Supporting the aerospace of today, and tomorrowLeading the way in Aerospace for 50 years.
When it comes to pressure sensing, the Druck product range embodies over 50 years of experience designing and manufacturing some of the most accurate and reliable pressure measurement solutions on the market. Druck’s range of pressure technologies gives you peace of mind that you are getting the reliable data that you need, to make the right decisions to keep your assets flying safely.We operate with unyielding integrity and confidentialityOur Aerospace division has provided in excess of 500,000 pressure sensors in over 50 years of serving the industry. We pride ourselves on our product quality, reliability and technical expertise. The Druck product range has a wide footprint, covering the majority of the world’s most produced airframes and engines. We have achieved huge success by providing our customers with a first class service throughout the entire program life cycle.Our integrated project teams partner with our customers to supply bespoke, accurate and reliable flight-qualified pressure sensors. The manufacturing process of our pressure sensors begins with raw silicon in our state-of-the-art cleanroom, ensuring full end-to-end control through the production process of our products. Our Aerospace division is proud that more than 500,000 of our pressure sensors are flying today. Our products are present on all major commercial airframes with our technologies being utilised over many different applications. We have up to 70% sensor content on a single widebody airframe.
Therefore, it is safe to say that you have flown on an aircraft that has the Druck product range as part of the aircraft’s systems. These systems provide reliable control and safety to the pilot, crew and passengers on-board.
ApplicationsWhat we do
HydraulicsHydraulic systems are the life blood to the airframe, providing primary flight controls, whilst also ensuring safe landing, braking and thrust reverse.
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HydraulicsHydraulics are the life blood of any airframe, providing primary flight controls, as well as controls for safe landing combining braking and thrust reverse. Our sensors monitor the hydraulic lines making sure they are working effectively and safely.ChallengesThe Hydraulic systems operate in extreme conditions, at altitudes generally up to 41,000 ft and temperatures of -70 degrees fahrenheit. Therefore reliable sub-systems and components are of critical importance. Within this application we understand that qualifications can be arduous and therefore it is important to understand the requirements in detail. Failures in this application can cause aircraft on ground (AOG) conditions, which are hugely costly to airlines and overall air framer credibility. If a sensor fails, we understand that in-service removals are extremely costly and logistically challenging to the airline. This is why reliability is our number one priority when it comes to providing flight-qualified sensors.SolutionsWe offer robust solutions, with field data supporting MTBUR of up to 1.2 million operating hours. With more than 80,000 units supplied, we provide confidence to our customers that their assets will operate reliably over the design life and beyond.Our sensors are designed to meet the latest stringent EMC / Lightning protection requirements driven by adoption of composite aircraft. We provide bespoke solutions dependent on the needs of the customer, including redundancy and integrated temperature measurement as examples. Our brand is widely recognized as the world's leading supplier within this application due to our longevity and technical expertise in this field.[ Our sensors are designed to meet the latest stringent EMC / Lightning protection requirements ]
ECSThe Environmental Control System (ECS), provides air supply, thermal control and cabin pressurization for the crew and passengers. Maintaining a safe and comfortable cabin environment is a key function of our sensors.
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ECSThe Environmental Control System (ECS) provides clean air, thermal control and cabin pressure for the crew and passengers. Our sensors ensure that these systems operate efficiently and reliably, which ensure that passengers are able to fly safely and in comfort.ChallengesThe ECS is an essential system within the airframe, providing cabin and emergency air supply, fire protection and anti-icing system. Therefore product reliability is paramount, especially in the sensor, which is providing the information to the control system. Often these sensors will be fitted for the whole life of the aircraft, so performance over the aircraft’s lifetime is crucially important. Failures within this application can cause AOG conditions, which result in rising costs for airlines and a loss of overall airframe credibility. In service removals of failed sensors are particularly costly and challenging from a logistical perspective, thus affirming the importance of product reliability - a characteristic that our products embody from design through to qualification.SolutionsWe provide accurate sensors for complex low pressure differential pressure (ΔP) applications, as well as designing sensors to provide a robust solution at a competitive price. Our sensors within this application are used on all of the world’s most produced aircraft and we have experience of having supplied over 20,000 sensor units for ECS applications.
FuelFuel consumption and fuel level is monitored by our pressure sensors, whilst also providing monitoring of the fuel inerting system.
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FuelFuel level and rate of consumption are vital parameters for the pilot, to assess whether there are any deviations to the calculated consumption rate or indeed whether unexpected flight path changes can be accommodated. Additionally, in-flight monitoring of the fuel inert gas is measured to ensure the On-Board Inert Gas Generating System (OBIGGS) is operating correctly, thus providing robust safety checks for the pilot.ChallengesReliability is everything when it comes to fuel systems. The accurate ΔP measurement, which combined with flow, enables fuel metering and specific fuel consumption to be calculated. The data provided has to be reliable and accurate due to the critical nature of how this information is being used. Also on another fuel application, where the inert gas level is monitored to ensure there is no risk of ignition, a complex O2 and pressure sensor is required to provide confidence that the system is operating correctly.SolutionsWe are constantly challenging ourselves to reduce our production costs whilst providing world class quality sensors, because we understand that having a cost competitive solution is essential to the success of our own business and those of our customers. We have qualified our combined pressure and O2 sensor to the most arduous EMC specification, providing our customers with a market leading product. We have our sensors installed on the world's most produced twin aisle aircraft, having supplied over 5,000 units for use in fuel measurement and gas monitoring.[ We are constantly challenging ourselves to reduce our production costs whilst providing world class quality sensors ]
APUThe Auxiliary Power Unit (APU) provides essential functionality to the airframe, both when grounded and in-flight when called upon. Our sensors ensure routine ground safety checks can be completed, whilst also providing measurement data for safe and efficient operation.
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APUThe Auxiliary Power Unit (APU) provides essential functionality to the aircraft, providing, electrical power, pneumatic or hydraulic to start the engines, whilst also providing lighting, air conditioning and water pressure to the main cabin crew and passengers, when grounded. It also plays a critical role in the event of an engine failure, by providing the power to restart the engine(s) during flight. The Druck pressure sensors measure the critical parameters to ensure these systems operate safely and efficiently, whilst also ensuring ground filtration checks can be completed to allow take off.ChallengesThe APU needs to operate reliably when called upon, even in extreme temperature conditions. This could be when the aircraft is being boarded, in locations that regularly reach temperatures > 40 degrees celsius or indeed at extreme cold temperatures, as low as -56.5 degrees celsius, when in an unlikely event such as an engine failure has occurred and power is required to re-start the engine. These harsh environments, which cannot support human life, need to operate to sustain life when called upon.Additionally, accurate pressure sensors are necessary at low pressures to ensure that filters are not blocked prior to take off, which would result in an AOG event, resulting in high costs and unplanned removals.SolutionsOur team offer many years of experience, ensuring that products undergo a robust qualification testing program. We have field proven reliability data from products in service today on the world's most produced commercial airframes. We have supplied more than 7,000 units of varying complexity, which included such solutions as a triple sensor configuration, which offered redundancy during operation, in turn providing a cost effective and reliable solution to our customer.
