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Steam Controller now thereâ€™s this thing on the market thatâ€™s making a great crack for two things;.1. Field of the Invention
The present invention relates to pressure gauges and, in particular, to a differential pressure gauge with digital readout.
2. Description of Related Art
Differential pressure gauges are used to measure pressure differences in a pipe system. A common gauge in this application is the pressure transducer or gauge jack. The gauge jack is a differential pressure transducer which has a first measurement port in which the system fluid pressure is applied and a second measurement port in which a reference fluid pressure is applied. The reference pressure is almost always slightly higher than the system pressure. Thus, if the system is under pressure, the pressure is greater at the first measurement port than at the second port. As a result, a fluid in the system that travels from the first measurement port to the second measurement port acts as a mass that applies force to the pressure gauges diaphragm, which responds to the system pressure at the measurement ports by deflecting, changing the physical dimensions of the diaphragm, and opening and closing a variable resistor, known as a Wheatstone bridge. The bridge is arranged to provide an electrical signal which is proportional to the deflection of the pressure gauges diaphragm.
The Wheatstone bridge is used as the sensing element in the gauge jack, but other means may be used, such as voltage division, capacitance measurement, etc.
The Wheatstone bridge provides a constant output voltage, which is proportional to the pressure applied at the two measurement ports, and is said to be “balanced”. The output of the Wheatstone bridge is commonly referred to as voltage, and the output voltage is fed to a computer where it is processed and displayed.
A problem with the gauge jack is that there is a loss in accuracy when the operation of the Wheatstone bridge is controlled, or when the readout voltage is sent to a computer through a serial data link or a parallel data link. This problem is solved by providing a digital readout.
The digital readout includes an analog-to-digital converter that converts the voltage output of the Wheatstone bridge to a digital signal. One of the electrodes of the Wheatstone bridge is connected to the input of the analog-to-digital converter. One of the electrodes of the Wheatstone bridge is connected to ground. The second electrode of the Wheatstone bridge is connected to a digital output.