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Strainsense Limited
About us
For over 20 years, StrainSense has been a trusted and reliable supplier of specialist sensors and instrumentation products.
We supply quality sensors for Pressure, Force, Position, Vibration, Inertial & Navigation, Pressure, Force, Instrumentation, Tilt/Inclination and Torque for both static and dynamic applications.
We also supply the latest mixed-signal data acquisition & power analyser systems enabling you to satisfy all your sensor requirements in one place.
We have a wealth of experience in the Automotive, Crash Test, Flight Test & Military, Aerospace, Space & Satellite, Subsea, Rail, General Test & Measurement and Education markets and we supply both off the shelf and bespoke products.
The Company enjoys a reputation for the supply of quality products to current ISO 9001 standards and is highly regarded for its product range of electromechanical devices.
Products
ECOMMERCE STORE: Strainsense.store
For over 20 years, Strainsense has been a trusted and reliable supplier of sensors, instrumentation, and data acquisition products. We are an engineer lead organisation; all products have been tested and validated by our engineers making sure they met or exceed performance expectations. We provide unrivalled technical support to make sure the solution satisfies your demanding application. Select a category and within a few clicks you should find what you need, our aim is to make this platform as straight forward as possible. Not only can you see active stock levels, but also be able to configure and place parts on back-order. If you seek a more customised or bespoke approach, either send us an email or look at our brochure-based website www.strainsense.co.uk for more information. We offer... POSITION SENSORS Linear Potentiometers String Potentiometers Inclinometers Rotary Potentiometers LVDTs PRESSURE SENSORS OEM Pressure Sensing Elements Industrial OEM Pressure Transmitters Differential Pressure Transmitters Hazardous Area Pressure Transmitters Submersibles Level Trans Board Mount Pressure Sensors ACCELEROMETERS DATA ACQUISITION CABLE ASSEMBLIES
Accelerometers
Accelerometers or vibration sensors are used to directly measure the acceleration or vibration of a test piece and indirectly measure velocity, displacement and tilt/inclination. There are two main categories of accelerometer the first utilise piezoelectric technology and are either amplified internally (IEPE/ICP®/CCLD accelerometers) or unamplified (charge mode accelerometers). The second incorporate MEMS sensing elements, allowing for static accelerations to be captured and include Capacitive and Piezoresistive accelerometers. StrainSense offer a wide range of accelerometers, including single-axis, biaxial and triaxial varieties for use in a number of applications, such as Crash, R&D, Rail, Military, Aerospace, Automotive Testing and Industrial Monitoring.
Gyros & IMUs
Inertial navigation systems and sensors for use in demanding applications, such as aerospace and marine navigation and control, underwater gyrocompassing for submarines, ROV, AUV, oil drilling systems and others.
Precision and Industrial String Pots
String pots (String potentiometers), also called cable extension transducers or draw wire sensors are a wonderfully simple concept for measuring linear position. The cable winds onto a spool which is sprung loaded converting linear measurement into rotation. This rotation is measured using a potentiometer or encoder which is in turn converted to an analogue or digital output. They are easy to install, no critical alignment is needed and makes a direct measurement at the point of interest. A wide variety of options in regards to cable actuated, string pots, draw wire type sensors to cover many applications for lengths beyond 50,000mm.
Miniature & Dynamic Pressure Sensors
We are recognized as a premium supplier of solutions for miniature & dynamic pressure sensors, either for test and measurement, but also for custom designs. Dynamic pressure sensors for either liquids or gases, miniature or ultra-miniature devices with varying frequency response to 1.2 MHz. We have solutions for high temperatures, low pressure measurements for aero dynamics, pore water pressure and automotive. Miniature pressure sensors are used in a wide variety of applications such as motorsport, flight testing, automotive for example. Most solutions can be custom designed to suit your application.
Precision Force Sensors & Multiaxis Load Cells
If you are looking for high quality / performance force sensors, you are looking for Strain Sense. As a specialist in customized sensors we offer tailor made solutions next to the standard sensors. Force transducers are sensors that convert a force into a linear electrical signal. Their operation relies on measuring miniature movements in a precision metal structure using foil strain gauges (known as sensing resistor or force sensing resistor) bonded to the surface of the metal. The structure can be built in a wide variety of forms depending on the force range and the application requirements.
