Lemon-DB9 Spo2 Adapter Cable
Product Attributes
| TYPE | NOSC-03 Lemon-DB9 Spo2 Adapter Cable |
| Series | narigmed® NOSC-03 |
| Specification | LEMO connector dual positioning, DB9 connector, 2 meters, |
| Applicable | Adapter |
| 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 |
| Low perfusion performance |
SPO2 ±2%, PR ±2bpm Can be as low as PI=0.025% with Narigmed’s probe |
| Anti-motion performance |
SpO2±3% PR ±4bpm |
| weight | 70.2g |
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.
Following Features
1.High-precision measurement: Adopt advanced narigmed algorithm technology to ensure the accuracy of measurement results and reduce errors.
2.High sensitivity: The probe is designed to be sensitive and can quickly respond to changes in the animal's blood oxygen saturation, providing real-time data to veterinarians.
3.Strong stability: The product has undergone strict quality control and stability testing to ensure that it can work stably in various environments.
4.Easy to operate: The accessories are simple in design and easy to install. They can be connected to the host of the veterinary oximeter without complicated operations.
5.Safe and reliable: Made of medical-grade materials, non-toxic and harmless, non-irritating to animal skin, ensuring safe use.
Short Description
1. Anti-Motion
2. Compatible and Convenient
3. Different Interfaces
4. Respiratory Parameters
5. Low Perfusion
6. Low Power Consumption