EngineOur sensors enable the power plants to function safely and efficiently, measuring key parameters, oil and fuel. They are also used for health monitoring and for critical engine control.
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EngineAircraft engines are extensively tested to prove reliability. Certification testing is extremely challenging and lengthy, due to the absolute reliance on this complex system to provide power to enable and to sustain flight. To provide this level of reliability all systems and components used within the engine need to be equally robust.Our sensors allow the engine to operate, through reliable measurement of the fuel and oil pressure. Our sensors monitor the engine health, providing prognostic information and also critical engine control data to the pilot.ChallengesThe engine environment is arguably the most hostile within the aircraft due to the extreme temperatures, rapidly changing environmental conditions and exposure to the elements. The demands for continued, reliable data from the products controlling the engine parameters is a given. Fulfilling these needs is extremely challenging as the function of the sensor ensures the engines operate safely and efficiently. Being exposed to the elements at 41,000 feet at temperatures close to -70 degrees fahrenheit requires a robust design, qualification process and high quality manufacturing facility.SolutionsOur pressure measuring solutions have field proven reliability data, as well as having qualified products for installation on the world’s most produced commercial engines. We have partnered with OEM’s to design bespoke solutions such as providing high burst pressure, whilst maintaining high accuracy demands and helped overcome pump ripple challenges. We have gained the trust of our customers through our rigorous and robust qualification process. Having supplied more than 8,000 units for use on engines, our team are confident in our abilities to provide customers with the most reliable pressure sensing solution available.[ Our pressure measuring solutions have field proven reliability data ]
Aerospace Pressure Sensor SolutionsNG3000 Series - Quantities to suit every programme needConfigurable unamplified datasheet aerospace pressure sensor solution with quantities to suit every programme need, no NRE and customisable marking.
NG3000 Differential SensorAerospace Pressure SensorNG3000 Gauge, Sealed Gauge & AbsoluteAerospace Pressure SensorDruck traditional range of Aerospace sensors Druck Aerospace Sensors are specifically designed and tested to meet the harsh requirements found within Aerospace applications.Our sensors are founded on the highly reliable silicon chip produced within Druck’s own 21st Century clean room. The Piezoresistive technology has been developed and enhanced for almost 50 years, which is widely used within the Aerospace Flight and Ground Support markets . This compact analogue sensor technology provides unrivalled performance across a wide Pressure and Temperature range, which lends itself very well for use in hydraulic applications. No micro-processors are adopted within this product, which enables reliability at high temperatures to be achieved. The conditioned millivolt output is distributed through a 4-wire configuration.
PMP/PTX3000 SeriesAmplified Aerospace Pressure TransducersPMP3700Flight Test Pressure SensorPDCR300 SeriesSmall harsh environment Pressure Sensor
Bespoke Aerospace Pressure Sensor SolutionsDruck supplies a vast range of custom solutions for the aviation sector. A dedicated integrated project team is assigned to each projects to work closely with our customers to tailor bespoke solutions for their program requirements.
Once in service, Druck continue to support our products with our dedicated aerospace customer care team, where we can support all of you supply needs and ensure our delivery lead-time is optimised.
Examples of Druck bespoke design solutions for applications can be seen below.
ECSEmergency oxygenFeatures
Pressure range: 0 to 4000 psi a Operating temp: -54 to 71 C Construction: SS 316L, Hastelloy C276
Fully hermetic: Yes
Output: Vdc
Special feature: Delta P / Delta P Pressure Switch
Air managementFeatures
Pressure range: 0 to 5.5 bar a
Operating temp: -55 to 150 C
Construction: SS 316L
Fully hermetic: Yes
Output: Vdc
Special feature: None
Hydraulic actuationHigh pressure quadFeatures
Pressure range: 0 to 4000 psi a
Operating temp: -54 to 71 C
Construction: SS 316L, Hastelloy C276
Fully hermetic: Yes
Output: Vdc
Special feature: Delta P /
Delta P Pressure Switch
General applicationsFeatures
Pressure range: 0 to 4000 psi sg
Operating temp: -55 to 125 C
Construction: SS 316L
Fully hermetic: Yes
Output: mA
Special feature: High overload capability
EngineFuel differential
Features
Pressure range: 0 to 60 psi d
Operating temp: -54 to 191 C
Construction: SS 316L
Fully hermetic: Yes
Output: mV
Special feature: Wet / wet differential
Engine monitoring
Features
Pressure range: 0 to 70 psi a
Operating temp: -55 to 105 C
Construction: SS 316L
Fully hermetic: Yes
Output: mV
Special feature: Digitally corrected
Oil pressure differential
Features
Pressure range: 0 to 140 psi d
Operating temp: -54 to 125 C
Construction: SS 316L
Fully hermetic: Yes
Output: mV
Special feature: Process interface
Auxiliary Power UnitLow pressure differential
Features
Pressure range: 0 to 3.5 psi d
Operating temp: -55 to 121 C
Construction: SS 316L
Fully hermetic: Yes
Output: Vdc
Special feature: Differential (wet / dry)
Combined absolute
and differentialFeatures
Pressure range: 0 to 0.3 psi d
Operating temp: -55 to 121 C
Construction: SS 316L
Fully hermetic: Yes
Output: Vdc
Special feature: Differential (wet / dry)
FuelFuel metering
Features
Pressure range: 0 to 20 psi d
Operating temp: -55 to 99 C
Construction: SS 316L, Hastelloy
Fully hermetic: No
Output: m V
Special feature: Dual sensor with Temperature
OBIGGS monitoring
Features
Pressure range: 20 to 84 psi a
Operating temp: -55 to 89 C
Construction: SS 316L
Fully hermetic: Yes
Output: mA
Special feature: Combined O2 and Pressure
ADC/ADMTERPS (with electronics)Features
Pressure range: 15 to 50 psi a
Operating temp: -55 to +125°C
Construction: Exposed silicon construction
Fully hermetic: No
Output: Multiple digital configurations
Special feature: Stability and precision over temperature
Druck Aftermarket and Maintenance Repair Overhaul (MRO) Equipment Druck is renowned and proud of the quality of our product offering used within the Aerospace industry and offers aftermarket support from our experienced inhouse team should you need any assistance or advise with our products in the field from technical support to equipment calibration and repair.The combination of our technical heritage, innovation and global service support enable us to create solutions to fit any customer’s needsAftermarket Pressure SensorsWe offer direct supply on a selection of our OEM pressure sensors to the aerospace aftermarket used on the major aircraft and engine programs to support aircraft maintenance and repair.Maintenance Repair and Overall Test and Calibration EquipmentFrom light aircraft owners through MRO organisations to global airlines and many of the world’s militaries, Druck has a solution for every customer.Built upon Druck technology, our range of Air Data Test Sets are the pinnacle of aircraft testing and calibration. Our many years of experience have resulted in our ADTS 500 series and our ADTS 405 Mkll being the highest quality pitot static testers available. All models provide 0.01% accuracy, so you can be confident that your aircraft are operating with pinpoint precision and accuracy.Please get in touch for further information.
