Leading global motorsport teams have trusted Druck's pressure sensors for many years due to the performance, speed and reliability our sensors provide, which is of paramount importance in the motorsport arena.
Druck can provide pressure and temperature sensors that meet the demands of the size, weight and material constraints required by the teams for a variety of applications and fluids including fuels, oils, coolant, and hydraulic system pressures, in demanding environments with high temperatures and vibration levels.
The success in motorsport depends on hundreds of components working together, under the stress and challenge of extreme conditions. Each component needs to be rigorously, and accurately, tested to ensure measurements are within specification. With an array of high-performance pressure calibrators and handheld indicators for in-house or track side testing and diagnostic use, it is time to consider Druck as your partner in motorsport.
Single Seat Race SeriesGear box oil pressuresOverviewMeasuring oil pressure in the gearbox is a good indicator of whether the mechanical
power and torque are delivered efficiently from the engine to other systems...Druck SolutionDruck motorsport sensors are reliable in harsh environments. Suitable options
include the PMP4300, PMP4400, and the PMP4400T...4300 Series4400 Series4400T SeriesTurbo pressureOverviewMonitoring the manifold pressure is critical for turbocharged and naturally aspirated
engines...Druck SolutionDruck motorsport pressure sensors provide accurate data to optimize
engine efficiency...4300 Series4400 SeriesEngine oil pressureOverviewThe engine requires oil to lubricate moving parts and maintain efficiency.
Correct oil pressure ensures reliable performance, while too much or too little pressure
can cause significant mechanical issues.Druck SolutionDruck motorsport sensors provide real-time oil pressure monitoring.
The PMP4400T combines pressure and temperature measurement, reducing the need for
multiple sensors and simplifying wiring.4400 Series4400T SeriesBrake pressureOverviewBrake pressure affects the performance and safety of a race car.
Proper front and rear brake balance ensures maximum stopping power while maintaining control.Druck SolutionDruck sensors help engineers monitor brake pressure for optimal
brake balance. The PMP4400T measures both pressure and temperature, reducing sensor
weight and complexity. The PMP4300 and PMP4400 are ideal for measuring pressure only.4300 Series4400 Series4400T SeriesCoolant pressureOverviewIn motorsports, pressurized cooling systems are essential for maintaining engine temperature
and preventing overheating. A loss in coolant pressure can cause performance issues, while excessive
pressure may indicate problems with the cooling system.Druck SolutionDruck motorsport pressure sensors help detect leaks or issues within the
coolant system. The configurable PMP4300 and the smaller PMP4400T offer both temperature
and pressure monitoring, ensuring optimal performance.4300 Series4400T SeriesFuel system pressureOverviewIn single-seat race cars, fuel system pressure directly affects engine combustion efficiency.
Low fuel pressure can lead to poor performance and overheating, while high pressure can waste fuel
and reduce efficiency.If the fuel tank is not vented correctly, pressure imbalances can cause issues with fuel
flow and safety concerns.Druck SolutionDruck motorsport sensors provide accurate pressure data for optimizing
performance and detecting fuel system issues. The PMP4400T measures both pressure and temperature,
reducing the need for additional sensors. If only pressure measurement is required, the
PMP4300 or PMP4400 are ideal choices.4300 Series4400 Series4400T SeriesCrank case pressureOverviewCrank case pressure can increase when combustion gases leak past the piston rings into the
crankcase. Excess pressure can lead to oil leaks, gasket failures, and reduced engine efficiency.Druck SolutionDruck motorsport sensors provide real-time crank case pressure monitoring,
helping engineers detect inefficiencies and optimize engine performance. The PMP4300, PMP4400,
and top-tier PMP4400T offer high-accuracy measurement, reducing complexity by eliminating
the need for multiple sensors.4300 Series4400 Series4400T SeriesPneumatic pressureOverviewPneumatic suspension is widely used in single-seat racing due to its ability to provide
precise valve control and rapid response times. Monitoring pneumatic pressure ensures
optimal suspension performance and system reliability.Druck SolutionDruck motorsport sensors help engineers monitor pneumatic system pressure
and detect leaks or failures. The PMP4400T combines pressure and temperature measurement,
reducing the need for multiple sensors. If temperature monitoring isn’t required, the
PMP4300 and PMP4400 provide reliable pressure data.4300 Series4400 Series4400T Series
Single Seat Electric Race SeriesBattery containment pressureOverviewBatteries are contained within casing for safety reasons.
