Pressure sensors- piezoresistive - Import export

The pressure transducers of the 8L series have a compact, robust housing made of stainless steel, giving them excellent long-term stability for a range of OEM applications. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The pressure transducers of the 6L series have a small and compact design, making them ideally suited to OEM applications with limited installation space. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The pressure transducers of the 3L series have a small and compact design, making them ideally suited to OEM applications with limited installation space. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The pressure transducers of the 4L series are piezoresistive pressure sensors, isolated encapsulated in oil-filled metal housings. The flush separating membrane is laser welded without gaps. Each pressure transducer is measured via pressure and temperature and delivered with a detailed calibration sheet.

The high-pressure transducers of the 7LHPTi series have a robust housing made of titanium, giving them optimum long-term stability for a range of OEM applications. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The high-pressure transducers of the 10LHP series have a robust housing made of stainless steel, giving them optimum long-term stability for a range of OEM applications. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The high-pressure transducers of the 7LHPI series have a robust housing made of Inconel, giving them optimum long-term stability for a range of OEM applications. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The high-pressure transducers of the 7LHP series have a robust housing made of stainless steel, giving them optimum long-term stability for a range of OEM applications. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The high-pressure transducers of the 6LHP series have a robust housing made of stainless steel, giving them optimum long-term stability for a range of OEM applications. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The pressure transducers of the 7L series have a compact, robust housing made of stainless steel, giving them excellent long-term stability for a range of OEM applications. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The pressure transducers of the 9FL series have a compact, robust housing made of stainless steel, giving them outstanding long-term stability for a range of OEM applications. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. The additional flange on the housing means that it can be welded to another housing, or an axial seal can be used. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The pressure transducers of the 9L series have a compact, robust housing made of stainless steel, giving them outstanding long-term stability for a range of OEM applications. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The pressure transducers of the 10L series have a robust housing made of stainless steel, giving them optimum long-term stability for a range of OEM applications. The metal diaphragm is welded on front-flush and gap-free, separating off the piezoresistive pressure sensor, which is made of silicon, from the measuring medium. Every pressure transducer is measured over the entire pressure and temperature profile and is supplied with a detailed calibration sheet.

The DMD 331 is a differential pressure transmitter for industrial applications and is based on a piezoresistive stainless steel sensor, which can be pressurized on both sides with fluids or gases compatible with SST 1.4404 and 1.4435. The compact design allows an integration of the DMD 331 in machines and applications with limited space. The DMD 331 calculates the difference between the pressure on the positive and the negative side and converts it into a proportional electrical signal. Features: — differential pressure 0 ... 20 mbar up to 0 ... 16 bar — accuracy: 0.5 % FSO — 2 piezoresistive stainless steel sensors — differential pressure wet / wet — permissible static pressure -one sided- up to 30 times of differential pressure range — compact design — mechanical robust and relieable at dynamic pressures as well as shock and vibration

Features: — differential pressure 0 ... 6 mbar up to 0 ... 1.000 mbar — accuracy: 1 % FSO — piezoresistive pressure sensor

The DS 233 is a differential pressure switch with digital display for non-aggressive gases and compressed air. Because of its compact and robust aluminium housing it is particularly suited for machine and plant engineering. Basic element of the DS 233 is a piezoresistive silicon pressure sensor, which features high accuracy and excellent long term stability. As standard the DS 233 offers a PNP contact and a rotatable display module with 4-digit LED display for representing the differential pressure. Optional up to 2 freely configurable contacts are available. Features: — nominal pressure: 0 ... 6 mbar up to 0 ... 1000 mbar — accuracy: 0.35 % FSO — aluminium housing — rotatable and configurable display module — 4-digit LED display — suited for non-aggressive gases and compressed air Optional Features: — 1 / 2 PNP contacts — customer specific versions

The P-Log3021-MMC was specifically developed for applications demanding an increased memory capacity and high sampling rates. The measurement of the water level is carried out based on a piezoresistive pressure sensor and the measurement of the temperature is achieved by a high-precision measuring resistor. Its exceptionally high resolution and accuracy allow for water level and wave movements to be measured accurately to the very last millimetre.

The Deltabar PMD75 differential pressure transmitter with with piezoresistive sensor and welded metallic membrane is used in all industries for continuous measurement in liquids, vapors and gases. The 3-key operation enables simple and reliable commissioning and operation. The integrated HistoROM data module allows easy management of process and device parameters. Designed according to IEC 61508 for use in SIL2/3 safety applications.

The differential pressure transmitters of the PD-39X series measure the pressure difference indirectly using two absolute pressure sensors. The dual-sensor design with numerical differential formation also outputs the line pressure values via the digital RS485 interface and guarantees a high overload resistance. The additional analog current or voltage output is primarily used to output the differential pressure range, which is freely rangeable within the line pressure range.

Model number 8201 precision pressure sensors are robust, economical, and are available in standard measuring ranges. Their good technical specification and high reliability make them optimum for measuring pressure in all fields of machine construction, process technology, as well as in measurement and control technology. The pressure transducers are easy to handle and immune to shock loads and vibrations as they are designed without moving parts. All pressure transducers without an internal amplifier have a standardized output signal of 1.0 mV/V. This enables the user to change a transducer in a measuring chain as liked without following readjustment of the electronic. Customized designs are available on request. Aeras of application are: —Hydraulic or pneumatic machines —Mechanical engineering —Plant control and monitoring The measuring element of the precision pressure transducer consists of a diaphragm.