Other applications
We provide unique custom design solutions to solve a range of customer challenges. Providing solutions across the whole spectrum of aircraft from light business jets and rotary wing to large twin aisle commercial airframes. We also support military aircraft systems and on-board equipment. We also operate within adjacent market spaces to the Aviation industry including Space, Marine and Industrial, leveraging relevant technological expertise from these markets.
We are able to satisfy smaller program opportunities through our generic 'flight qualified' 3000 series product range. We also offer a digitally corrected, high accuracy product range, known as the 3700 series, which is specifically tailored for test applications, including flight. Please visit our website for more details of these product ranges.
The expertise behind our Druck product ranges mean you can rely on us to keep your assets operating efficiently and reliably. In addition to our Aerospace sensor ranges we also
produce the following:Industrial sensors for aerospace applicationsHigh quality Industrial grade sensors offer great performance and design flexibility. They are a cost effective test solutions where flight approval is not required. The new digitally compensated ADROIT6000 offers high performance in a small robust package, coupled with easy to interface analogue outputs and down wire recalibration ADROIT is the right choice particularly in applications with wide operating temperatures. The totally analogue UNIK5000 offers multiple configurations for just about every application offering great performance on short lead-times. A number of other packages can be chosen for particularly unusual applications-bringing accuracy, productivity and safety to a wide range of applications.
Ground support equipment for test and calibrationAir Data Test Sets - Also referred to as Pitot Static testers, ADTS are used for testing calibrating airspeed and aircraft pitot static systems. Our Air Data Test Sets have TERPS technology at their heart, bringing best in class accuracy, resolution and drift performance. Our ADTS play a vital role when on-board instruments are manufactured, repaired, calibrated or integrated into an aircraft. Portable calibratorsTo help you select the right process calibration tools we have categorised our products into three ranges. The Elite range provides a modular system offering state-of-the-art multifunction communication and calibration. Our Expert range introduces higher accuracy and more functionality, and the Essential range provides rugged, accurate and easy-to-use test and calibration tools. We have developed bespoke Aerospace versions of products within these ranges such as the DPI610/615 Aeronautical Series. The DPI610 offers 52 pressure ranges, accuracy of 0.025% F.S and use of up to 11 sensors per instrument. Our knowledge of customer needs, combined with our innovative design results in high performance, multi-functional calibrators which are easy to use.
Find out more about our test, calibration, measurement and sensing solutions and how they provide high accuracy and reliable data, whatever the needs of your application.
Future statementThe aerospace industry is on the cusp of major developments and technology we never thought possible. Druck is helping to build that reality, ensuring that the aerospace of tomorrow is safer, greener, and more reliable.Our job is to provide peace of mind in the world’s toughest environments. And for the last 50 years, that’s exactly what we’ve done. With over 500,000 sensors in the sky – every single day – and hundreds of years of collective expertise, we know how to get your project off the ground.
Rapid growth of Aerospace
within a new frontier
SpaceSpace applications require robust, accurate and reliable pressure sensor products that can perform in harsh environments and that is exactly what Druck pressure sensors offer.
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SpaceSpace applications require robust, accurate and reliable pressure sensor products that can perform in harsh environments and that is exactly what Druck pressure sensors offer.Druck has been providing pressure sensors for use in space application for over 30 years and continues to supply some of the world largest companies that are taking space launch to the next level.
The NG3000, PMP/PTX3000 and PDCR300 products are able to satisfy you pressure sensing needs for space launch and space vehicle applications. Customisable options are also available should they be required.
eVTOLAcross the rapidly growing market of eVTOL, we can support ground and flight-testing pressure measurement requirements, as well as on-board flight qualified sensors and more.
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eVTOLAcross the rapidly growing market of eVTOL, we can support ground and flight-testing pressure measurement requirements, as well as on-board flight qualified sensors and equipment to support the infrastructure required at the vertiports.
Although electric, eVTOL’s still required pressure measurement to optimise its performance and comfort for passengers during flight.
Whether measuring the vehicles altitude, or pressure within systems for battery cooling or environmental controls, through our pedigree and the applications where our products are deployed today, Druck is able to supply the same offerings to this exciting developing market to ensure precise pressure measurements and reliability. Both the NG3000 and PMP/PTX3000 series are available for these applications with low MOQ’s, no NRE and competitive product lead-times.
Drone and UAVsDrones and UAVs are vital for surveillance, search and rescue and research. Ensuring their engines are running reliability and efficiently is a key.
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Drone and UAVsDrones and UAV’s are vital for surveillance, search and rescue and research. The longer they can stay in the air the more information they can gather which maximizes their benefits, so ensuring their engines are running reliability and efficiently is a key.The unrivalled accuracy, media compatibility, reliability and durability of our pressure sensors are the perfect solutions for sensing the pressure requirements of the drone engines to ensure their performance is optimised, maximising mission time.Both the NG3000 and PMP/PTX3000 series are available for these applications with low MOQ's, no NRE and competitive product lead-times.
Global manufacturing excellenceOur pressure solutions are manufactured in the UK, Norway and China to enable us to get closer to our customers. Each facility is ISO9001 accredited and AS9100 for our aerospace business and operates under Druck’s strict quality‑control procedures. We continue to invest in advanced manufacturing techniques and processes that keep us at the forefront of product quality and efficiency.Find out about our manufacturing excellence
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Measurement & sensingWhat started as a small business in Leicester, UK in 1972 has now grown into a global pressure-measurement business that is recognised as a world leader in manufacturing high-quality and high-accuracy piezo‑resistive pressure sensors. We serve a wide range of applications from Aerospace, Subsea, Test and Calibration and Industrial Applications with customers in over 70 countries. This is due to the fact we process the raw silicon right through to the final product. Over the past 40+ years we have developed world-class expertise in producing high-performance, high-stability, fast‑responding and high-quality pressure sensors.
