*Do not use system while charging
SP-BLE
Charging Port
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10 Long Term Storage Mode
1
To place the display into long term storage mode, press and hold the On/Off, Sleep button on the display (Figure 2) until screen prompt appears
2
3
Choose “Power Off” on display screen.
Screen will go black, display is now in long term storage mode
To place the signal processor into long term storage mode, press and hold the on/off button on the signal processor until all lights flash simultaneously.
Signal processor is now in long term storage mode
Press and hold button to place Signal Processor in long term storage mode
Figure 5
11 Basic Troubleshooting
Sensor Not
Connected to
Signal Processor
Check that sensor is plugged into signal processor and sensor lock is engaged
Sensor Fault
Sensor may be inoperable, try another sensor
Inadequate
Signal
Ensure sensor is properly applied to patient
Cannot Connect to
Signal Processor
Check that signal processor is on, battery is charged, and in range of display
Error Code
Refer to Operator’s
Manual
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12 COHb Quick Reference
Carbon monoxide (CO) is an odorless, colorless gas that can remain undetectable until exposure results in injury or death. CO poisoning can lead to a variety of clinical effects that resemble many neurological and cardiovascular conditions, leading to potential misdiagnosis.
Common Symptoms of CO Poisoning
1 Headache
2 Dizziness
4 Loss of Consciousness
5 Nausea
3 Fatigue and Weakness
Important Symptom Considerations
A patient exposed to high concentrations for a short time may be less symptomatic than a patient who reaches the same COHb level after a prolonged exposure.
Chronic poisoning is generally associated with the less severe symptoms.
Some patients presenting with a carboxyhemoglobin level of 20% may be remarkably symptomatic, while others experiencing the same level of COHb% may exhibit only mild, equivocal symptoms.
Low-level exposure can exacerbate angina and chronic obsutrctive pulmonary disease.
Coronary artery disease patients are at risk for ischemia and MI even at low levels of CO.
Severity of clinical condition is related to CO conentration, the duration of exposure, and the prevailing clinical disposition of the patient.
Smokers present with higher levels of COHb than do non-smokers. The COHb level in non-smokers is approximately 1-2%. In smokers, a COHb of 3-8% would be considered normal, depending on severity of smoking.
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Treatment
Carbon Monoxide: Half Life Elimination from Blood
Room Air 240-360 minutes
Oxygen (100%)
Hyperbaric Oxygen (HBO)
80 minutes
22 minutes
13 COHB Exposure Treatment Decision Process
If CO exposure is NOT suspected:
Noninvasive COHb values should NOT be used
If CO exposure IS suspected:
Patient has signs and symptoms, transportation to the hospital is recommended even if the COHb is <10%
Patient has COHb ≥10%, transportation to the hospital is recommended, even if asymptomatic
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