Nopc-01 Silicone Wrap SPO2 Sensor With Inner Module Lemo Connector

Short Description:

Narigmed’s blood oxygen accessories with built-in blood oxygen module are suitable for measurement in various environments, such as high altitude areas, outdoors, hospitals, homes, sports, winter, etc. It can be adapted to a variety of equipment such as ventilators, monitors, oxygen concentrators, etc. Without changing the design of the equipment itself, the blood oxygen monitoring function can be accessed through software changes, which facilitates compatible design and has low cost of modification and upgrade.

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Product Detail

Product Tags

Product Attributes

TYPE	silicone wrap spo2 sensor with inner module lemo connector
Category	silicone wrap spo2 sensor\ spo2 sensor
Series	narigmed® NOPC-01
Display parameter	SPO2\PR\PI\RR
SpO2 measurement range	35%~100%
SpO2 measurement Accuracy	±2%（70%~100%）
SpO2 resolution	1%
PR measurement range	25~250bpm
PR measurement Accuracy	The greater of ±2bpm and±2%
PR resolution	1bpm
Anti-motion performance	SpO2±3% PR ±4bpm
Low perfusion performance	SPO2 ±2%, PR ±2bpm Can be as low as PI=0.025% with Narigmed’s probe
perfusion Index Range	0%~20%
PI resolution	0.01%
Respiratory rate	Optional, 4-70rpm
RR resolution ratio	1rpm
Plethyamo Graphy	Bar diagram\Pulse wave
Typical power consumption	<20mA
Probe off detection	Yes
Probe failure detection	Yes
Initial output time	4s
Probe off detection\Probe failure detection	YES
Application	Adult / Paediatric / Neonatal
Power supply	5V DC
Communication method	TTL serial communication
Communication protocol	customizable
Size	2m
Application	Can be used in a monitor
Operating Temperature	0°C ~ 40°C 15%~95%( humidity) 50kPa~107.4kPa
storage environment	-20°C ~ 60°C 15%~95%( humidity) 50kPa~107.4kPa

Short Description

Narigmed's blood oxygen technology can be used in a variety of situations and on people of all skin tones, and is used by doctors to measure blood oxygen, pulse rate, respiratory rate and perfusion index. Specially optimized and improved for anti-motion and low perfusion performance. For example, under random or regular movement of 0-4Hz, 0-3cm, the accuracy of pulse oximeter saturation (SpO2) is ±3%, and the measurement accuracy of pulse rate is ±4bpm. When the hypoperfusion index is greater than or equal to 0.025%, the pulse oximetry (SpO2) accuracy is ±2%, and the pulse rate measurement accuracy is ±2bpm.

Nopc-01 Silicone Wrap SPO2 Sensor With Inner Module Lemo Connector (3)

Following Features

1. Real-time measurement of pulse oxygen saturation (SpO2)

2. Measure pulse rate (PR) in real time

3. Real-time measurement of perfusion index (PI)

4. Measure respiratory rate (RR) in real time

5. Real-time transmission of pulse wave signals based on infrared spectrum absorption.

6. Real-time transmission of module working status, hardware status, software status and sensor status, and the host computer can issue alarms based on relevant information.

7. Three specific patient modes: adult, pediatric and neonatal mode.

8. It has the function of setting the average time of calculation parameters to obtain the response time of different calculation parameters.

9. Ability to resist motion interference and weak perfusion measurement.

10. With respiratory rate measurement.

The PI Perfusion Index (PI) is an important indicator of the perfusion capacity (i.e. the ability of the arterial blood to flow) of the body of the person being measured. Under normal circumstances, the PI ranges from >1.0 for adults, >0.7 for children, to weak perfusion when <0.3. when PI is smaller, Means the blood flow to the site being measured is lower and the blood flow is weaker. Low perfusion performance is a key indicator of oxygen measurement performance in scenarios such as critically premature infants, patients with poor circulation, deeply anaesthetised animals, people with dark skin, cold plateau environments, special test sites, etc., where blood flow is often weakly perfused and where poor oxygen measurement performance can lead to poor oxygen values at critical times. Narigmed's blood oxygen measurement has an accuracy of ±2% of SpO2 at a weak perfusion of PI=0.025%.