Data Acquisition Systems
Data acquisition is the process of sampling signals measuring real world physical parameters and storing the signals as digital numeric values that can be viewed and analysed on a computer. Data acquisition systems are often abbreviated as DAQ. Data acquisition systems consist of sensors, signal conditioning circuitry including filters and isolation, analogue to digital converters and data storage, and may also include visual displays. StrainSense provide modular data acquisition systems for multiple applications, and power analyzers for electrical power measurement
Inclinometers and Tilt Sensors
An inclinometer is a sensor used for measuring angles, mainly for tilt, slope or elevation of an object with respect to gravity. They are known by several names such as tilt sensor, inclinometer or even pitch & roll indicator. The most common inclinometer is for measuring single axis X or dual axis X & Y axis however on request, the Z axis can be measured using a separate device. All incorporate the latest high-performance MEMs sensing technology and are further enhanced with internal compensation circuitry for high accuracy performance and long-term stability. The only other consideration should be the output required. Current outputs (4-20mA) can be used for long transmissions up to 2000 metres. Analogue outputs are most common having 0-5, 0-10V, 0.5-4.5V or even +/-5 or 10V. Digital output version are available such as RS-232, RS-485, TTL, PWM and CAN.
Rotary Position Sensors
A wide variety of technologies to measure rotary position either for Test & Measurement, Motorsport or OEM solutions. Rotary position sensor options include Rotary Potentiometers with precision conductive plastic resistive track, proven to over 25 million cycles available with either potentiometric or analogue output, Hall Effect non-contact Rotary. Capable of 175 Deg C and choices of single/dual output, voltage supply options, flange mounts, IP67 and shaft couplings. RVDTs (Rotary Variable Differential Transformer), Rotary encoders, Servo potentiometers or even RVITs (Rotary variable inductance transducer).
Linear Measurement Sensors
They have many names, Linear Potentiometers, Linear Pots, Linear position sensors but in essence they are one of the most common forms of measuring device for linear position. They are incredibly simple to use relative to other devices, infinite resolution, output is proportional to stroke length and very robust. Not all Linear pots are the same. Ours have unique features to ensure long trouble free life in the most harsh of environments from motorsport to structural monitoring. From measuring linear position or displacement in a wide variety and broad range of manufacturing and process equipment. Options include 4-20mA output, front or rear facing cable exits, Ingress protection IP65/67, spring return versions, rod ends or pop flanges.
Current Transducers and Clamps
Current Transducers, or current sensors are a sensor that detects electric current in a wire. The current is converted into an electrical signal proportional to the current value. This section includes dedicated AC and DC current clamps, or combined AC & DC current measurements. Technologies include Zero Flux current transducers or Rogowski coil current transducers, but all are high performance, high accuracy. All sensors are isolated for high electrical safety rating. Sensors are available in configurable measurement range with power supplies and cabling also supplied. Applications include power measurement and analysis, motor, drive and generator testing.
NEX[DAQ]
NEX[DAQ] is the flexible “everyday tool” for all test and validation engineers and troubleshooters. Small, compact and very rugged: the 8-channel NEX[DAQ] with analog, universal inputs and a great price-performance ratio. When connected to the USB-C or Ethernet interface of any computer, the NEX[DAQ] becomes a powerful measurement system for analog, digital, counter and CAN-bus data acquisition. The included measurement software OXYGEN ensures easy and quick setup of the NEX[DAQ]. Just plug & play to start the gapless data recording. Customise the software according to your measurement tasks by defining different screens and views. OXYGEN offers many standard features such as FFT analysis, visualization, analysis & post-processing, triggers, events, math, calculation, creation of meaningful reports (e.g. as PDF) and advanced features such as order or power analysis, efficiency maps, swept sine analysis, etc. The NEX[DAQ] data acquisition system is distributable. If 8 channels are not enough, multiple NEX[DAQ] units can be daisy-chained to a multi-channel system at any time. A single cable is sufficient for data transfer and synchronization via Ethernet PTP/IEEE1588.