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Brilliant factoryWe are proud that our Leicester facility has been named as a Brilliant Factory, linking data-sources across the factory to enable us to continually improve and control our manufacturing processes.
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State-of-the-art silicon clean roomThe heart of all of our pressure sensing solutions is the sensing element, which is manufactured from silicon wafers in our state-of-the-art clean room facility in Leicester, UK. It was completely refurbished in 2015 and is now able to process over 260 versions of silicon 24/7. Advanced robotics have more than tripled the efficiency of the silicon processing, leading to better quality and higher yields. Our Global Sourcing strategy ensures we have capacity to fully meet the demands of our customers and provide a strong, reliable supply chain.
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InnovationDruck are leading innovators in pressure sensing and calibration. We are constantly pushing new frontiers and setting new benchmarks in performance. Through our expertise in silicon processing we have developed our Trench Etched Resonant Pressure Sensor (TERPS) technology which delivers unprecedented accuracy and stability. Our customer-focused approach to product development, ensures that we drive to make your life easier and more productive.
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Aerospace technical service offeringOur Aerospace team is an integrated, multi‑functional
team of talented mechanical, electrical and systems
engineers, with hundreds of years of collective
experience in delivering high quality designs to all
areas of the market place. Our technical domain
experience and customer offering includes:
Strong Requirements Management Process
Model-Based design
Finite Element Analysis
Circuit Simulation
High Accelerated Life Testing (HALT)
In-House Rapid Prototyping
Additive Material Options
High Vibration Design solutions
Pressure Cycling and Rate Testing
We also support our customers with in-service
investigations to help establish RCCA, with use of
our non-destructive screening processes
Back
Global manufacturing excellenceOur pressure solutions are manufactured in the UK, Norway and China to enable us to get closer to our customers. Each facility is ISO9001 accredited and AS9100 for our aerospace business and operates under Druck’s strict quality‑control procedures. We continue to invest in advanced manufacturing techniques and processes that keep us at the forefront of product quality and efficiency.Swipe to find out about our manufacturing excellenceMeasurement & sensingWhat started as a small business in Leicester, UK in 1972 has now grown into a global pressure-measurement business that is recognised as a world leader in manufacturing high-quality and high-accuracy piezo‑resistive pressure sensors. We serve a wide range of applications from Aerospace, Subsea, Test and Calibration and Industrial Applications with customers in over 70 countries. This is due to the fact we process the raw silicon right through to the final product. Over the past 40+ years we have developed world-class expertise in producing high-performance, high-stability, fast‑responding and high-quality pressure sensors.Brilliant factoryWe are proud that our Leicester facility has been named as a Baker Hughes Brilliant Factory, linking data-sources across the factory to enable us to continually improve and control our manufacturing processes.State-of-the-art silicon clean roomThe heart of all of our pressure sensing solutions is the sensing element, which is manufactured from silicon wafers in our state-of-the-art clean room facility in Leicester, UK. It was completely refurbished in 2015 and is now able to process over 260 versions of silicon 24/7. Advanced robotics have more than tripled the efficiency of the silicon processing, leading to better quality and higher yields. Our Global Sourcing strategy ensures we have capacity to fully meet the demands of our customers and provide a strong, reliable supply chain.InnovationDruck are leading innovators in pressure sensing and calibration. We are constantly pushing new frontiers and setting new benchmarks in performance. Through our expertise in silicon processing we have developed our Trench Etched Resonant Pressure Sensor (TERPS) technology which delivers unprecedented accuracy and stability. Our customer-focused approach to product development, ensures that we drive to make your life easier and more productive.Aerospace technical service offeringOur Aerospace team is an integrated, multi‑functional team of talented mechanical, electrical and systems engineers, with hundreds of years of collective experience in delivering high quality designs to all areas of the market place. Our technical domain experience and customer offering includes:Strong Requirements Management ProcessModel-Based designFinite Element AnalysisCircuit SimulationHigh Accelerated Life Testing (HALT)In-House Rapid PrototypingAdditive Material OptionsHigh Vibration Design solutionsPressure Cycling and Rate TestingWe also support our customers with in-service investigations to help establish RCCA, with use of our non-destructive screening processes
Reference Documents & InformationDocuments & downloads
NG3000 Series Datasheet
PTX/PMP 3000 series Datasheet
PMP3700 Datasheet
PDCR 300 Datasheet
Air Data Test Sets 405 MkII Datasheet
ADTS 542F Datasheet
ADTS 550 Series Datasheet
Why Druck?Manufacturing
Druck controls the whole manufacturing process through our Class 100 Silicon Wafer and Die Fabrication clean room.EngineeringBuilt on decades of engineering excellence, Druck sensors and systems are designed and manufactured to deliver exceptional accuracy, reliability and long-term performance.Service CentresDruck provides OEM Services not only in our factory, but also at our service centers around the world throughout the whole product lifecycle.
We are a global technology company that designs, develops and manufactures the highest quality, most accurate and reliable customized pressure sensing devices and instruments, software and services. We leverage innovation, continuous improvement and unprecedented quality, to enable our Customers to successfully operate, produce systems, monitor and/or control mission-critical assets in tough environments across the world's most challenging applications.We delight customers with tailored solutions that address their challenges; embodying our deep domain knowledge of customers' applications, the most innovative and high performance connected pressure sensing devices, instruments, software and services; produced with the highest standards of safety, quality and delivery.We are Druck. We provide peace of mind in the toughest environments.
Please fill out your details below. * are required fields.
Thank you. Our team will be in touch soon.
For more information please contact your local Druck representative, or visit: druck.com
We are a global technology company that designs, develops and manufactures the highest quality, most accurate and reliable customized pressure sensing devices and instruments, software and services. We leverage innovation, continuous improvement and unprecedented quality, to enable our Customers to successfully operate, produce systems, monitor and/or control mission-critical assets in tough environments across the world's most challenging applications.We delight customers with tailored solutions that address their challenges; embodying our deep domain knowledge of customers' applications, the most innovative and high performance connected pressure sensing devices, instruments, software and services; produced with the highest standards of safety, quality and delivery.We are Druck. We provide peace of mind in the toughest environments.
Please fill out your details below. * are required fields.
Thank you. Our team will be in touch soon.
