Digital manifold gauge with integral pressure-temperature algorithms and rotatable display means
A digital manifold gauge having a gauge assembly with a display, one or more selectors, and a circuit board wherein the gauge assembly is rotatably disposed within a gauge housing and adapted to rotate to provide a plurality of viewing positions for the user. The circuit board is in electrical communication with a sensor port and the sensor port is adapted to receive a sensor transducer, such as a pressure transducer. The gauge includes internal software and logic for data processing and manipulation. The gauge includes a software algorithm adapted to convert pressure data transmitted to the circuit board from the pressure transducer into temperature data. The temperature and pressure data can be displayed on the display in real time and the gauge can also provide graphing and charting of the pressure-temperature relationship. The gauge is compatible with a variety of refrigerants and other fluids flowing through HVAC systems.
1. A digital manifold gauge comprising:
a gauge assembly having a display, one or more selectors, and a circuit board;
said gauge assembly rotatably disposed within a gauge housing and adapted to rotate to provide a plurality of viewing positions;
said circuit board in electrical communication with a sensor port; and
said sensor port adapted to receive a sensor transducer.
2. The digital manifold gauge of claim 1 , wherein said sensor transducer comprises a pressure transducer.
3. The digital manifold gauge of claim 2 , wherein said circuit board includes a software algorithm adapted to convert pressure data transmitted to said circuit board from said pressure transducer into temperature data.
4. The digital manifold gauge of claim 3 , wherein said pressure data and said temperature data can be displayed on said display in real time.
5. The digital manifold gauge of claim 1 , wherein said gauge assembly comprises a face plate, said circuit board, a back plate, and a finish ring.
6. The digital manifold gauge of claim 1 , wherein said sensor port is disposed below said gauge assembly.
7. The digital manifold gauge of claim 1 , wherein said display comprises a liquid crystal display.
8. The digital manifold gauge of claim 1 , wherein said display comprises a light-emitting diode display.
9. A method of determining a temperature of a given refrigerant, comprising:
providing a digital manifold gauge comprising a gauge assembly having a display, one or more selectors, and a circuit board, said gauge assembly rotatably disposed within a gauge housing and adapted to rotate to provide a plurality of viewing positions;
receiving on said circuit board of said digital manifold gauge, from a pressure transducer, sensor data relating to the pressure of said given refrigerant;
converting, by way of software on said circuit board of said digital manifold gauge, said sensor data to computer-readable digital pressure data; and
processing said digital pressure data through an algorithm in said software on said circuit board of said digital manifold gauge to generate digital temperature data corresponding to said temperature of a given refrigerant.
10. The method of claim 9 , further comprising the step of displaying on said digital manifold gauge, said digital pressure data and said digital temperature data in real time.
11. The method of claim 9 , wherein said algorithm includes a pressure-temperature relationship of said given refrigerant.