LVDTs
LVDT (Linear Variable Differential Transformer), is an absolute position/displacement transducer that will convert a position or linear displacement from a mechanical reference (zero, or null position) into a proportional electrical signal containing phase (for direction) and amplitude (for distance) information. The LVDT operation does not require an electrical contact between the moving part (probe or core assembly) and the coil assembly to work, but instead relies on electromagnetic coupling; this and the fact that LVDTs can operate without any built-in electronic circuitry are the primary reasons why they have been widely used in applications where long life and high-reliability equipment under very severe environmental conditions as required, such as in Military/Aerospace, process controls, automation, robotics, nuclear, chemical plants, hydraulics, power turbines, and many others. LVDT’s come in two different ranges, either DC or AC output. DC versions, in general, have integral electronics or there is limited need for complex signal conditioning or AC variants which will require signal conditioning. There are lots of object application-based uses for an LVDT device, as they are not electromechanical there are many good uses for many devices.
Precision Pressure Sensors
Welcome to our Precision Pressure Sensors page at Strainsense, where precision meets cutting-edge technology. Our diverse range of high-performance sensors caters to various industries, ensuring accuracy and reliability in the most demanding applications. Explore the segmented sections designed for your convenience, helping you effortlessly select the right product to suit your needs. If identification proves challenging, our general use section provides additional models for consideration. Our pressure transducers/transmitters are available in low volumes as required, with delivery times varying based on manufacturers and sensing technology complexities. While the industrial product range typically boasts a 3-4 week timeframe, urgent requirements can be addressed promptly by reaching out to our dedicated team. At Strainsense, we are committed to delivering not just sensors but reliable tools that enhance the efficiency and performance of your systems. Discover the perfect solution for your precision measurement needs, backed by quality, accuracy, and exceptional customer satisfaction.
Piezoelectric Pressure Sensors
Piezoelectric sensors contain crystal sensing elements which convert a mechanical or thermal input into an electrical signal, normally a charge output. Piezoelectric Pressure Transducers are used for measuring dynamic pressure or acoustics in extreme environments. They are often used for measuring dynamic pressures in Engine In-cylinder Combustion, Aero & Gas Turbines, Ballistics and even Plastic Injection moulding and Machine Control. Piezoelectric Pressure Sensors exhibit fast dynamic response, extreme ruggedness at high temperatures to 850 Degrees. Custom solutions are readily available including the full measurement chain of cable, connectors, insertion/extraction tools and signal conditioning amplifiers.
Submersible Level Transmitters
Submersible Level Transmitters are known by several names including Hydrostatic Level Sensor, Submersible Level Sensor, Submersible Pressure Transmitter or Submersible Level Probe. All are designed to accurately continuously measure the depth or level of liquid. The concept is very simple: Water has a specific gravity (SG) of 1 which equates to 100 mBar of pressure per metre of liquid level. The pressure is measured by the level transmitter which directly equates to the liquid level. A typical example would be 10 metres of liquid level equates to 1 bar of pressure. Other liquids such as Diesel have a different specific gravity of roughly 0.85 which means 10 metre level would be 0.85 bar pressure. There are many different applications, hence different designs that should be considered when selecting the right level transmitter. The main criteria is the sensor diameter, the depth to be measured, the output required such as 4-20 mA and the environment it will be fitted. Our selection includes slimline borehole transmitters, Hazardous area ATEX approved, Digital output SDI-12 & RS-485 Modbus level transmitter and high volume, low cost IoT solutions.
Industrial Cost-Effective Pressure Solutions
Introducing our industrial cost-effective pressure solutions, designed to provide accurate and reliable pressure measurements in a variety of industrial applications. Our sensors are engineered to deliver exceptional quality and performance, while remaining cost-effective for high volumes. We have combined some of the best manufacturers to ensure we can fulfil any requirement whether it be compressors, food, marine, off highway, heavy duty, ATEX approved (or even FM/CSA). With our industrial cost-effective pressure transmitters, you can expect reliable and accurate measurements of pressure, allowing you to monitor and control critical system parameters. Whether you need to measure pressure in a complex manufacturing process or ensure safety in a high-pressure system, our pressure transmitters are the perfect solution. Contact us today to learn more about our industrial cost-effective pressure solutions and how they can benefit your business.
