Blood Pressure Monitor Trainer
Home Products Biomedical Instrumentation Blood Pressure Monitor Trainer
|
|
B.P. Monitor is easy to use, quickly detects your blood pressure and pulse measurement and displays them on a 16x2 LCD module. GUI based software is also provided to facilitate interfacing with PC.
The kit uses the oscillometric method of blood pressure measurement of blood through your brachial artery and converts the movements into a digital reading. An oscillometric monitor does not require a stethoscope so the monitor is simple to use. The kit features an easy-to-use sqeeze inflation bulb that allows you to quickly fill the cuff with air. Stop pumping and the cuff deflates automatically.
SPECIFICATIONS
Display : 16 x 2 LCD digital display
Measurements Method: Oscillometric method
Measurement Range:
-Pressure : 0-280 mmHg
-Pulse : Within 40-200 beats/min.
Accuracy:
-Pressure : Within +/-3 mmHg or 2% of reading
-Pulse : Within +/-5% of reading
Inflation : Manual by inflation bulb
Deflation : Automatic pressure release valve
Rapid Air Release : Push button valve
Pressure Detection : Capacitive pressure sensor
Operating Temperature/Humidity : 10 - 40°C/30-85%RH
Storage Temperature/Humidity : -20 to +60°C/10-95%RH
Cuff : 140mm (W) x 480mm (L)
Accessories : Cuff, Air inflation bulb
GUI based software to communicate with Training Kit
- Facility to store subject's id and other partiulars like time, date, systolic, diastolic & pulse rate.
- User can store and monitor all the B.P. parameters in graphical format i.e. bargraph & y-t.
What is blood pressure ?
Blood pressure exerted on the artery tube when blood flows through the arteries. The pressure when the heart contracts and sends out blood is called the systolic (highest) pressure. The pressure when the heart dialates and blood flows into the heart is called the diastolic (lowest) pressure.
Usually, the pressure the heart exerts to send blood throughout the body is 120 mmHg. However, the pressure of the blood returning to the heart is nearly 0. The difference in this pressure causes blood to circulate through the body. The pressure gradually decreases while circulating. However, the largest change occurs at an arteriole. There is no difference in the blood pressure between your upper arm and at the aorta, where the blood leaves the heart.
|
| |
|
|
Products
