Pulsoksimetr KMP-Ro50 is used for measurement of a pulse saturation of hemoglobin, pulse rate on a finger, and for display of intensity of pulse by means of the histogram. The product is suitable for use in house and hospital conditions (chamber), oxygen bar, social medical institutions.
The pulse saturation of oxygen (pulse saturation by oxygen) represents percentage of oxyhemoglobin (HbO2) in a total amount of hemoglobin (Hb) in blood, so-called content of oxygen (O2) in blood. It is the important biological parameter of breath. Also this device at the same time measures pulse rate. The patient needs to pass only one finger throughout the sensor for diagnostics, and on the display screen values of a saturation of hemoglobin at once will appear.
General characteristic:
- Simple and convenient management
- The product has the compact size, is easy (gross weight makes 50 g together with batteries) and is convenient at transfer.
- Low electricity consumption. The AAA batteries which are included in the package ensure continuous functioning of the device within 24 hours.
- The product is automatically disconnected in the absence of a signal in the device more than 5 seconds.
Technical characteristics:
| Display format | Digital screen display |
| Measurement of SpO2 | Range: 0% ~ 100% Accuracy: ±2% in the range of 70 ~ 100% of SpO2; value below of 70% is not defined. |
| Pulse rate measurement | Range: The 30th blow in min. ~ the 250th blow in min. Accuracy: ±2 blows in mines or ±2% (big size) |
| Clearness | 1% for SpO2 and 1 beat per minute for pulse rate |
| Resistance to surrounding lighting | The deviation between the indicator measured at artificial or natural lighting indoors and the indicator measured in the dark room makes less than ±1%. |
| Working tension | 2.6 Volt of a direct current ~ 3.6 Volts of a direct current. |
| Environmental conditions at storage | a) Temperature: - 40 ° C ~ +60os b) Relative humidity: 5% ~ 95% c) Atmospheric pressure: 500 gp ~ 1060 gpa |
| Light-sensitive sensor | Red light (wavelength – 660 nanometers ~ 6.65 MW) Infrared beam (wavelength – 880 nanometers, 6.75 MW) |
| Energy consumption | less than 25 ma. |
| Service conditions | a) Temperature: 10 ° C ~ 40 ° C b) Relative humidity: ≤75% c) Atmospheric pressure: 700 gp ~ 1060 gpa |