For more information please contact your local Druck representative, or visit: druck.com
PMP/PTX3000 SeriesAmplified Aerospace Pressure TransducersConfigurability amplified pressure sensor that was launched in 2000 for use in the aerospace industry.The PMP/PTX3000 series has been hugely successful since its launch and has formed the basis for many of the OEM product Druck supplies to the world’s leading Aerospace companies today and are used on all of today’s major narrowbody and widebody aircraft programs.With decades of pedigree and outstanding reliability, this is the perfect amplified product for your program needs.
Product Details
Technical Features
Full EMI and lightning protection
Fully analogue (no microprocessors)
High accuracy and stability
Wide operating temperature range
Fully hermetically sealed
Affordable solution with low technical risk
Gauge, absolute, and differential versions
Performance
350 mbar to 350 bar absolute, gauge and sealed gauge (5 to 5076 psi)
Burst Pressure Differentials: Minimum 6 x Full-Scale pressure positive and maximum 21 bar negative
Temperature range: -55°C to +150°C
28Vdc Supply Voltage
Various amplified output options (V and mA)
Pressure Media: Absolute or Sealed Gauge, for use with fluids and gases compatible with 316L stainless steel
Gauge/Differential Front Port: For use with fluids and gases compatible with 316L stainless steel
Reference/Negative Port: For use with fluids and gases compatible with 316L stainless steel, glass, silicon and adhesive
Product Datasheet
PMP/PTX3000 Series Datasheet
PMP3700 SeriesFlight Test Pressure SensorThe amplified PMP3700 pressure sensors have been specifically designed to meet the harsh test requirements encountered in aerospace applications.The PMP3700 sensors offer a high performance (digitally characterized) sensor that can be configured to suit the customer’s specific requirement.
Product Details
Technical Features
Digitally characterized high performance test pressure sensor
Absolute, gauge and sealed gauge options available
Fully welded stainless steel construction
Hermetically sealed
Performance
Accuracy and Stability: ±0.2% FS to ±0.5% FS
Pressure range: 350 mbar to 350 bar gauge and sealed gauge (5 to 5076 psi) and 1.2 bar to 350 bar absolute (17.5 to 5076 psi)
Temperature range: -55°C to +125°C
Electric outputs: 0.5 to 5 VDC (three or four wire)
Applications
Accurate pressure measurements for use in aerospace ground and flight tests
Suitable for automotive test and many industrial applications
Product Datasheet
PMP3700 Series Datasheet
PDCR300 SeriesSmall Harsh Environment Pressure SensorSmall form, lightweight test pressure sensorThis product has been specifically designed and tested to meet the harsh requirements found within many Aerospace applications, whilst also satisfying many industrial requirements.
Product Details
Technical Features
Robustness
High accuracy analogue output
Reliability
Small form factor
High temperature constant use
Mechanically resilient to installation and torque
Electrical connectors: 4-wire flying lead
Pressure connectors: M5x0.8-6g
Mass: 40 grams with 1 meter of cable
Performance
Accuracy and Stability: ±3.00% FS total accuracy
Pressure range: 1.1 bar to 350 bar absolute (16 to 5076 psi)
Temperature range: -55°C to +150°C
Electrical outputs: 0 to 120 mV
Product Datasheet
PDCR300 Series Datasheet
RPS/DPS 8000 Series (TERPS)High Accuracy Resonant Pressure SensorsOverviewThe RPS/DPS 8000 series incorporate the exciting new TERPS technology. TERPS is a resonant silicon pressure sensor technology platform that provides an order of magnitude greater accuracy and stability than current pressure measurement technologies.In addition to providing the performance and packaging improvements available with TERPS, the RPS/DPS 8000 product line takes advantage of best practices to offer a wide range of pressure and electrical connections to enable a level of customization for your specific requirements never before available in the performance class of this sensor.The combination of the power of the TERPS technology and the quality, reliability and flexibility of the RPS/DPS 8000 Series offers a truly unique solution for high accuracy and high stability pressure measurement requirements.
Features & Benefits
Features & Benefits
Ranges from 1 bar up to 200 bar
High Precision, ±0.01% FS over compensated temperature range
Temperature range from -55°C to +125°C
High Stability, ±50 ppm FS/year (typical)
Multiple Output configurations, RS232, RS485, USB 2.0, CANBus, Frequency & Diode (TTL)
Wide selection of pressure
Product Datasheet
RPS/DPS 8000 Series (TERPS)
4400 SeriesMotorsport/Automotive Pressure TransducersSuccess in motorsport depends on hundreds of components working together under extreme conditions, and Baker Hughes continues to develop Druck pressure transducers that give the ultimate performance. Druck motorsport sensors have become a world-leading product line used in Formula 1, World Rally Championship, and the Indy Racing League, amongst others.The PDCR/PMP 4300 & 4400 Series is the latest in the range of products that for many years has been “fine-tuned” in design to suit all chassis and engine pressure measurement requirements.
Product Details
Ranges from 1.6 bar to 600 bar
Accuracy to 0.1%
17.5 or 12.5 mm stainless steel package
Operating temperature to 175°C
Frequency response to 3.5 kHz
mV or voltage outputs
Race-proven technology
Fully EMC protected
Flexible mechanical/electrical interface options
Key Specifications
4400 Series Datasheet
4400TCombined Pressure and Temperature SensorSuccess in motorsport depends on hundreds of components working together under extreme conditions, and Druck continues to develop pressure transducers that give the ultimate performance. Druck motorsport sensors have become a world-leading product line used in Formula, Moto GP, World Rally Championship, and the Indy Racing League, amongst others.The 4400T is a development of the very successful 4400 series pressure sensor, with the addition of an "in-media" temperature probe. This product has been “fine-tuned” in design to suit all chassis and engine pressure and pressure/temperature measurement requirements.
Product Details
Race-proven technology
High temperature capability to 185°C
14.5 mm diameter
Amplified output
Stainless steel construction
Fully EMC protected
PT1000 temperature probe
Key Specifications
4400T Datasheet
NG3000 Differential SensorAerospace Pressure SensorThe NG3000 is the next generation, aerospace pressure sensing platform from Druck. Leveraging over 50 years of innovation in the aerospace industry, the NG3000 is a fully configured, COTS solution for commercial and military requirements.The full product offering has been stringently tested and qualified to the latest RTCA DO-160G/MIL levels, ensuring performance in harsh environments. Druck’s NG3000 is fully customisable from an online configurator tool.This means customers can have individual part codes for repeat orders which makes it an ideal solution for smaller or larger use applications.The differential pressure sensor is semi-isolated by design. The High Pressure port (P1), is fully isolated from the pressure media. The Low Pressure port (P2), has the pressure sensing silicon exposed to the media. See specification document 158M5591 for compatibility information.This product should only be used where the media is known and is proven to be compatible with the silicon and adhesive used on the low pressure port.Line pressure is the static pressure applied to both ports.The new NG3000 platform is a fully configured, COTS aerospace pressure sensing solution. It can be ordered through an online configurator tool, meaning customers can have an individual part code for repeat orders.Through our bespoke ordering tool, you can customise your NG3000 Aerospace pressure sensor to choose features including pressure and temperature range, pressure connector and even adding your own logo on the body tube.
