5000/10000/20000 psi High accuracy Water Gas Oil Pressure Sensor
Transducer
■ 4-20 mA, 2-wire Output
■ 0.25% Accuracy
■ Shock & Vibration Resistant
■ Zero & Span Adjustments
■ All-welded Construction
Applications
■ Oil & Gas Drilling
■ Mud Pumps / Mud Logging
■ Fracturing
■ Acidizing
■ Cementing
■ Standpipe
■ Stimulation
■ Well Head Measurement
■ Choke & Kill
■ Coiled Tubing
Technical Parameters :
| Tested Media : | Wet Soil,Oil,Corrosive liquidand gas |
| Pressure type: | Gauge pressure(G), Sealed pressure(S), Vent Pressure(V) |
| Full Scale Pressure Range : | 0~ 5000psi, 6000psi, 0~ 10000psi , 0~ 15000psi , 0~ 20000psi. |
| Supply Voltage : | 10-32VDC |
| Output Signal: | 4-20mA,0-5VDC,1-5VDC,0-10VDC,3mV/V |
| Installation : | “1502” Hammer Union |
| Electrical Connection : | Aviation connector or Direct outgoing |
| Combined Accuracy : | 0.5%FS, 0.25%FS |
| Long-Term Stability: | ≤ ± 0.1%FS/Year |
| Working medium temperature : | -40~ +90ºC |
| Operating Temperature : | -40~ +90ºC |
Definition of wiring:
Dimensions in mm :
Tags: hammer union pressure sensor, load cell sensor , oil moisture sensor
What is a Pressure Sensor Transformer?
A pressure sensor transformer is a device that converts the
pressure measurement from a pressure sensor into an electrical
signal that can be used by various electronic devices. It is
typically a small, compact unit that is attached to a pressure
sensor and uses electromagnetic induction to convert the physical
pressure into an electrical signal. This signal can then be
amplified, conditioned, and transmitted to a control system for
further processing and analysis.
How does the Pressure Sensor Transformer convert pressure signals
into electrical signals?
The working principle of a pressure sensor transformer is to use a
converter to convert one form of energy into another, converting
pressure signals into electrical signals. It contains a diaphragm
or membrane that is sensitive to pressure. When the diaphragm is
exposed to pressure, it will deflect, causing a change in the
resistance of the transducer. Then, this resistance change is
converted into an electrical signal through a converter, which can
be transmitted and processed by a transformer.
Transformers amplify and filter electrical signals to ensure
accurate measurement and eliminate any interference or noise. Then,
according to the application, the signal is converted into digital
or analog format for further processing or display.
