Pressure Transducers and Transmitters
TE Connectivity (TE) provides advanced design and manufacturing of pressure transducers and transmitters for applications across Test and Measurement, Automotive, Medical, and more. We offer various materials, outputs, sensor technologies, and third-party approvals to meet various customer needs for measuring liquid or gas pressure.
Product Features:
Transducers and Transmitters
- Pressures from 1 to 100,000 PSI
- Analog and digital output signals
- Standard configurations or custom designs
- Approvals for various hazardous locations
- Compatibility with a wide range of liquids and gases
- Measurements in gage, sealed gage, absolute, differential, and compound pressure types
- Miniature designs
- Submersible pressure transducers in stainless steel or PTFE/PVDF
- Wireless configurations (M5600 / U5600)
- Pressure transducer with display (M5800)
220°C
Max operating temperature available
100k
Maximum PSI pressure rating available
TE Connectivity (TE) Sensor Solutions Senior Product Development Engineer Hai Mei discusses the various benefits and applications of Microfused technology in this webinar.
Discover how the M5800 digital display pressure transducer offers precise measurements at a superior value, providing true control of your processes.
Frequently Asked Questions
Q: What is the difference between a pressure sensor, pressure transducer, and pressure transmitter?
A: Please note that these terms are often interchanged without regard to the meaning below, and that the exact definitions may differ from source to source. These are general definitions. A pressure sensor is typically a millivolt output signal, a transducer has an amplified voltage output, and a transmitter offers a 4-20mA output signal.
Q: What does long term stability mean? How does it affect measurements?
A: Long-term stability is normally associated with the change in zero offset due to aging of component and relaxation of the metallic diaphragm over a period of time. It normally causes the zero reading to go high or low over time. Independent tests carried out have shown this number to be <.25% under the influence of temperature and pressure cycling for 1500hrs.