Product Details
Technical Features
Qualified to the latest airborne equipment requirements
Fully analogue (no microprocessors)
Excellent accuracy and stability performance
Standard and extended temperature ranges available
Dual and single channel variants
Fully hermetically sealed
Low mass
Wide range of pressure and electrical interfaces
Pressure ranges from 350 mbar (5 psi) up to 700 bar (10150 psi) Full-Scale (FS)
High pressure overload protection
Performance
Single Channel variant
Low pressure bi-directional ranges available
5 to 1015 psi (350 mbar to 70 bar) Differential (Standard Operating temp. range)
10 to 1015 psi (700 mbar to 70 bar) Differential (Extended Operating temp. range)
Proof pressure P1 = 2 x FS
Burst pressure P1 = 2.3 x FS
Proof pressure P2 = 2 x FS up to a maximum of 18 bar
Burst pressure P2 = 20.7 bar
Line pressure to 70 bar
Line proof = 2 x Differential line pressure
Line burst = 2.5 x Differential line pressure (up to a maximum of 140 bar)
Pressure media: P1 fluids and gases compatible with 316L stainless steel.
P2 fluids and gases compatible with 316L stainless steel, glass, silicon and adhesive
Mass <275 g (Max)
Key Specifications
NG3000 Series Datasheet
NG3000 Gauge, Sealed Gauge & AbsoluteAerospace Pressure SensorThe NG3000 is the next generation, aerospace pressure sensing platform from Druck. Leveraging over 50 years of innovation in the aerospace industry, the NG3000 is a fully configured, COTS solution for commercial and military requirements.The full product offering has been stringently tested and qualified to the latest RTCA DO-160G/MIL levels, ensuring performance in harsh environments. Druck’s NG3000 is fully customisable from an online configurator tool.This means customers can have individual part codes for repeat orders which makes it an ideal solution for smaller or larger use applications.Gauge is referenced to the atmospheric pressure.Sealed gauge is referenced to vacuum with the silicon not exposed to application media. Sensor is calibrated to gauge pressure.Absolute is referenced to zero atmospheric pressure.The new NG3000 platform is a fully configured, COTS aerospace pressure sensing solution. It can be ordered through an online configurator tool, meaning customers can have an individual part code for repeat orders.Through our bespoke ordering tool, you can customise your NG3000 Aerospace pressure sensor to choose features including pressure and temperature range, pressure connector and even adding your own logo on the body tube.
Product Details
Technical Features
Qualified to the latest airborne equipment requirements
Fully analogue (no microprocessors)
Excellent accuracy and stability performance
Standard and extended temperature ranges available
Dual and single channel variants
Fully hermetically sealed
Low mass
Wide range of pressure and electrical interfaces
Pressure ranges from 350 mbar (5 psi) up to 700 bar (10150 psi) Full-Scale (FS)
High pressure overload protection
Performance
Single or Dual Channel offering
350 mbar to 700 bar Absolute (5 psi to 10150 psi). Single Channel variant only
70 bar to 700 bar Sealed Gauge (1015 psi to 10150 psi). Single Channel variant only
350 mbar to 70 bar Absolute or Gauge (5 to 1015 psi). Single or Dual Channel variants
Minimum span and operating pressure for extended temperature variant is 700 mbar (10 psi)
Proof Pressure: 0 to 70 bar, 2 x FS (Max. 5 mins);
>70 bar to 700 bar, 1.5 x FS (Max. 5 mins to a maximum of 700 bar)
Burst Pressure:
Absolute: 140 bar for 0 to 70 bar FS; 300 bar for >70 bar to 120 bar FS; 750 bar for >120 bar to 300 bar FS; 1400 bar for >300 bar to 700 bar FS
Sealed Gauge: 300 bar for ≥70 bar to 120 bar FS; 750 bar for >120 bar to 300 bar FS; 1400 bar for >300 bar to 700 bar FS
Gauge: 2.3 x Full-Scale up to a maximum of 140 bar
Pressure Media: Absolute or Sealed Gauge, for use with fluids and gases compatible with
316L stainless steel, 17-4PH stainless steel, Inconel 625
Gauge:
Front Port: For use with fluids and gases compatible with 316L stainless steel
Reference Port: For use with fluids and gases compatible with 316L stainless steel, glass, silicon and adhesive
Mass <175 g (Max)
Key Specifications
NG3000 Series Datasheet
PMP/PTX3000 SeriesAmplified Aerospace Pressure TransducersConfigurability amplified pressure sensor that was launched in 2000 for use in the aerospace industry.The PMP/PTX3000 series has been hugely successful since its launch and has formed the basis for many of the OEM product Druck supplies to the world’s leading Aerospace companies today and are used on all of today’s major narrowbody and widebody aircraft programs.With decades of pedigree and outstanding reliability, this is the perfect amplified product for your program needs.
Product Details
Technical Features
Full EMI and lightning protection
Fully analogue (no microprocessors)
High accuracy and stability
Wide operating temperature range
Fully hermetically sealed
Affordable solution with low technical risk
Gauge, absolute, and differential versions
Performance
350 mbar to 350 bar absolute, gauge and sealed gauge (5 to 5076 psi)
Burst Pressure Differentials: Minimum 6 x Full-Scale pressure positive and maximum 21 bar negative
Temperature range: -55°C to +150°C
28Vdc Supply Voltage
Various amplified output options (V and mA)
Pressure Media: Absolute or Sealed Gauge, for use with fluids and gases compatible with 316L stainless steel
Gauge/Differential Front Port: For use with fluids and gases compatible with 316L stainless steel
Reference/Negative Port: For use with fluids and gases compatible with 316L stainless steel, glass, silicon and adhesive
Product Datasheet
PMP/PTX3000 Series Datasheet
PMP3700 SeriesFlight Test Pressure SensorThe amplified PMP3700 pressure sensors have been specifically designed to meet the harsh test requirements encountered in aerospace applications.The PMP3700 sensors offer a high performance (digitally characterized) sensor that can be configured to suit the customer’s specific requirement.
