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Product Specifications

N9+ Device

SafetyComplies withIEC 60601-1, IEC 60601-1-2,
IEC 60601-1-11, IEC 62471,
ISO 80601-2-61, IEC 60601-2-18
ClassificationAnti-electric Shock TypeInternally powered equipment.
Anti-electric Shock DegreeType BF equipment
Degree of Protection against Harmful Ingress of WaterIP22 - Protection against falling drops of water when unit is tilted 15o.
Applied PartsN9+ device, N9+ wireless otoscope and accessories.
Physical CharacteristicsDevice sizeWidth 57.5mm/2.26inch Height 174mm/6.85 inch
Device weight133 Grams (6.49 Ounces)
Operating EnvironmentTemperatureFrom 41°F up to 104°F
From 5°C up to 40°C
HumidityFrom 5% up to 95% RH (non- condensing)
Storage/ Transport EnvironmentTemperatureFrom -13°F up to 158°F From -25°C up to 70°C
HumidityFrom 5% up to 95% (non- condensing)
Atmospheric Pressure50 kPa to 106 kPa
MaterialsBiocompatibilityContact parts were tested to comply with biocompatibility following ISO 10993-1.
Service Life5 years
StethoscopeMeasurement SiteOn the body
Pickup sensorMicrophone (26- dBFS sensitivity)
Sound ProcessingDigital signal processing
Frequency ResponseRange 1: 20 – 200 Hz
Range 2: 100 - 500 Hz
Range 3: 50 - 500 Hz
Range 4: 30 - 350 Hz
AmplificationAutomatic Gain Control (AGC), limited to x27852
ThermometerPrinciple of OperationInfrared thermometer that converts the patient
forehead temperature to an
oral equivalent temperature.
Measurement SiteForehead skin, display oral- equivalent
Temperature Measurement Range32.2 ºC – 43.3 ºC (90.0 ºF –
109.9 ºF)
Temperature Resolution0.1 ºC (±0.1 ºF)
Temperature Accuracy (*)±0.2 ºC (±0.4 ºF) for 35 ºC –
42 ºC (90.0 ºF – 109.9 ºF);
±0.3 ºC (±0.5 ºF) for below
34.9 ºC or above 42.1 ºC
Measurements displayCelsius / Fahrenheit Switchable
Pulse OximeterMeasurement SiteFingertip
Measurement TypeSpot measurement
LED WavelengthRed - 660 nm Infrared - 880nm
SpO240-100%
Measurement Range
SpO2 Accuracy70-100%: ±2%
0-69%: unspecified
SpO2 Resolution1%
Pulse Rate Measuring Range30 to 250 BPM
Pulse Rate Accuracy±3 BPM
Pulse Rate Resolution1 BPM
Power SourceTwo 1.5V AAA Alkaline batteriesPower Source
Intended patient populationAdults and pediatricIntended patient population
BLUETOOTH
specification
Frequency Band of Transmission2.4 – 2.5 GHzChannels (2MHZ spacing)
Frequency Characteristics of the ModulationGFSK
Modulation10 dBm
Maximum RF Input Typical Receive Sensitivity-95 dBm
Maximum RF Tx Output Power12 dBm

N9+ Wireless Otoscope

Weight24.3g (0.9 ounces)
Size140x14mm
Operating FrequencyWIFI 2.4GHz
Gyroscope3 axis
Resolution5MP
Network standardIEEE802.1 1b/g/n
AntennaInternal FPC
Image transition rate20 fps
Waterproof & Dustproof ClassificationIP22
Duration of Continuous Use (full charge)Approx. 85 min
Battery300mAh lithium battery
Charging time85 min
Input voltageDC 5V, 0.5A
Lens diameter3.5 mm
Field of view angle73°

Calibration

The N9+ system is initially calibrated at the time of manufacture. If this system is used according to the use instructions, periodic readjustment is not required.
Note: A functional tester cannot be used to assess the accuracy of the Pulse Oximeter. The Pulse Oximeter function can only be assessed through clinical trials.

N9+ Device Symbols

Rx
only
Prescription device (only for the pulse oximeter)
Manufacturer
Date of Manufacture
Serial Number
IP22Protected from ingress of foreign objects the size of a finger, and from dripping when tilted 15 degrees.
Caution - Consult Accompanying Documents
Type BF applied part (Degree and type of protection against electric shock)
Caution - Refer to instruction manual/ booklet
Bluetooth
Equipment should not be disposed of in the normal waste stream
AAA 1.5VInput Voltage
FCC ID:
Z64-2564N
FCC ID of the Bluetooth Module used
FCC ID:
2AU63-P30
FCC ID of the wireless otoscope
Keep Away from Sunlight
Temperature Limit
Humidity Limitation
Atmospheric Pressure Limitation
Part number
Lot number
Non sterile
Wi-Fi
Remaining battery
Contains FCC ID: Z64-2564N
This system complies with Part 15 of FCC Rules. Operation is subject to the following two conditions:
(1) This system may not cause harmful interference, and (2) this system must accept any interference received, including interference that may cause undesired operation.

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