Last Updated： Aggregation Period:Jan 21, 2026～Feb 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 21, 2026～Feb 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 21, 2026～Feb 17, 2026
This ranking is based on the number of page views on our site.
121～150 item / All 667 items
It is a low-cost, compact, and robust product.
The ASL pressure sensor is a low-cost, compact, and robust product. 【Main Features】 ○ Low-cost, compact, and robust ○ Measurement range: 1 to 400 bar ○ Adjustable screw size Usage examples: fuel, oil, gas, coolant, brakes, water, etc. *For more details, please contact us or download the catalog.
A pressure sensor with a robust design that pursues compactness, lightweight, high precision, and vibration resistance!
The "Pressure Sensor EPT3100" is a robustly designed sensor that pursues compactness, lightweight, high precision, and vibration resistance, featuring excellent environmental resistance and the ability to change shape and specifications. The pressure range is available from 0.6 to 4000 bar, and options for pressure type, output type, and mounting type can also be selected. Its main applications include motorsports, bench measurement, experiments, and development. 【Features】 ○ Robust design pursuing compactness, lightweight, high precision, and vibration resistance ○ Excellent environmental resistance ○ Ability to change shape and specifications ○ Product lineup → Pressure range: 0.6/1.0/1.6/2.5/2.5/4/6/10/16/25/40/60/ 100/160/250/400/600/1000/1600/2000/4000 (bar) → Options for pressure type, output type, and mounting type *For more details, please contact us or refer to the catalog.
This is a product with a robust design that pursues compactness, high temperature resistance, and vibration resistance.
The ASH pressure sensor is a robustly designed product that pursues compact size, high temperature resistance, and vibration resistance. 【Main Features】 ○ Compact and high precision ○ Measurement range: 0 to 400 bar ○ High temperature resistance up to 150℃ *For more details, please contact us or download the catalog.
Bias magnet built-in 360° rotation angle detection MR
This is an MR sensor for detecting a 360° rotation angle with a built-in bias magnet for potentiometer applications. 【Features】 - Non-contact detection of the rotation of a two-pole magnet. - A and B phase full bridge output. - Simultaneous output of sin and cos with one rotation of the magnet. - Detection of low magnetic fields (3-5 mT). - Compliant with RoHS directives. *For more details, please refer to [Contact Us] [Catalog Download].
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small production runs, as well as customization of characteristics and options like connectors. This allows our customers to reduce design costs during packaging and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we improve the linearity of the measured pressure. Our calibration function and temperature compensation ensure high precision and stable output across a wide temperature range. We use ASIC compensation technology to provide characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. High precision and stable output across a wide temperature range achieved through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to PCB mounting. 5. Built-in amplifier. 6. Compatible with micro pressure, low pressure, and medium pressure. Please feel free to contact us with your requirements.
Our company, as a distributor of Honeywell, will meet your needs.
Honeywell Pressure Sensor Trustability HSC Series High Precision ±1% Total Error Band Built-in amplifier with compensated analog output, enhanced output with ASIC Long-term stability Pressure range from 1 psi to 150 psi (60 mbar to 10 bar) Power supply 3.6 Vdc to 5.25 Vdc (maximum 6 Vdc) Compensation temperature 0° to 50° Operating temperature -20° to 85° Output 0.03% FSS Supports DIP, SIP, and SMT mounting options Compact package with various types of packages and ports available Liquid/liquid differential pressure and flow-through type port connection (20PC) Compliant with RoHS and WEEE directives
We can accommodate your requests regarding pressure, flow range, accuracy, size, output format, and connection methods.
This is the lineup of pressure, flow, and wind speed sensors from Sensormate, located in Lukang, Taiwan. Sensormate's board-mounted sensors can provide customized products for pressure, flow, and wind speed sensors according to customer requirements, in addition to the standard lineup. *It is also possible to adjust specifications based on the lineup. Since we handle everything from design to inspection in our own factory, we can offer low prices, short lead times, and small production runs, as well as customization of specifications and manufacturing of options like connectors. This allows customers to reduce design costs during packaging and avoid the hassle of sourcing other components. Please feel free to contact us with your requirements.