Product Details
Technical Features
Digitally characterized high performance test pressure sensor
Absolute, gauge and sealed gauge options available
Fully welded stainless steel construction
Hermetically sealed
Performance
Accuracy and Stability: ±0.2% FS to ±0.5% FS
Pressure range: 350 mbar to 350 bar gauge and sealed gauge (5 to 5076 psi) and 1.2 bar to 350 bar absolute (17.5 to 5076 psi)
Temperature range: -55°C to +125°C
Electric outputs: 0.5 to 5 VDC (three or four wire)
Applications
Accurate pressure measurements for use in aerospace ground and flight tests
Suitable for automotive test and many industrial applications
Product Datasheet
PMP3700 Series Datasheet
PDCR300 SeriesSmall Harsh Environment Pressure SensorSmall form, lightweight test pressure sensorThis product has been specifically designed and tested to meet the harsh requirements found within many Aerospace applications, whilst also satisfying many industrial requirements.
Product Details
Technical Features
Robustness
High accuracy analogue output
Reliability
Small form factor
High temperature constant use
Mechanically resilient to installation and torque
Electrical connectors: 4-wire flying lead
Pressure connectors: M5x0.8-6g
Mass: 40 grams with 1 meter of cable
Performance
Accuracy and Stability: ±3.00% FS total accuracy
Pressure range: 1.1 bar to 350 bar absolute (16 to 5076 psi)
Temperature range: -55°C to +150°C
Electrical outputs: 0 to 120 mV
Product Datasheet
PDCR300 Series Datasheet
RPS/DPS 8100 (TERPS)High Accuracy Resonant Pressure SensorsNew TERPS TechnologyThe RPS/DPS 8100 incorporates the exciting new TERPS technology. TERPS is a resonant silicon pressure sensor technology platform that provides an order of magnitude greater accuracy and stability than current pressure measurement technologies.In addition to providing the performance and packaging improvements available with TERPS, the RPS/DPS 8100 product line takes advantage of best practices to offer a wide range of pressure and electrical connections to enable a level of customization for your specific requirements never before available in the performance class of this sensor.The combination of the power of the TERPS technology and the quality, reliability and flexibility of the RPS/DPS 8100 Series offers a truly unique solution for high accuracy and high stability pressure measurement requirements.
Product Details
RPS/DPS 8100 (TERPS) Features
High Precision, ±0.01% FS over compensated temperature range
High Stability, ±50 ppm FS/year (typical)
Wide temperature range, up to -55 to +125°C (-67 to 257°F)
Multiple Output configurations, RS-232, RS-485, USB 2.0, CAN Bus, Frequency & Diode (TTL)
Wide selection of pressure & electrical connections to suit specific requirements
Low acceleration effects
Key Specifications
RPS/DPS 8100 Series (TERPS)
ADROIT6200 SeriesPressure sensing platformHigh Performance Pressure MeasurementThe ADROIT6200 is a high performance, robust pressure measurement device. It combines the best mechanical properties of micromachined silicon in a fully welded stainless steel 316L body with the latest digital processing capability to offer levels of accuracy, previously unavailable in a device of this type. It offers a full suite of pressure measurement including gauge, absolute and differential references and pressure ranges from 70 mbar to 350 bar.
Product Details
Pressure Sensing Platform
Ranges from 70 mbar to 350 bar
Total accuracy to ±0.1% FS
Gauge, Absolute, and Differential versions
19mm 316L stainless steel construction
Operating temperatures -55°C to 125°C
1 ms update rates
Voltage or mA outputs
19mm diameter
Key Specifications
ADROIT6200 Datasheet
UNIK5000 SeriesPressure Sensing PlatformOverviewThe new UNIK 5000 is a high-performance configurable solution to pressure measurement. The use of micromachined silicon technology and analogue circuitry enables best-in-class performance for stability, low power, and frequency response. The new platform enables you to easily build up your own sensor to match your precise needs. This high-performance, configurable solution to pressure measurement employs modular design and lean manufacturing techniques.High QualityThe combination of a high-technology sensor, together with advanced signal conditioning and packaging techniques, provides an ideal long-term solution for reliable, accurate, and economical measurements.Bespoke as StandardCustom-built from standard components, manufacturing sensors to your requirement is fast and simple; each UNIK 5000 is a bespoke pressure sensing solution, but with the short lead times and competitive pricing you would expect from standard products.ExpertiseWe have the people and the knowledge to support your needs for accurate and reliable product performance; our team of experts can help you make the right sensor selection, guiding you and providing the help and tools you need. It is important to ensure that the sensor material and performance selected are suitable for your application.
Product Details
Ranges from 70 mbar (1 psi) to 700 bar (10000 psi)
Accuracy to ±0.04% Full Scale (FS) Best Straight Line (BSL)
Stainless Steel construction
Frequency response to 3.5 kHz
High overpressure capability
Hazardous Area certifications
mV, mA, voltage, and configurable voltage outputs
Multiple electrical and pressure connector options
Operating temperature ranges from -55 to +125°C (-67 to +257°F)
Online configuration tool
Key Specifications
UNIK 5000 Series Datasheet
DPS5000 CANBusDigital Pressure Sensing PlatformThe new DPS5000 CANBus from Druck integrates digital electronics into the high-performance UNIK 5000 Pressure Sensing Platform to provide performance levels unmatched by traditional analogue sensors. It uses CANopen protocol, enabling fully compensated readings of pressure and temperature to be communicated alongside control of many functions of the device.
Product Details
Ranges from 200 mbar to 700 bar
Total accuracy to ±0.1 % FS
Stainless steel construction
Wide temperature range -40 °C to 125 °C
Fast update rate 1 ms
Customer set filter setting
Baud rate up to 1000k bit/s
Excellent long-term stability
Key Specifications
DPS5000 Series Datasheet
RPS/DPS 8200/8300 (TERPS)High Accuracy Resonant Pressure SensorsThe Druck TERPS RPS/DPS 8200/8300 Pressure Sensor is the first product to incorporate the new TERPS technology. TERPS is a resonant silicon pressure sensor technology platform that provides an order of magnitude greater accuracy and stability than current pressure measurement technologies available. The new TERPS technology also extends the pressure range capability to high pressures and by incorporating true pressure media isolation greatly improves its suitability for use in harsh environments..By packaging TERPS technology in Hastelloy C276, the RPS/DPS 8200/8300 allows for use in harsh corrosive media such as sea water, or sour gas. The combination of the power of the TERPS technology and the quality, reliability and flexibility of the RPS/DPS 8000 Series offer a truly unique solution for high accuracy and high stability pressure measurement requirements.