Sensors are used to ensure the integrity of the casing.Druck SolutionThe Druck PACE5000 pressure controller can pressurize
the battery casing to 3 bar and monitor for any leaks. If the casing passes this test,
then the race team can be assured of the integrity of the battery casing.The Druck ADROIT6000 pressure sensor can be used to
monitor the internal pressure of the case during the race.PACE5000ADROIT6000Gear box oil pressuresOverviewMeasuring oil pressure in the gearbox is a good indicator of whether the mechanical power
and torque are delivered efficiently from the engine to other systems. Abnormal pressure changes
can indicate potential transmission or lubrication issues.Druck SolutionDruck motorsport sensors are reliable in harsh environments.
Suitable options include the PMP4400 and the advanced PMP4400T, which can measure
both temperature and pressure. These sensors withstand high operating temperatures
and monitor pump conditioning.4400 Series4400T SeriesBrake pressureOverviewIn single-seat electric race series, brake pressure distribution affects performance
and safety. Monitoring brake pressure helps optimize braking efficiency and stability.Druck SolutionDruck sensors assist engineers in optimizing brake balance and fluid
temperature. The PMP4400T sensor combines pressure and temperature measurements, reducing
weight and system complexity.4400T SeriesHydraulic fluid pressureOverviewHydraulic systems in single-seat electric race cars include braking and power-assisted steering.
Monitoring hydraulic pressure ensures reliability and early detection of potential failures.Druck SolutionDruck motorsport pressure sensors help monitor hydraulic pressure.
The PMP4400 and PMP4400T offer high overload protection, preventing sensor damage
from pressure spikes, and provide real-time performance data.4400 Series4400T Series
Production car race seriesGear box oil pressuresOverviewMeasuring oil pressure in the production car race series gearbox is a good indicator
of whether mechanical power and torque are efficiently delivered. Abnormal pressure changes
can indicate transmission or lubrication system issues, affecting performance and reliability.Druck SolutionDruck motorsport sensors are reliable in harsh environments.
Suitable options include the PMP4200, PMP4300, and PMP4400, our smallest motorsport
pressure sensor. These withstand high temperatures and monitor pump conditioning.4200 Series4300 Series4400 SeriesTurbo pressureOverviewMonitoring manifold pressure in a production race series car is essential
for turbocharged and naturally aspirated engines. Sensors provide data to optimize
performance and prevent overboosting or underperformance.Druck SolutionDruck motorsport sensors ensure engine efficiency. The PMP4200,
PMP4300, and PMP4400 provide accurate turbo pressure measurements, optimizing
performance and reliability.4200 Series4300 Series4400 SeriesEngine oil pressureOverviewEngine oil lubricates moving parts, maintains pressure, and removes heat.
Incorrect oil pressure can lead to reduced reliability, wasted power, or mechanical failure.Druck SolutionDruck motorsport sensors provide real-time oil pressure data.
