438
A. Selwin Mich Priyadharson and S. Vinson Joshua
Fig. 2 Front panel of the vacuum booster—entering the parameters
auto cycle button. The Lab VIEW front panel is set for entering the parameters such
as brakes ON vacuum leak verification, calculation parameters, and performance
validation as shown in Fig. 2.
By setting menu application, the parameter can be edited. On the sensor calibration
screen that appears in the front panel of the Lab VIEW, the measured pressure and
torque values are displayed.
Values can be modified and saved by entering the parameter. Different companies
will have different performance values, so that this parameter entry can modify them
accordingly.
In this standardization, physical high, low quantities are established and actual
value quantities will be indicated as in Fig. 3. Establishing physical max (high) & min
(low) quantities and actual measured quantities for standardization is indicated. It
displays the sensor type to be chosen. The pressure or torque is selectable by entering
the Enum button and saving that one using a save button in Lab VIEW front panel.
The max (high) as well as min (low) values of the physical quantity must be entered
after selection as in Fig. 4. The final result is shown as a slope of the maximum and
minimal quantities values.
A. Selwin Mich Priyadharson and S. Vinson Joshua
Fig. 2 Front panel of the vacuum booster—entering the parameters
auto cycle button. The Lab VIEW front panel is set for entering the parameters such
as brakes ON vacuum leak verification, calculation parameters, and performance
validation as shown in Fig. 2.
By setting menu application, the parameter can be edited. On the sensor calibration
screen that appears in the front panel of the Lab VIEW, the measured pressure and
torque values are displayed.
Values can be modified and saved by entering the parameter. Different companies
will have different performance values, so that this parameter entry can modify them
accordingly.
In this standardization, physical high, low quantities are established and actual
value quantities will be indicated as in Fig. 3. Establishing physical max (high) & min
(low) quantities and actual measured quantities for standardization is indicated. It
displays the sensor type to be chosen. The pressure or torque is selectable by entering
the Enum button and saving that one using a save button in Lab VIEW front panel.
The max (high) as well as min (low) values of the physical quantity must be entered
after selection as in Fig. 4. The final result is shown as a slope of the maximum and
minimal quantities values.