Board Mount Pressure Sensors
A board mount or board mountable pressure sensor or pressure transducer is typically mounted onto a printed circuit board (PCB) and used to measure the pressure of gases or liquids. The media to be measured is transferred to the sensor via a small plastic tube or the pressure sensor needs to be in contact with the media to be measured such as a barometric air pressure sensor, air flow, pitot tube pressure Pressure sensors options include gauge, absolute or ultra low pressure differential pressure reference and usually from 2 inch of water column to a maximum of 300 PSI. The sensing technology used is Piezoresistive or MEMS (micro-electromechanical system) which is effectively a strain gauge whose resistance changes due to pressure variances. Pressure transducers are available with analogue or digital I2C or SPI interfaces.
Pressure Sensing Elements
Pressure sensing elements are sometimes referred to as oil filled capsules, piezoresistive pressure capsules or pressure transducer capsules. The sensing element consists of a convolute diaphragm and a small amount of oil to transfer the pressure applied on the diaphragm to the piezo resistive sensing element. The oil can be silicone, or food grade depending on liquid or gas to be measured. Due to their compact size, the pressure sensing elements can be embedded into meters or measuring instruments. There are several output options including mV, amplified or digital I2C or SPI. The digital output pressure sensing elements can have a dual output of temperature and pressure and low power options are available for battery powered applications. Custom solutions can be provided.
Signal Conditioners and Amplifiers
In electronics, signal conditioning means manipulating an analogue signal in such a way that it meets the requirements of the next stage for further processing. Most common use is in analogue-to-digital converters. A full range of signal conditioning option which includes amplifiers for all the sensor types, panel meters with integral sensor power supplies, and wireless products. All can be configured to provide a total system from sensor to the final signal required. Signal conditioning can be used to directly power the sensors and receive an input signal such as accelerometers, strain gages, temperature sensors with cold-junction compensation, however be sure to note the sampling rate required. Generally the signal conditioner provides a small voltage up to approximately 10 volts. Signal conditioning can be used as part of a data acquisition system to provide monitoring and control.
Torque Sensors
Here at StrainSense, we specialize in providing high-quality torque sensors for various applications. Torque sensors are essential in measuring and monitoring the twisting or rotational force applied to a rotating object, providing crucial data for a wide range of industries, including automotive, aerospace, manufacturing, and more. Our torque sensors are designed to deliver accurate and reliable measurements, allowing for precise control and monitoring of torque levels in various systems and processes. With our expertise in sensor technology, we offer a comprehensive range of torque sensors, including Contactless Rotary, Dynamic Rotary and Reaction. Whether you need to measure torque in a small-scale research project or monitor torque in a large-scale industrial application, our torque sensors provide the accuracy, durability, and performance you can rely on. Explore our range of torque sensors and contact us for expert advice and solutions tailored to your needs.
Power Analyzers
We have a choice of system types including benchtop and rackmount, to meet a range of installation and display needs. All system types include an integrated 8 channel current sensor power supply. Power analyzer systems have slots for TRION-POWER modules for high voltage and current measurement and other TRION modules for additional inputs including torque, speed, vibration, CAN. All chassis have onboard data storage and can display data in real time as well as replay data. USB, LAN, HDMI and RS-232 interfaces are standard. Test bed integration options include LAN interfaces as well as CAN, CAN-FD, EtherCAT for system automation.
SiMEMS Board Mounted Accelerometers
SiMEMS board mounted accelerometers offering tactical and/or navigation grade performance designed for inertial applications. All sensors feature a compact designed housing, hermetically sealed, built-in self test and low mass. The GA50 is a high-performance open loop analogue output sensor exhibiting a VRW (residual noise) from < 1.3 μg/√Hz , the GA100-GA400 are high-performance closed-loop (acceleration compensated) to provide enhanced bias sensitivity, scale factor linearity and reduced bias sensitivity to vibrations. All are ITAR free, development boards are available on request for performance verification.
News
Propulsion Test Rigs & Test Benches Market Vertical
Propulsion test rigs - used for evaluating engines, turbines, thrusters, and related propulsion components
Sensors for Vehicle Dynamics
Strainsense supply and manufacture a wide range of sensor solutions for monitoring a wide range of Vehicle Dynamic applications for safety, stability and performance.
Strainsense Launches the AS1 MEMS Triaxial Accelerometer
The AS1 MEMS Triaxial Accelerometer. Engineered for accuracy, durability, and versatility, the AS1 accelerometer is designed to meet the most demanding requirements in motion measurement, vibration monitoring, and structural health analysis.