The PMP4200, PMP4300, and PMP4400 help optimize engine performance
and reliability.4200 Series4300 Series4400 SeriesBrake pressureOverviewBrake pressure affects vehicle performance by distributing force between
front and rear wheels. Monitoring brake pressure optimizes stopping efficiency
and stability.Druck SolutionDruck sensors help optimize brake balance and measure brake fluid
temperature. The PMP4400T sensor combines pressure and temperature monitoring,
reducing complexity. Alternatives include PMP4400, PMP4300, and entry-level
PMP4200, which measure only pressure.4200 Series4300 Series4400 Series4400T SeriesHydraulic fluid pressureOverviewHydraulic systems in race cars include gear actuation, turbo control,
and power steering. Monitoring hydraulic pressure ensures system reliability
and driver safety.Druck SolutionDruck motorsport sensors prevent sensor damage from pressure spikes
and provide high-quality performance data. The PMP4200, PMP4300, and PMP4400
are ideal for monitoring hydraulic fluid pressure.4200 Series4300 Series4400 SeriesCoolant pressureOverviewPressurized cooling systems prevent overheating and optimize
engine performance. A loss in pressure can lead to power loss,
while excessive pressure can indicate system issues.Druck SolutionDruck motorsport sensors monitor coolant pressure to detect leaks
or system failures. The PMP4200, PMP4300, and PMP4400 are ideal for
ensuring optimal coolant pressure levels.4200 Series4300 Series4400 SeriesAirbox pressureOverviewThe airbox and intake system determine how much air the engine receives,
affecting fuel combustion and power output. Monitoring airbox pressure helps optimize
engine efficiency and detect blockages.Druck SolutionDruck motorsport sensors provide precise airbox pressure measurements,
helping engineers maintain optimal air-fuel ratios. The PMP4200, PMP4300, and
PMP4400 ensure accurate and reliable data.4200 Series4300 Series4400 SeriesFuel system pressureOverviewFuel system pressure impacts combustion efficiency. Low pressure can lead to
overheating and poor performance, while high pressure can cause excess fuel consumption
and inefficiency.Druck SolutionDruck sensors provide high-accuracy fuel pressure data, ensuring
optimal engine performance. The PMP4200, PMP4300, and PMP4400
are suitable for monitoring fuel system pressure.4200 Series4300 Series4400 SeriesCrank case pressureOverviewCrank case pressure builds when combustion gases leak past piston rings.
Excess pressure can cause oil leaks, gasket failure, and reduced engine efficiency.Druck SolutionDruck sensors monitor crank case pressure to detect inefficiencies
and optimize engine performance. The PMP4200, PMP4300, and PMP4400
provide precise pressure readings for race engineers.4200 Series4300 Series4400 SeriesPneumatic pressureOverviewPneumatic components are common in production race series cars. Compressed air
provides advantages such as precise valve control and optimized suspension systems.
Monitoring pneumatic pressure ensures peak performance.Druck SolutionDruck motorsport sensors monitor pneumatic pressure for accurate
data collection. The PMP4200, PMP4300, and PMP4400 allow engineers
to track system health and detect issues.4200 Series4300 Series4400 SeriesCrank case pressureOverviewCrank case pressure builds when combustion gases leak past piston rings.
Excess pressure can cause oil leaks, gasket failure, and reduced engine efficiency.Druck SolutionDruck sensors monitor crank case pressure to detect inefficiencies
and optimize engine performance. The PMP4200, PMP4300, and PMP4400
provide precise pressure readings for race engineers.4200 Series4300 Series4400 SeriesPneumatic pressureOverviewPneumatic components are common in production race series cars. Compressed air
provides advantages such as precise valve control and optimized suspension systems.
Monitoring pneumatic pressure ensures peak performance.Druck SolutionDruck motorsport sensors monitor pneumatic pressure for accurate
data collection. The PMP4200, PMP4300, and PMP4400 allow engineers
to track system health and detect issues.4200 Series4300 Series4400 Series
Race Bike SeriesEngine oil pressureOverviewThe engine needs oil to lubricate moving parts. Oil is pumped under pressure
to prevent metal-on-metal contact, ensuring reliability. Excess pressure wastes horsepower,
while low pressure can lead to component failure. Oil circulation also helps regulate engine temperature.Druck SolutionDruck motorsport sensors withstand high temperatures and provide accurate
oil pressure monitoring. The PMP4400T measures both pressure and temperature, reducing wiring complexity.
Other suitable options include the PMP4200, PMP4300, and PMP4400.4200 Series4300 Series4400 Series4400T SeriesBrake pressureOverviewBrake pressure affects the balance between the front and rear wheels. Too much
pressure at the rear can cause wheel lock-up, reducing traction and control. Understanding
brake pressure ensures stability during heavy braking.Druck SolutionDruck sensors help engineers optimize brake balance and measure
brake fluid temperature. The PMP4400T combines pressure and temperature monitoring.
