Measurement Procedure - Nissei WSK-1011 Instruction Manual

MEASUREMENT PROCEDURE

IMPORTANT! The device has touch-sensitive buttons that are pressed by slight touching. Moisture, dirt and extraneous
objects between the fi nger and the device panel can aff ect the ability of buttons to respond to touching.
Before measurement, take a few breaths and relax. During the measurement, do not talk and do not move.
1. Press the START/STOP button. The defl ating symbol « » will fl ash on the display, and the device will release the remaining air
from the cuff (Fig.8).
2. Beep will be heard, and air will be pumped into the cuff . The symbol « » will fl ash, and the displayed value will increase (Fig.9).
Infl ation will stop at optimum level owing to the Fuzzy Infl ation algorithm.
3. The symbol « » will disappear and measurement will start up. The pressure cuff will slowly defl ate.
Noise Interference Detection
This device detects the presence of extraneous sounds or noises that can aff ect the measurement results. When such
interference is detected, the symbol «
to eliminate the interference.
Press the START/STOP button to stop forcedly the measurement: the device will stop infl ation and quickly release the air.
4. Symbol «» will start fl ashing simultaneously with the beep immediately after the pulse rate is detected (Fig.10).
5. When the measurement is completed, the display will show the values of blood pressure, pulse
pressure, WHO scale and heart rate (Fig.11). The device will automatically release the air from the cuff .
6. Press the button or button and the result will remain in the selected memory unit.
7. Press the START/STOP button to turn off the device.
If you forget to turn off the device, it will do so automatically after 3 minutes.
Do not perform several measurements in a row.
This will cause numbing the hand and can aff ect the measurement result. Give your hand a break for
at least 5 minutes.
» appears on the display. In this case, it is recommended to repeat the measurement
8
Fig.8
Fig.9
Fig.10
Pulse, stroke/min.
Systolic pressure,
mmHg
Diastolic pressure,
mmHg
Puls pressure,
mmHg
Fig.11