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short lead times, and small production runs, as well as customization of characteristics and options like connectors. This helps reduce design costs during your packaging process and eliminates the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we improve the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output over a wide temperature range. We use ASIC compensation technology for characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. Achieves high precision and stable output over a wide temperature range through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to PCB mounting. 5. Built-in amplifier. 6. Supports medium pressure. Please feel free to contact us with your requirements.
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small production runs, as well as customization of characteristics and options like connectors. This allows us to reduce design costs during packaging for our customers and eliminate the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we improve the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output over a wide temperature range. We use ASIC compensation technology for characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. High precision and stable output over a wide temperature range achieved through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to PCB mounting. 5. Built-in amplifier. 6. Compatible with medium pressure. Please feel free to contact us with your requirements.
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short delivery times, and small production runs, as well as customization of characteristics and options such as connectors. This helps reduce design costs during packaging and eliminates the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we improve the linearity of the measured pressure. The calibration function and temperature compensation enable high precision and stable output across a wide temperature range. We use ASIC compensation technology for characteristic compensation for each sensor. <Features> 1. Adoption of MEMS and stress concentration structures to improve the linearity of measured pressure. 2. High precision and stable output across a wide temperature range achieved through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to PCB mounting. 5. Built-in amplifier. 6. Compatible with micro pressure, low pressure, and medium pressure. Please feel free to contact us with your requirements.
We can accommodate your requests regarding pressure range, accuracy, size, output format, connection method, and more.
This is a pressure sensor from Sensormate, located in Lukang, Taiwan. Since we handle everything from design to inspection in our own factory, we can offer low prices, short lead times, and small production runs, as well as customization of characteristics and options such as connectors. This helps reduce design costs during customer packaging and eliminates the hassle of sourcing other components. By adopting MEMS and stress concentration structures, we have improved the linearity of the measured pressure. With calibration functions and temperature compensation, we achieve high precision and stable output over a wide temperature range. We use ASIC compensation technology for characteristic compensation for each sensor. <Features> 1. Improved measurement pressure linearity by adopting MEMS and stress concentration structures. 2. Achieves high precision and stable output over a wide temperature range through calibration functions and temperature compensation. 3. Characteristic compensation for each sensor using ASIC compensation technology. 4. Wide range of applications from equipment integration to board mounting. 5. Built-in amplifier. 6. Supports medium pressure. Please feel free to contact us with your requirements.
Ultra-micro volume pressure transducer
【Features】 ● Extremely small volume of only 4uL ● Internal structure is a complete flow-through ● Capable of pressure measurement within microchannels ● Significantly improves diffusion and replaceability within the pressure sensor ● Fitting structure allows direct piping to microchannels 【Specifications】 1. Rated pressure 40MPa 2. Temperature compensation range 0 to 45℃ 3. Allowable temperature range -10 to 60℃ 4. Wetted part material SUS316 5. Piping connection for 1/16 inch piping (capillary piping is also possible) (Uses M6 push screw, 1/16 inch ferrule) 6. Size 40(W) x 20(H) x 70(D) ★ Free demo rental ★ Even if you prefer a familiar data processing device, once you try our products, including the "pressure transducer," you will understand their simplicity and convenience. Please feel free to contact us through the "Inquiry" section.
Aerodynamics experimental apparatus
This is a small wind tunnel experimental device with a test section of 100x50mm. It has a very compact design, allowing for easy movement and storage when not in use. It can be used in a wide range of experiments in combination with auxiliary equipment for demonstrations in lectures, practical training in laboratories, and student research projects. The air discharged from the blower flows into the test section through the rear duct, upper chamber, honeycomb, and converging section. The wind speed is derived using Bernoulli's theorem from the pressure in the test section and chamber. This device comes with eight types of experimental setups available for separate purchase, ranging from AF11 to AF18, which can be easily attached to the AF10. Each experimental setup can be purchased individually, and we encourage you to consider configurations that meet your needs.