Other options include the PMP4400, PMP4300, and PMP4200.4200 Series4300 Series4400 Series4400T SeriesFuel system pressureOverviewFuel pressure affects engine combustion. Low pressure can cause overheating
and reduced performance, while excessive pressure leads to fuel waste.Druck SolutionDruck sensors provide high-accuracy fuel pressure data. The
PMP4400T measures both temperature and pressure. Other suitable sensors include the
PMP4200, PMP4300, and PMP4400.Coolant pressureOverviewOn race bikes, a pressurized cooling system is vital to maintaining contact
between coolant and metal surfaces in the engine. If pressure drops, performance decreases
due to overheating. Excess pressure can indicate pump inefficiency, affecting reliability.Druck SolutionDruck motorsport pressure sensors help detect leaks and optimize
cooling performance. The PMP4200, PMP4300, and PMP4400 are ideal for
monitoring coolant pressure.4200 Series4300 Series4400 SeriesPneumatic pressureOverviewPneumatic spring valves are common on MotoGP race bikes. These systems allow
precise control of high-speed valve operation, enabling higher RPMs. Monitoring pressure
ensures reliability and performance optimization.Druck SolutionDruck sensors monitor pneumatic air usage, detecting issues such
as leaks or failed components. Suitable options include the PMP4200, PMP4300,
and PMP4400.4200 Series4300 Series4400 SeriesAirbox pressureOverviewThe airbox and intake system determine the maximum airflow to the engine,
affecting power output. At high speed, air is forced into the intake, increasing pressure.
Monitoring airbox pressure ensures the correct air-fuel mixture.Druck SolutionDruck motorsport sensors help optimize air-fuel ratios. The
PMP4200, PMP4300, and PMP4400 provide accurate airbox pressure
monitoring for peak performance.4200 Series4300 Series4400 SeriesCrank case pressureOverviewCrank case pressure increases when combustion gases leak past the piston rings.
Excessive pressure can cause oil leaks or gasket failures, while monitoring ensures maximum
engine efficiency and performance.Druck SolutionDruck motorsport sensors allow engineers to monitor crank case pressure,
ensuring optimal engine function. Suitable options include the PMP4200, PMP4300, and
PMP4400.4200 Series4300 Series4400 Series
R&D Dyno CellFuel system pressureOverviewA dyno test cell allows engineers to check fuel pressure parameters. If the fuel pressure is too low, the engine will not receive the proper amount of fuel for combustion, leading to overheating and reduced reliability. If pressure is too high, excessive fuel consumption can decrease performance.SolutionHigh-accuracy motorsport sensors ensure engineers can optimize fuel system performance and detect issues. The PMP4400T allows for both temperature and pressure measurement, reducing the need for multiple sensors. Other options include the PMP4300 and PMP4400. Additionally, UNIK5000 and ADROIT6000 sensors provide precise calibration for test rigs.4300 Series4400 SeriesTurbo pressureOverviewMonitoring manifold pressure in a dyno cell helps engineers optimize turbocharged engines. The sensor provides boost pressure data, allowing real-time engine adjustments for optimal performance.SolutionMotorsport pressure sensors improve engine efficiency by reducing safety margins and maximizing performance. The configurable PMP4300 and compact PMP4400 are ideal for turbo pressure monitoring. Additionally, UNIK5000 and ADROIT6000 sensors ensure precise calibration for dyno test rigs.4300 Series4400 SeriesHydraulic fluid pressureOverviewMonitoring hydraulic fluid pressure during dyno testing helps identify leaks or system failures before they compromise engine performance.SolutionMotorsport sensors provide real-time hydraulic pressure monitoring, helping engineers detect system issues early. The configurable PMP4300 and compact PMP4400 offer high precision. Additionally, UNIK5000 and ADROIT6000 sensors provide accurate calibration for engine testing setups.4400 SeriesUNIK5000ADROIT6000Airbox pressureOverviewThe airbox and intake system determine maximum engine airflow, affecting power output. A dyno test cell helps engineers analyze different intake pressures and optimize performance.SolutionMotorsport pressure sensors help ensure an optimal air-fuel mixture. The configurable PMP4300 and compact PMP4400 provide accurate, real-time airbox pressure monitoring. Additionally, UNIK5000 and ADROIT6000 sensors can be used for precise test rig calibration.4300 Series4400 SeriesCoolant pressureOverviewIn motorsport, pressurized cooling systems are crucial for maintaining engine performance. Monitoring