Applications
Industrial
Aerospace
Oil and gas
Research environment
Key Specifications
RPS/DPS 8100 Series (TERPS)
RPS/DPS 8200 (TERPS)High Accuracy Resonant Pressure SensorThe Druck TERPS RPS/DPS 8200 Pressure Sensor is the first product to incorporate the new TERPS technology. TERPS is a resonant silicon pressure sensor technology platform that provides an order of magnitude greater accuracy and stability than current pressure measurement technologies available. The new TERPS technology also extends the pressure range capability to high pressures and by incorporating true pressure media isolation greatly improves its suitability for use in harsh environments.By packaging TERPS technology in Hastelloy C276, the RPS/DPS 8200 allows for use in harsh corrosive media such as sea water, or sour gas. The combination of the power of the TERPS technology and the quality, reliability and flexibility of the RPS/DPS 8000 Series offer a truly unique solution for high accuracy and high stability pressure measurement requirements.
Applications
Industrial
Aerospace
Oil and gas
Research environment
Key Specifications
RPS/DPS 8200 Series (TERPS)
RPS/DPS 8300 (TERPS)High Accuracy Resonant Pressure SensorThe Druck TERPS RPS/DPS 8300 Pressure Sensor is the first product to incorporate the new TERPS technology. TERPS is a resonant silicon pressure sensor technology platform that provides an order of magnitude greater accuracy and stability than current pressure measurement technologies available. The new TERPS technology also extends the pressure range capability to high pressures and by incorporating true pressure media isolation greatly improves its suitability for use in harsh environments..By packaging TERPS technology in Hastelloy C276, the RPS/DPS 8300 allows for use in harsh corrosive media such as sea water, or sour gas. The combination of the power of the TERPS technology and the quality, reliability and flexibility of the RPS/DPS 8000 Series offer a truly unique solution for high accuracy and high stability pressure measurement requirements.
Applications
Industrial
Aerospace
Oil and gas
Research environment
Key Specifications
RPS/DPS 8300 Series (TERPS)
Bespoke SensorsDruck supplies a vast range of custom solutions for the aviation sector. A dedicated integrated project team is assigned to each projects to work closely with our customers to tailor bespoke solutions for their program requirements.
Once in service, Druck continue to support our products with our dedicated aerospace customer care team, where we can support all of you supply needs and ensure our delivery lead-time is optimised.
ECSEmergency oxygenFeatures
Pressure range: 0 to 4000 psi a Operating temp: -54 to 71 C Construction: SS 316L, Hastelloy C276
Fully hermetic: Yes
Output: Vdc
Special feature: Delta P / Delta P Pressure Switch
Air managementFeatures
Pressure range: 0 to 5.5 bar a
Operating temp: -55 to 150 C
Construction: SS 316L
Fully hermetic: Yes
Output: Vdc
Special feature: None
BACK
Hydraulic actuationHigh pressure quadFeatures
Pressure range: 0 to 4000 psi a
Operating temp: -54 to 71 C
Construction: SS 316L, Hastelloy C276
Fully hermetic: Yes
Output: Vdc
Special feature: Delta P /
Delta P Pressure Switch
General applicationsFeatures
Pressure range: 0 to 4000 psi sg
Operating temp: -55 to 125 C
Construction: SS 316L
Fully hermetic: Yes
Output: mA
Special feature: High overload capability
BACKEngineFuel differential
Features
Pressure range: 0 to 60 psi d
Operating temp: -54 to 191 C
Construction: SS 316L
Fully hermetic: Yes
Output: mV
Special feature: Wet / wet differential
Engine monitoring
Features
Pressure range: 0 to 70 psi a
Operating temp: -55 to 105 C
Construction: SS 316L
Fully hermetic: Yes
Output: mV
Special feature: Digitally corrected
Oil pressure differential
Features
Pressure range: 0 to 140 psi d
Operating temp: -54 to 125 C
Construction: SS 316L
Fully hermetic: Yes
Output: mV
Special feature: Process interface
BACKAuxiliary Power UnitLow pressure differential
Features
Pressure range: 0 to 3.5 psi d
Operating temp: -55 to 121 C
Construction: SS 316L
Fully hermetic: Yes
Output: Vdc
Special feature: Differential (wet / dry)
Combined absolute
and differentialFeatures
Pressure range: 0 to 0.3 psi d
Operating temp: -55 to 121 C
Construction: SS 316L
Fully hermetic: Yes
Output: Vdc
Special feature: Differential (wet / dry)
BACKFuelFuel metering
Features
Pressure range: 0 to 20 psi d
Operating temp: -55 to 99 C
Construction: SS 316L, Hastelloy
Fully hermetic: No
Output: m V
Special feature: Dual sensor with Temperature
OBIGGS monitoring
Features
Pressure range: 20 to 84 psi a
Operating temp: -55 to 89 C
Construction: SS 316L
Fully hermetic: Yes
Output: mA
Special feature: Combined O2 and Pressure
BACKADC/ADMTERPS (with electronics)Features
Pressure range: 15 to 50 psi a
Operating temp: -55 to +125°C
Construction: Exposed silicon construction
Fully hermetic: No
Output: Multiple digital configurations
Special feature: Stability and precision over temperature
BACK
DPS5000 RS485Digital Pressure Sensing PlatformThe DPS5000 RS485 from Druck combines the high-performance UNIK5000 platform with RS485 digital communications. Featuring fully compensated pressure and temperature readings, a wide operating temperature, and excellent long-term stability, it is ideal for demanding aerospace and industrial test applications.
Pressure ranges from 200 mbar to 700 bar
Total accuracy to ±0.1% FS
Stainless steel construction
Wide temperature range: -40 °C to 125 °C
Fast update rate: 10 ms
Customer-settable filter settings
Baud rate up to 230400 bit/s
Excellent long-term stability
Product Details
Versatile digital pressure sensingThe DPS5000 RS485 is a compact, digitally compensated pressure sensor providing accurate pressure and temperature measurements over RS485 using the Druck DUSTI command set. Designed for test and industrial environments, it offers a fully welded stainless steel body and a wide selection of pressure connectors.Key technical highlights
Gauge, absolute, and differential pressure configurations
Compact 25mm diameter stainless steel housing
Customizable baud rate (9600–230400)
Configurable compensation ranges: -10 to +50 °C, -40 to +85 °C, or -40 to +125 °C