![Comprehensive Catalog of Various Sensors and Switches ≪Pressure, Vacuum, Hydraulic≫ [With Examples]](https://image.mono.ipros.com/public/product/image/78a/2000149265/IPROS1437512478727015961.jpg?w=280&h=280)
Right now!! We are giving away a comprehensive catalog of pressure, vacuum, and hydraulic sensors and switches for free.
As an expert in pressure and vacuum measurement and control, we are a dedicated manufacturer of pressure and vacuum control sensors and switches, with over half a century of achievements and accumulated experience and know-how. We also respond to special fittings and other requests with short lead times. 【Features】 ■ Planning, design, production, and improvement of our own unique production line ■ Consistent in-house production from component processing to shipping ■ Providing high-quality products to customers in a short lead time 【Main Target Industries】 - Train vehicles - Machine tools - Medical industry - Food industry, etc. * We are capable of accommodating all specifications regardless of the industry. We also have many special specifications available, so please consult with us. ◆ For those interested in our complete product lineup, please check [Download] ◆
No wiring required! Easy measurement of pressure monitoring with Bluetooth connection from now on.
Watchlog Bluetooth is a short-range wireless pressure measuring device compatible with Apple iOS, Android mobile devices, iPads, and Android tablets. The uniquely developed convenient free app allows users to create custom projects and customizable dashboards to display measurement values and log data. It can monitor up to 12 pressure sensors at once, with a maximum of 10 readings per second on one device or multiple devices, and can transmit data up to 90 meters with the latest devices. Applications include oil, water, air, and gas. The power supply consists of two AA batteries (battery life chart available in FAQ). The more advanced Watchlog Windows software enables more sophisticated monitoring and data logging capabilities.
We offer a wide variety of analog output types! Compatible with various alcoholic beverages, dairy drinks, seasonings, and more!
The "VHS Series" with direct cable output type S is a sanitary pressure sensor with a built-in amplifier that can measure positive pressure, differential pressure, and negative pressure. The surface of the pressure receiving part is finished with electrolytic composite polishing, resulting in a highly durable pressure receiving surface. We offer a wide variety of analog output types, including 4-20mA (2-wire and 4-wire), 1-5V, 0-5V, and 0-10V. 【Features】 ■ Highly durable pressure receiving surface ■ Safe and secure structure that does not use filling liquid ■ Surface of the pressure receiving part finished with electrolytic composite polishing ■ A wide variety of analog output types available [4-20mA (2-wire and 4-wire), 1-5V, 0-5V, 0-10V] *For quotation requests, we kindly ask you to check the PDF catalog and select the model. Please feel free to contact us for more details.
Economy type that achieves short delivery times and low prices! The sensor part features a diaphragm-integrated structure made by cutting processing.
We would like to introduce our economy-type pressure sensor for medium to high pressure, the 'VPRQ(F) series'. The sensor part features a diaphragm-integrated structure made through machining, making it robust and long-lasting. The pressure inlet is wide at φ9.5, designed to minimize the accumulation of sludge and liquid. 【Features】 ■ Economy type for medium to high pressure ■ Robust and long-lasting ■ Wide pressure inlet at φ9.5 ■ Structure that minimizes liquid accumulation *For more details, please refer to the PDF document or feel free to contact us.
The ignition degree and explosion class of the target gas and vapor are II CT3! Introducing sensors with intrinsic safety explosion-proof structure.
We handle pressure sensors certified for "Intrinsic Safety Explosion Protection." The ignition degree and explosion grade for the target gas or vapor is II CT3. Recommended barriers include "MTL7787+" and "MTL5541," as well as "MTL5541 + MTL661." Please feel free to contact us when you need assistance. 【Specifications (partial)】 ■ Type of explosion-proof structure: Intrinsic safety explosion-proof structure (ia) ■ Ignition degree and explosion grade for target gas or vapor: II CT3 ■ Ratings - Circuit: Allowable voltage 28V, allowable current 93mA, allowable power 0.65W - Internal inductance: 0.021mH - Internal capacitance: 0.061μF *For more details, please refer to the PDF document or feel free to contact us.