The sensor model 8228 with its measuring accuracy of 0.05% F.S. (for the measuring ranges ≤ 1 bar, the measuring accuracy is 0.1% F.S.) ideally suited as a reference sensor. The compact dimensions, the robust housing and the industrial-grade output signal result in a very wide range of applications. All components in contact with media are made of stainless steel. An integrated measuring amplifier converts the measuring signals directly into interference-free voltage signals or current signals that can be transmitted over long distances. With the „gage“ measurement type, the pressure measurement is carried out against the ambient pressure, the sensor has a bore that is protected against ambient influences to compensate for the ambient pressure. With the „Absolute“ measurement type, the applied pressure is measured against an enclosed vacuum; this measurement type is available from the measuring range 0 ... 250 mbar. The electrical connection is made via an M12 x 1 connector.

High-precision pressure sensors from the 8201 series provide exact measurements while exhibiting very little sensitivity to mechanical stresses. Their application therefore goes well beyond research and development laboratories. They are also outstandingly suited to industrial use in quality assurance or for measurement and control tasks in production. Their robust mechanical and electrical construction guarantees good long-term stability and high reliability, while being resistant to aggressive media – which can be measured in liquid or gaseous states. The structure of the sensors includes no mechanical moving parts, which is why they show so little sensitivity to impact and vibration. The pressure sensors can be configured with options to suit the user. Standard types are available ex-stock, and customized customer versions can also be provided. Aeras of application are: —Research and developmemt —Test rigs —Mechanical engineering —Plant control and monitoring

The FingerTPS is a set of wearable finger sensors that enable you to measure grip, touch, and other hand forces. A more affordable alternative to the TactileGlove, this easy-to-use system captures high-quality data in a natural and organic form-factor. **Finger selection can be customised to specification** Features: Design or research with accurate, sensitive and repeatable data even for complex finger geometry. Comfortable and minimally-intrusive system allows for full range of motion and ensures natural hand manipulation research. Plug and play—no configuration needed. Just place on the hand, calibrate the sensors and Chameleon auto-detects your hand configuration. Compact wireless Bluetooth electronics provides simple and easy to use set-up, with minimal wires. Connect two wrist assemblies at the same time for two handed operations.

The CTA TactileHead is a width adjustable pressure measurement and mapping system for quantifying pressures exerted by headphones, earmuffs, headbands, and more on various head sizes. A high-resolution Conformable TactArray sensor is molded onto the curved area around the ear of the mannequin head, while another high-resolution TactArray sensor is mounted to a flat plate on the other side of the head to provide a controlled comparison. Chameleon, our real-time visualization and acquisition software, is then used to display pressures from both sensors simultaneously and to perform real-time analysis for evaluating comfort and fit.

The PPS Aerostrip provides a simple and convenient replacement for traditional pressure tapping or pressure-sensitive paint. It is a low profile, rapidly deployable air pressure sensing strip for aerodynamic measurement and surface optimization for motorsport and aerospace applications. The AeroStrip consists of an extremely thin strip of sensors that can be applied, and reapplied, non-destructively to test surfaces for pressure measurement due to reusable masked adhesive backing. It has comparable accuracy to pressure tapping in subsonic flow, but with a tiny fraction of the setup time and cost. With Aerostrip, you can quickly take non-destructive outside pressure measurements from control surfaces, live or in a wind tunnel, enabling faster turnaround and optimization of aerodynamic components.

The TactileMat is a rigid and robust pressure sensing pad that is of the largest, high-resolution pressure mapping sensors on the market. The use of a large area sensor like the TactileMat allows you to capture dynamic pressure over a larger area without the dead zones typically associated with trying to use multiple smaller sensors side-by-side. This is one of the largest pressure mats on the market. Key Features Large pressure mapping surface area (220 mm x 450 mm) Rigid, robust, and can be built in various full scale ranges (FSR) up to 188 psi FSR Waterproof IP53+ (Can be special ordered to higher water-proofing upon request) Slim construction (7.69 mm) with a non-slip base Array Size = 44 x 90, element size = 5 mm x 5 mm

We have been an innovator and partner to numerous successful medical projects over the past 20 years. Our patented technology enables new possibilities in the medical space, and our team has the experience and expertise to effectively integrate tactile sensing for breakthroughs in medical advancement. Whether you are looking to simply integrating our sensors for data capture, or looking for an agile, knowledgeable partner to take you from concept to creation, we’re here to help. Examples: PULSE DEVELOPMENT KIT - Measure and analyze pulse waveforms SURETOUCH - An FDA approved, radiation-free, breast lesion detection system MANOSCAN - A high-resolution esophagus catheter WRIST-AID - A non-invasive carpal-tunnel-syndrome treatment device

A sensitive, waterproof capacitive tactile sensor array designed to capture instantaneous and actionable spray pattern and spray pressure data generated by sprayed fluids or gases. Capture spray distribution and impact pressure and accurately identify the location and pattern where sprayed fluid or gases land. Available in two application variants, Spray Pressure or Spray Pattern, and optimal for use in situations where spray pressures are infinitesimally small.

The Stretchable TactArray is a flexible pressure sensor pad engineered from a soft and conductive silver-metalized Spandex. The Stretchable TactArray can stretch up to 10% and be folded in multiple directions while still maintaining high data quality. This sensor is approximately 3-7 mm thick and is best suited for dynamic curvature applications such as seats, horseback saddles and other applications where sensor thickness is not an issue. Key Features Stretch this sensor up to 10% while maintaining accurate data Can be used on objects with dynamic, multi-directional curvature (e.g., heads, spheres, computer mouse) Ideal for applications where the sensor will be flexed or deformed through use, such as seat cushions, mattresses, or clothing Capture high quality pressure data between pressures of 5 psi to 50 psi and within temperature ranges of –20° to 50°C Comes standard with Chameleon Visualization Software, and is available in many sizes and configurations