Pressure Transmitter (Voltage)

Description

The pressure transmitter voltage sensor is one of two ways of measuring pressure from a range of different interfaces. The pressure transmitter voltage sensor will output voltage based on a pressure in the air in processing and has a standard measurement tools for recording the pressure.

To see the pressure transmitter voltage measurement tools read more about them here:

Pressure Measurement

Attributes

Attribute	Value
Name	Pressure Transmitter (Voltage)
Manufacturer
Model
Serial Number
Internal Number
Range upper	1 kPa
Range lower	0 kPa
Maximum output	5 V
Minimum output	0 V
Sensitivity	5 V/kPa
Calibration Date
Non-linear Correction	y = ax^3 + bx^2 + cx + d

Name

Name specifies the name of the block.

Manufacturer

Manufacturer is an optional specification you can write.

Model

Model is an optional specification you can write.

Serial Number

Serial Number is an optional specification you can write.

Internal Number

Internal Number is an optional specification you can write.

Range upper

Range upper is the upper limit of pressure that the sensor can measure

Range lower

Range lower is the lower limit of pressure that the sensor can measure

Maximum output

Maximum output is the maximum voltage the sensor can output at the upper range

Minimum output

Minimum output is the minimum voltage the sensor can output at the lower range

Sensitivity

Sensitivity is the input sensitivity of the pressure transmitter. It is default calculated based on the range and output but can manually be changed dependent if desired.

Calibration date

Calibration date is last date where the sensitivity has been changed

Non-linear Correction

Non linear Correction is a post calibration from Pa/Pa which corrects any deviations from the sensor. Default this does not do anything, but you have the option to use up to a third-degree polynomial to correct any sensor deviations. Use the coefficients below to apply it.

Non-linear Correction	y = ax^3 + bx^2 + cx + d
a	0
b	0
c	1
d	0