The maximum allowable pressure is 400 kPa! Introducing the pressure sensors for high vacuum that we handle.
The "VCCP Series" is a built-in amplifier pressure sensor capable of measuring in a vacuum environment. Calibration ranges can be selected from 1500Pa (abs), 5kPa (abs), and 10kPa (abs). The maximum allowable pressure is 400kPa, with the connection screw part made of SUS316L, the sensing part made of alumina ceramic, and the case made of SUS304. 【Measurement Overview】 ■ Measurement media: Fluids that do not corrode ceramic + SUS316L + O-ring, such as water, oil, and gas ■ Measurement type: Capable of measuring absolute pressure ■ Measurement range: Calibration ranges can be selected from 1500Pa (abs), 5kPa (abs), and 10kPa (abs) ■ Output type: Can be specified as 4–20mA (4-wire) or 1–5V *For more details, please refer to the PDF document or feel free to contact us.
Measurement under positive pressure is possible! Introducing a pressure sensor with a calibration range of 0 to 0.9 MPa!
The "VPE Series" is a pressure sensor specifically designed for screw-type filling machines. It can handle everything from chemical cleaning and steam sterilization to filling beverages. It features a safe and secure structure that does not use encapsulated liquids, with a high-strength pressure receiving surface. Since this product requires specification discussions, please contact our sales offices. 【Features】 ■ Compatible with chemical cleaning, steam sterilization, and beverage filling ■ High-strength pressure receiving surface ■ Safe and secure structure that does not use encapsulated liquids ■ Capable of measurement under positive pressure ■ Output type: 5.6 to 20mA (2-wire) *For more details, please refer to the PDF document or feel free to contact us.
Can be used in harsh environments such as high-temperature operations! A product with high precision and stability in a super low pressure range.
We would like to introduce the high-precision 'MEMS Pressure Sensors (BPS)' released by Bourns. The "BPS110" and "BPS120" are products that offer high accuracy and stability in ultra-low pressure ranges. They are temperature compensated from 0°C to 60°C and calibrated to achieve excellent characteristics. The "BPS130" can be used in harsh environments with a wide operating temperature range and high precision at high temperatures. It is compatible with water, oil, and fuel, achieving long life and stable performance. For quotes and sample requests, please contact our authorized distributor, Seiwa. 【Features】 <BPS110/BPS120> ■ 1.5% FS Total Error Band (TEB) ■ Supports digital output and analog output <BPS130> ■ 2.5% FS Total Error Band (TEB) ■ Temperature compensation across the entire operating range ■ Supports analog output *For more details, please refer to the PDF document or feel free to contact us.
You can easily measure the pressure inside the container or along the flow path.
Micro-volume types with an internal capacity of 4μl or less have also been added.
The internal volume is extremely small! A sensor with absolutely no internal contamination.
The "L.TEX8150 model" is a micro-capacity pressure sensor that has no issues with internal contamination at all. There is no longer a need for contradictions such as using a pressure sensor with an internal volume of 100μl for a pump with a flow rate of a few μl/min. Additionally, for those who desire even smaller capacities, variations such as the 1.6μl internal volume model, device-integrated type, and display unit set type are also available. 【Features】 ○ Extremely small internal volume of 4μl ○ Sensing part that is almost the same diameter as the connecting piping ○ Maximum operating pressure: 40MPa For more details, please contact us or download the catalog.
