Pressure Transducers by ASHCROFT (688 items)
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 100
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 5000
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 200
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 60
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316 Stainless Steel
- Range Values - Transmitter: 0 to 50
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 200
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316 Stainless Steel
- Range Values - Transmitter: 0 to 5000
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 3000
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316 Stainless Steel
- Range Values - Transmitter: 0 to 3000
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Brass
- Range Values - Transmitter: 0 to 10
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Brass
- Range Values - Transmitter: 0 to 1
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Brass
- Range Values - Transmitter: 0 to 5
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316 Stainless Steel
- Range Values - Transmitter: 0 to 200
Key Features:
- Transmitter Type: Compound Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 30 to 0 to 30
Key Features:
- Transmitter Type: Explosion Proof Pressure Transmitter
- Wetted Materials - Transmitters: 316L Stainless Steel
- Range Values - Transmitter: 0 to 300
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 200
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 30
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316 Stainless Steel
- Range Values - Transmitter: 0 to 40
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 200
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316 Stainless Steel
- Range Values - Transmitter: 0 to 300
Key Features:
- Transmitter Type: Compound Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 30 to 0 to 30
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316L Stainless Steel
- Range Values - Transmitter: 0 to 200
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 5000
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 7500
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316L Stainless Steel
- Range Values - Transmitter: 0 to 100
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 300
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 1000
Key Features:
- Transmitter Type: Compound Transmitter
- Wetted Materials - Transmitters: Brass
- Range Values - Transmitter: -2 to 0 to 2
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316 Stainless Steel
- Range Values - Transmitter: 0 to 300
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 3000
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 100
Key Features:
- Transmitter Type: Compound Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 30 to 0 to 30
Key Features:
- Transmitter Type: Compound Transmitter
- Wetted Materials - Transmitters: Brass
- Range Values - Transmitter: -5 to 0 to 5
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316 Stainless Steel
- Range Values - Transmitter: 0 to 15
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: Stainless Steel
- Range Values - Transmitter: 0 to 300
Key Features:
- Transmitter Type: Pressure Transmitter
- Wetted Materials - Transmitters: 316 Stainless Steel
- Range Values - Transmitter: 0 to 150
About Pressure Transducers
Pressure transducers are devices that measure pressure and convert the pressure into an electrical signal. They are used in a wide range of applications from industrial processes to medical devices. Pressure transducers can be used to monitor changes in air, water, or gas pressure over time.
Types of Pressure Transducers
There are many types of pressure transducers available on the market today. Air pressure transducers measure changes in atmospheric pressure, while compound pressure transducers measure both static and dynamic pressures. Electronic pressure transducers are more precise than traditional mechanical models, while gauge type models provide a direct readout of the measured values. Pressure sensors and transmitters can also be combined with pressure transducer technology for more accurate readings.
How Pressure Transducers are Made
Pressure transducer components vary depending on the application but typically consist of a sensing element such as a diaphragm or capsule, a signal conditioning circuit board, and an output device such as an amplifier or display unit. Materials used for construction include stainless steel, ceramic materials, plastics, and other corrosion-resistant metals.
Industries that use Pressure Transducers
Pressure transducer technology is commonly found in industries such as oil & gas production, automotive manufacturing, aerospace engineering, chemical processing plants and medical device manufacturing. Professionals in these fields use them to monitor changes in air or liquid flow rates over time or to detect leaks in pressurized systems.
Find the Pressure Transducers You Need at Zoro
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