Pressure Sensor Transducers Products
Pressure Transducer – 3100 OEM Series with Temperature Output Option
For OEMs that need consistent high levels of performance, reliability and stability the 3100 series sputtered thin film pressure transducer unit offers an unbeatable price/performance ratio in a small package size. It features all-stainless steel wetted parts, a broad selection of electrical…
Read moreATEX Pressure Transducer – 22IC/26IC Intrinsically Safe Series
ATEX intrinsically safe version of the standard 2200/2600 series pressure transducers. The 22IC series ATEX pressure transducer features stability and accuracy in a variety of enclosure options. The 26IC extends the packaging options via an all welded stainless steel back…
Read morePressure Transducer – 2200 / 2600 Series
The 2200 series pressure transducer features stability and accuracy in a variety of enclosure options. The 2600 extends the packaging options via an all welded stainless steel back end for demanding submersible and industrial applications. The 2200 and the 2600…
Read morePressure Transducer – 5000 Low Range Series
The 5000 series pressure transducer features a sturdy ceramic diaphragm that detects minute pressure variations, while withstanding large pressure spikes. The tough ceramic sensor is housed in a stainless steel case to ensure performance in the most demanding applications. Both…
Read morePressure Transducer – 4000/4010 Series High Performance
The 4000 series pressure transducer provides exceptional levels of stability and other performance specifications in a wide variety of enclosures from submersible to differential styles. By using a sputtered sensing element, which achieves a molecular fusion of a strain gauge material,…
Read morePressure Transducer – 4700/4710 Series High Performance
The 4700 series pressure transducer provides precise laboratory type measurements in a rugged industrial package complete with turndown capabilities. Exceptional levels of stability and other performance specifications are achieved by using a sputtered sensing element, which achieves a molecular fusion of…
Read morePressure Transducer – 1200 / 1600 OEM Series
OEM Pressure Transducers Featuring Exceptional Proof Pressure and Stability Specifications The 1200 series pressure sensor features stability and toughness via its CVD and ASIC design coupled with a thicker diaphragm. The thicker diaphragm enables these pressure transducer sensors to survive…
Read morePressure Transducer – 6700 Series with Turndown Capabilities
The 6700 series pressure transducer features customer accessible 5:1 turndown via a switch and potentiometer. Down ranging whether factory or user adjusted is ideal for applications requiring high overpressure. The 6700 is housed in a rugged enclosure for harsh conditions and features superb…
Read morePressure Transducer – 3200 OEM Series with Temperature Output Option
For OEMs that need consistent high levels of performance, reliability and stability the 3200 series sputtered thin film pressure transducer unit offers an unbeatable price/performance ratio in a small package size. It features all-stainless steel wetted parts, a broad selection…
Read morePressure Transducer – 3500 OEM Series
For OEMs that need consistent high levels of performance, reliability and stability for low pressure measurement, 3500 Series pressure transducers are answer. They are compact and feature all-316 stainless steel wetted parts at an unbeatable price performance ratio. A wide choice…
Read moreDifferential Pressure Transducer – 230 Series
The 230 series is designed for wet-to-wet differential pressure measurements of liquids or gases. They feature fast-response capacitance sensors that respond approximately 20x faster than conventional fluid-filled transducers! Sensors are coupled to signal conditioned electronic circuitry for highly accurate, linear…
Read morePressure Transducer – 856 Series
The 856 series pressure transducer is specifically designed for NEMA 4/IP65 service and features a die-cast aluminum enclosure. Their robust capacitive design is resistant to environmental effects, such as shock, vibration, temperature and EMI/RFI. A 17-4 PH stainless steel sensing element…
Read moreSanitary Pressure Transducer – 290 Series
The 290 series meets 3A sanitary design standards and is fully sealed to withstand external high pressure washdowns. These units are packaged in rugged welded stainless steel housings and are exceptionally insensitive to vibration, shock and environmental extremes. A small…
Read morePressure Transducer – 265 Series
The 265 is a very low pressure transducer for ranges as low as 6.35 mm (0.25") W.C. and feature ±1% full-scale static accuracy. Primarily used in Building Energy Management these transducers are capable of measuring pressures and flows with the accuracy necessary for…
Read morePressure Transducer – 276 Series
The 276 series pressure transducer features an extremely accurate and stable ceramic sensor to deliver a great value in environmental pressure measurement. Gems'™ glass-fused ceramic capacitive sensing capsule offers inherent thermal stability and low hysteresis in a proven, simple design.…
Read morePressure Transducer – 5266 Series
Gems 5266 low range pressure transducer measures gauge or differential pressure by means of a stainless steel diaphragm, and capacitive sensor. The model 5266 incorporates an ASIC to provide a temperature compensated high level analogue output over the temperature range…
Read moreATEX Exd Pressure Transducer – 31EA/32EA Explosion Proof
Oil & Gas equipment needs an Exd pressure transducer that is reliable and able to withstand extreme environmental and pressure conditions. Gems Sensors explosion proof units offer an alternative to high priced, unreliable alternatives. The 31EP and 32EP are CSA…
Read morePressure Sensor – ModulSensor Range
The measurement of temperature, pressure, humidity, flow or fill level is a core element in numerous industrial applications for process monitoring and control. Strict requirements regarding the quality of the manufactured products, e.g., in the pharmaceutical, foodstuffs or automotive industry, determines the specification of…
Read moreAbout our Pressure Sensor Transducers Products
Applications Engineering specialises in supplying the highest quality components, including pressure sensor transducers for a wide array of functions; tested and suitable for all industries. Our range offers a variety of sensors, specifically calibrated for particular applications, such as underwater use, vacuum operation or high-temperature environments.
Our expert staff are always happy to provide insight and guidance across the range of transducers that we offer, to ensure that you are getting the right model for your requirements. If you have an application which you would like to discuss, send us a message using the form at the top of this page, or call us on 01825 764737.
At Applications Engineering, we pride ourselves on the excellent quality and value of the products we supply, and our high standard of customer service. Our stock is tested for both safety and durability to ensure you receive the very best components, every time.
FAQs
A pressure sensor is used to measure the pressure of either a liquid or a gas within a chamber, while the transducer, or transmitter, converts it into an analogue electrical signal proportional to the pressure applied.
Pressure sensor transducers are useful in any industry with strict manufacturing or processing requirements, such as food and drink, pharmaceuticals or electronics. They can be used in refrigeration systems, robotics and automation, HVAC and in systems to protect any environment with sensitivity to pressure fluctuations. Sensors can measure the pressure of air, fluid or gas flow, water levels, oil pressure and more.
In a circuit, a pressure transducer, or pressure transmitter will produce an electrical output correlating to the ambient pressure they are subjected to. The signals are controlled by an internal diaphragm, bellows or Bourdon tube which responds to the fluid pressure around it. Depending on their build, transducers can be particularly sensitive to heat as well as pressure, which must be accounted for when selecting the most appropriate component for your circuit.
The voltage required to power a transducer will depend on the device receiving its signal, how far it is from the transducer and whether there are any devices which may interfere with the signal’s path