coolant pressure in a dyno test cell helps engineers detect leaks and ensure efficiency.SolutionMotorsport pressure sensors identify cooling system failures. The configurable PMP4300 and dual-function PMP4400T (pressure and temperature) are ideal for this application. Additional UNIK5000 and ADROIT6000 sensors help calibrate dyno test data.4300 Series4400T SeriesEngine oil pressureOverviewMonitoring engine oil pressure during dyno testing helps engineers optimize lubrication, prevent metal-on-metal contact, and improve engine longevity.SolutionMotorsport sensors provide accurate, high-temperature oil pressure monitoring. The advanced PMP4400T measures both pressure and temperature, while the PMP4400 is a robust pressure-only option. UNIK5000 and ADROIT6000 sensors can be used in test rigs for precise calibration.4400 SeriesUNIK5000ADROIT6000
Test and Calibration ProductsDPI705EHandheld pressure indicatorDPI610EHigh accuracy handheld pressure calibratorDPI620 GENii and PV624High accuracy handheld pressure calibrator and base stationDry TC & PTC RangePremium Temperature and Calibration RangePACEPressure Controllers
Sensor ProductsOn-Car Pressure sensors
4300 SeriesMotorsport/Automotive Pressure Transducers4400 SeriesMotorsport/Automotive Pressure Transducers4400TCombined Pressure and Temperature Sensor
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
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.
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UNIK5000HConfigurable hydrogen pressure sensorConfigurability in hydrogenThe UNIK5000H is a hydrogen compatible pressure sensor that is based on the successful UNIK industrial, configurable sensing platform.With pressure ranges from 700 mbar to 700 bar, the UNIK5000H pressure sensor is ideal for hydrogen test, gas networks and filling station applications.The stainless steel 316L construction of the UNIK5000H provides excellent resistance to hydrogen embrittlement. Permeation can affect the performance of all sensor technologies and the UNIK5000H uses an optimised barrier coating that limits hydrogen permeation and is unaffected by the presence of impurities.
Product Details
UNIK5000H Features
Ranges from 700 mbar (10.2 psi) to 700 bar (10000 psi)
Accuracy to ±0.04% Full Scale (FS) Best Straight Line (BSL)
Stainless steel construction
Hydrogen compatible wetted materials
Frequency response to 3.5 kHz
High over pressure capability
Hazardous area certifications
mV, mA, voltage and configurable voltage outputs
Multiple electrical and pressure connector options
Operating temperature ranges from -40 to +125°C (-67 to +257°F)
Meets the requirements of EC79 and UNECE R134 compliant systems
Applications
Test applications (inc. Fuel cell, trains, trucks, boats, etc), Gas networks,
Filling stations, Hydrogen storage, Hydrogen pipelines, Pyrolysis
Datasheet
UNIK5000H Datasheet
RPS/DPS8000HHydrogen Focused High Accuracy Resonant Pressure SensorHighest accuracy in hydrogenWe have taken the highest accuracy, industrial pressure sensor on the market and combined it with our innovative high-performance barrier coating diaphragm technology to create the RPS/DPS8000H sensor for the ultimate performance in hydrogen applications.With unrivalled accuracy and stability from 2 bar to 200 bar, the RPS/DPS8000H is an ideal solution for harsh hydrogen applications including gas turbines control or precision hydrogen system testing.The combination of the power of the TERPS technology and the quality, reliability and flexibility of the RPS/DPS8000H Series offers a truly unique solution for high accuracy and high stability pressure measurement in a hydrogen rich media.
Product Details
RPS/DPS8000H Features
High Precision, ±0.01% FS over compensated temperature range
High Stability, ±100 ppm FS/year
Wide temperature range, up to -40°C to +125°C (-40° to 257°F)
Media isolated construction, suitable for use in harsh environment
Suitable for use in hydrogen rich media
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
ApplicationsGas turbines, universities and research
Datasheet
RPS/DPS8000H Datasheet
4200 SeriesPressure Sensing PlatformOverviewThe new 4200 Series 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 leveraging digital processing technology to offer performance and reliability over a wide temperature range suitable for all levels of motorsport.Druck SolutionBy using digital signal processing, the PMP4200 pressure sensor is optimised for performance over temperature. However, the final stage of processing converts the signal back into a conventional analogue output for easy interfacing to existing infrastructure.
