Why Nonin Medical Equipment does not record in Programmed mode?
If the Nonin Medical Equipment is not recording in Programmed mode, it could be due to incorrectly set data collection start and stop times. Use the nVISION software to program the correct start and stop times. Also, clock settings may be lost after replacing batteries; use the nVISION software to reset the clock.
What to do if Nonin Medical Devices will not pair?
If Nonin Medical Devices will not pair, verify that the device is within range while being paired (approximately 100 meters [328 feet] spherical radius). Also, the Bluetooth radio may have timed out; press the activation switch to turn on the Bluetooth radio.
General| Device Type | Pulse Oximeter |
|---|---|
| Model | 3150 |
| Brand | Nonin |
| SpO2 Range | 0 - 100% |
| Pulse Rate Accuracy | ±3 digits |
| Display Type | LED |
| Battery Type | 2 AAA alkaline batteries |
| Bluetooth | Yes |
| SpO2 Accuracy | ±2% (70-100%) |
| Operating Temperature | 0°C to 40°C (32°F to 104°F) |
| Humidity Range | 10% to 95% non-condensing |
| Altitude Range | Up to 12, 000 feet |
| Pulse Rate Range | 18 - 321 bpm |
| Weight | 60 grams (including batteries) |
Details compliance with FCC rules for digital devices and RF energy emissions.
Describes the 3-digit display for percent blood oxygen saturation (%SpO2).
Describes the 3-digit display for pulse rate in beats per minute (BPM).
Details the switch used to activate Bluetooth radio and turn on the device.
Indicates a sensor fault, disconnect, misalignment, or incompatibility.
Shows pulse strength via a heart shape and curved bars on the display.
Indicates remaining battery life: full, half, low, or critical.
Displays Bluetooth radio status: on, connecting, or shut down.
Indicator displayed during the device's startup sequence.
Lists items included in the standard and starter kits for the device.
Details the components included in the standard kit for the device.
Details the additional components included in the starter kit for the device.
Information on battery type, life, replacement, and storage.
Explains Bluetooth technology and its use for wireless data transmission.
Device state when connected to a PC via USB interface cable.
Device state when idle, ready for activation, with screen blank.
Device state when collecting and saving data, with three turn-on modes.
Default mode; device turns on when sensor is applied, enters Standby after removal.
Device turns on via activation switch or sensor reconnect; useful for non-removable sensors.
Device can be programmed to start/stop sessions; requires nVISION software.
Step-by-step instructions for opening the compartment and inserting batteries.
Describes the two-piece wrist band and single adjustable strap application.
Details the ring strap's components: plastic ring and hook-and-loop fastener.
Instructions for threading and attaching the ring strap to the device.
Describes the adjustable strap, its fasteners, and attachment points.
Instructions for threading and attaching the adjustable strap to the device.
Verifies proper attachment of wrist straps, ensuring woven side contacts skin.
Instructions for connecting the sensor connector to the device's sensor port.
Describes securing the device to a patient's wrist using wrist bands or a single strap.
Steps to apply the two-piece wrist band, ensuring comfortable fit.
Instructions for threading and tightening the adjustable strap through the ring strap.
Instructions for folding and fastening the adjustable strap to secure the band.
Steps to apply the device using a single adjustable strap.
Instructions for threading the single strap through the device's sensor port.
Instructions for pulling and tightening the single strap for a comfortable fit.
Instructions for folding and fastening the single strap to secure the device.
Instructions for applying the sensor to the patient after the device is attached.
Describes the device's startup sequence and self-test indicators.
Explains the activation switch's role during device operation.
Explains how to turn on the Bluetooth radio using the activation switch.
How to activate the device in Sensor Activation mode using the switch.
Lists and describes error codes that indicate device problems.
Possible causes and solutions for the device failing to activate.
Troubleshooting for when SpO2 and pulse rate readings are not displayed.
Troubleshooting for poor pulse signal or low pulse strength indicators.
Troubleshooting for when the pulse strength indicator shows no pulse.
Troubleshooting sensor application issues and LED not lit.
Troubleshooting for error codes Er 01, Er 02, Er 04 on the LCD.
Troubleshooting for error codes Er 03 and Er 05 on the LCD.
Troubleshooting for when dashes are continually displayed on the LCD.
Troubleshooting for issues with data recording in programmed mode.
Troubleshooting for Bluetooth pairing issues and out-of-range problems.
Instructions for cleaning the device using a mild bleach solution.
Refers to sensor instructions for specific cleaning information.
Instructions for hand washing the wrist band with mild detergent.
Guidelines for storing the device, including battery removal.
Lists settings programmable via nVISION software, like date, time, and display.
Steps to connect the device and access settings within the nVISION software.
Instructions for connecting the device to a PC using the USB interface cable.
Step-by-step guide for installing the USB driver on Windows XP.
Step-by-step guide for installing the USB driver on Windows Vista.
Step-by-step guide for installing the USB driver on Windows 7.
Instructions for pairing the device with a PC or other device via Bluetooth.
Contact information and return authorization procedures for service.
Details the 3-year warranty, terms, conditions, and exclusions.
Declaration of device compliance with IEC 60601-1-2 for electromagnetic emissions.
Details device immunity test levels according to IEC 60601 standards.
Provides guidance on separation distances for RF communications equipment.
Table detailing recommended separation distances based on transmitter power.
Specifies average and latency for SpO2 and pulse rate measurements.
Overview of SpO2 accuracy, motion, and low perfusion testing methods.
Describes the methodology for SpO2 accuracy testing with subjects and co-oximeter.
Measures pulse rate accuracy with simulated motion artifact.
Tests oximeter accuracy under low pulse amplitude conditions.
Lists display ranges, saturation accuracy, pulse rate accuracy, and wavelengths.
Details operating temperature, humidity, altitude, and dimensions.
Specifies Bluetooth compliance, frequency, output power, and range.
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