Pressure sensor model PX4200-I 4-20 mA output Silicon on Sapphire (SOS)
The PX4200 series pressure sensor (current output) is made with a Silicon On Sapphire (SOS) sensor. The SOS structure uses a highly stable solid-state silicon strain gauge on a sapphire carrier, which is a glass bonded to a titanium diaphragm. Due to this combination, it is a highly durable pressure sensor with excellent stability and corrosion resistance over a wide temperature range. The loop-powered 3½ digit (-1999 to 1999) plug-on monitor allows for local display and a 60mA capable open collector set point.
The technology of pressure sensors is applied in critical medical applications such as the regulation of drug dosage and oxygen concentration.
Amphenol offers NOVA Sensor products, a pioneer in pressure sensing and MEMS technology microfabrication process design, as well as All Sensor products that provide pressure sensors for ventilators and respiratory devices widely used in intensive care units.
No more worrying about thresholds! IoT predictive maintenance with remote condition monitoring sensors for rotating equipment | Cloud-based monitoring service
ABB Ability Smart Sensor enables advanced condition monitoring of rotating equipment and optimal maintenance planning. It is a battery-operated IoT wireless sensor equipped with vibration, surface temperature, magnetic flux (changes in magnetic flux density of the motor stator), and ultrasonic sensors. By installing just one on the surface of rotating machines like motors, it measures parameters to analyze health and performance, contributing to risk reduction in operations. The time of maintenance personnel is limited. Transform traditional time-based maintenance activities to create an environment where they can focus on important tasks! 【Features】 - Achieves cost reduction through cloud utilization - Compliant with domestic explosion-proof standards - Easy installation with smart technology - Intuitive interface 【Customer Benefits】 - No more worrying about thresholds - Early detection of equipment anomalies to reduce downtime - Realizes condition-based maintenance to cut costs - Optimization of processes to reduce operational and energy costs - Improved safety for workers through remote monitoring - Usable for various rotating machinery regardless of manufacturer
Easy! Just stick it! FBG pressure sensor
It was developed with the aim of measuring the fluctuating pressure on the surface of an object at multiple points. Up to 19 sensors (customizable to a maximum of 38 points) can be configured on a single fiber. This can be used for tank tests of ship models and floating bodies, wind tunnel tests for automobiles, and dynamic (unsteady) pressure fluctuation measurements during actual driving, among other applications.
An ultra-high sensitivity micro-pressure sensor capable of detecting minute pressure changes in air and gas that were previously undetectable.
The air pressure sensor FKS-111 can detect minute pressure changes in air and gas that were not detectable by conventional methods with high sensitivity. The detection range allows a single sensor to capture a wide range of pressure changes, from minute pressure changes of 1 Pa to significant pressure changes of around 100 kPa. It can also detect small pressure changes within high-pressure containers. Unlike traditional pressure sensors that use mechanical, diaphragm, or semiconductor methods, this sensor employs an entirely new detection method. When a pressure change occurs, there is a slight temperature change in the surrounding air or gas. By capturing this temperature change, the sensor detects the pressure change. It detects low-frequency pressure changes (0.5 Hz to 10 Hz), so it does not respond to sound or vibration. This sensor detects changes in pressure rather than absolute pressure values. Therefore, it reacts when there is a pressure change and stops reacting when the pressure change ceases. It has a built-in FET for impedance conversion, allowing the amount of pressure change to be output as a voltage. Compared to conventional diaphragm types, it is inexpensive and highly sensitive, and since it uses ceramics for the sensing element, it does not break under excessive pressure.
With a durability ratio of 30 times stronger, the fluctuation range of the operating guideline will be approximately 1/6.
This product enables accurate measurements despite the challenges posed by intense vibrations and pressure measurements under pulsation, which typically result in a short product lifespan and large amplitude of the pointer. By filling the internal mechanism with a glycerin solution, accurate measurements have become possible. 【Features】 ○ Pressure gauge used: 100φ×10MPa, reference pressure 5MPa Pulsation ±0.5MPa, frequency 1200/min, amplitude ±0.7mm ○ General type: Pointer rises 5° in approximately 70 hours ○ Glycerin-filled type: Pointer rises 5° in 2200 hours For more details, please contact us or download the catalog.