Total accuracy including thermal effects +/-1% span
Frequency response to 1 kHz
316L stainless steel construction
Compensated temperature range -40°C to 125°C short term use
form -55°C to 150°C
Product Datasheet
4200 Series Datasheet
4300 SeriesMotorsport/Automotive Pressure TransducersSuccess 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 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
4300 Series Datasheet
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
DPI705EHandheld pressure indicatorOverviewThe handheld pressure indicator is ideal for monitoring pressures. One use in motorsports is ensuring that tyre pressures are correctly and accurately set, as they significantly affect the race vehicle's setup and performance. Many race series stipulate minimum tyre pressures, and setting these pressures accurately throughout the season, year after year, is critical. The outright accuracy and long-term stability of the measuring instrument are essential.Druck SolutionThe DPI705E handheld pressure indicator provides accuracy and reliability combined with a rugged design. When paired with a tyre pressure hose, the DPI705E becomes a fast and easy-to-use device for race-critical tyre pressure monitoring, giving technicians an accuracy of 0.025% FS.
Product Datasheet
DPI705E Datasheet
DPI610EHigh accuracy handheld pressure calibratorOverviewThe DPI610E is a portable high-accuracy handheld pressure calibrator ideal for engine testing. With 0.025% FS accuracy and a total 1-year uncertainty, it provides stable pressure calibration from vacuum up to 1000 bar. The device is perfect for on-vehicle testing, ensuring accurate calibration and performance monitoring.Druck SolutionThe DPI610E offers multiple functionalities, including pressure sensor calibration, leak tests, relief valve tests, and pressure switch tests. Its capabilities ensure accurate data from race car sensors, critical for achieving a competitive advantage. Additionally, all data can be logged and transferred to a computerized database for reference.
Product Datasheet
DPI610E Datasheet
DPI620 GENii and PV624High accuracy handheld pressure calibrator and base station
The DPI620 GENii is a high accuracy handheld pressure calibrator which is ideal for engine testing due to its 0.0185% FS accuracy. With fast acting pressure generation up to 20 bar within 30 seconds, on vehicle test and calibration can be performed with confidence.
Druck Solution
The Druck DPI620 GENii is a truly all-in-one test and calibration solution. As well as testing the calibration of pressure sensors it is also capable of stimulating electrical, frequency, and temperature components. The DPI620 GENii can be combined with the new Druck PV624 pressure generating base station to give the motorsport technicians an increased number of test functions from one device.
Product Datasheet
DPI620 GENii Datasheet
PV624 Datasheet
Dry TC & PTC RangePremium Temperature and Calibration RangeOverviewDuring development, many race car components go through rigorous testing. The development engineers need accurate and reliable data to know that temperature sensors and switches are correct to maximise the performance on the race circuit.Druck SolutionThe Druck Premium temperature calibrators have a large touch screen to display the reference, target, and devices under test temperatures. At the end of a calibration process, the premium temperature calibrator provides the complete calibration certificate. The Druck Premium Temperature Calibrators can calibrate with a resolution up to 0.001°C/K meeting the highest requirements for motorsports.
Product Datasheets
Dry Block and Liquid Bath TC Series Datasheet
PTC165 & PTC165i Datasheet
PTC255 and PTC255i Datasheet
PTC200 and PTC700 Datasheet
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
UNIK 5000Pressure Sensing PlatformHigh Performance Configurable SolutionThe 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 allows easy customization to match precise needs, employing modular design and lean manufacturing techniques.High QualityThe combination of high-technology sensors, 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, UNIK 5000 offers a fast and simple manufacturing process, delivering a bespoke pressure sensing solution with the short lead times and competitive pricing expected from standard products.ExpertiseOur expert team supports your needs for accurate and reliable product performance. We assist in selecting the right sensor, ensuring that the sensor material and performance meet application requirements.
Product Details
Pressure Sensing Platform
Ranges from 70 mbar (1 psi) to 700 bar (10,000 psi)
Accuracy to ±0.04% Full Scale (FS) Best Straight Line (BSL)
Stainless Steel construction
Frequency response up 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 range from -55°C to +125°C (-67°F to +257°F)
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