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Pressure Sensors Product List and Ranking from 34 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Aug 12, 2026～Sep 08, 2026
This ranking is based on the number of page views on our site.

Pressure Sensors Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 12, 2026～Sep 08, 2026
This ranking is based on the number of page views on our site.

  1. Fujikura Electronic Components and Connectors Division Tokyo//Ferrous/Non-ferrous metals
  2. KELLER Pressure Japan 日本支社 Tokyo//Machine elements and parts
  3. null/null
  4. 4 Kistler Japan G.K. Head office Kanagawa//Testing, Analysis and Measurement
  5. 5 アイテクソリューション Tokyo//Industrial Electrical Equipment
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Pressure Sensors Product ranking

Last Updated： Aggregation Period:Aug 12, 2026～Sep 08, 2026
This ranking is based on the number of page views on our site.

  1. Keller Company Pressure Sensor Series 21Y KELLER Pressure Japan 日本支社
  2. Keller Company Pressure Sensor Series 23SX KELLER Pressure Japan 日本支社
  3. FGM Series Fujikura Electronic Components and Connectors Division
  4. Accuracy of Pressure Sensors | What Are the 3 Errors to Watch Out For? [Video Introduction]
  5. 4 Pressure Sensor "HP Series" サーパス工業 本社

Pressure Sensors Product List

151～178 item / All 178 items

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Pressure sensor "Flexiforce [100lbs]"

Pressure sensor "Flexiforce [100lbs]"

Supports 0 to 100 pounds in the range of megaohms! For presence sensors, weight sensors, etc.

The "Flexiforce [100lbs]" is a piezo pressure sensor. The harder you press, the lower the sensor's resistance becomes. By pressing harder, the resistance changes from infinite to about 300k. The sensor itself is thin and flexible, but its resistance does not change when bent. The resistance only changes when pressure is applied to the round area at the end of the sensor. 【Specifications】 ■ Response time: <5 ms ■ Detection range: 0-100lbs (440 N) ■ Connector: 3-pin male square pin ■ Sensing area diameter: 9.53mm (0.38 inches) ■ Maximum operating current: 2.5mA ■ Size: 216x14mm (8.5x0.55") *For more details, please refer to the external link page or feel free to contact us.

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Evaluating Engine Performance - Pressure Sensors for Engine Test Benches

Evaluating Engine Performance - Pressure Sensors for Engine Test Benches

Pressure measurement under severe conditions

FPT Motorenforschung AG is headquartered in Albon, Switzerland, and develops engines for vehicles and machinery in the powertrain division of CNH Industrial. Approximately 220 staff members are on-site developing new FPT products for commercial vehicles, construction machinery, agricultural machinery, industrial applications, and marine use, with engines being tested on a total of 30 test benches. To measure engine efficiency, FPT Motorenforschung uses tools such as the M5 series pressure sensors from KELLER, a specialist in pressure sensors based in Switzerland. "The engines we develop and test in the factory meet the most stringent quality requirements in terms of materials, emissions, and efficiency. This means that when inspecting engines on the test bench, we must consider all variables that affect engine performance. Therefore, precise measuring instruments are required to obtain accurate and reliable measurements even under special conditions inside the engine," said the head of the Testing Engineering/Electronic Measurement Department at FPT Motorenforschung AG. For more information, please see the related links below.

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Airbus and Boeing aircraft use Keller pressure sensors!

Airbus and Boeing aircraft use Keller pressure sensors!

I am confident in my reliability.

KELLER has been supplying pressure sensors to various aircraft sectors since 1997. - Pressure control in the cabin - Hydraulic distributors and filters - Valve control - Fuel pumps - Refueling systems - Air conditioning systems - Ventilation - Emergency oxygen supply to pilots Approximately 40,000 KELLER sensors are in operation in the sky, with about 30,000 used for cabin pressure control. Accurate control of cabin pressure contributes to comfort, especially during takeoff and landing. Currently, all Airbus models and Boeing's 787 (Dreamliner) utilize KELLER's pressure measurement technology. Their reliability has also been proven. For example, cabin pressure sensors require 200,000 to 400,000 hours of error-free operation, and one of our major customers confirmed over 1 million hours of MTBF during a year of observation. In addition to the detailed explanation above, you can also enjoy the following in the "Related Materials": 1. How safe is air travel now? 2. Where are the 10 types of KELLER pressure sensors used? 3. Delving into the secrets of the Airbus A380, Airbus A400M, and Boeing 787 (Dreamliner).

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Challenges of Hydrogen

Challenges of Hydrogen

Measurement solutions for the energy revolution.

Hydrogen is at the center of energy conversion, bringing unique possibilities for the decarbonization of industries and the transformation of energy consumption. Hydrogen is considered an environmentally friendly fuel because it does not release harmful exhaust gases such as CO₂, nitrogen oxides, or particulate matter when used for energy generation. However, hydrogen gas, which is regarded as one of the pillars of the future of energy, faces significant technical challenges in terms of storage, transportation, and measurement. How are KELLER's pressure sensors designed to meet these requirements? KELLER's hydrogen market specialist will answer that! (The article can be found through the related link below) 1. What is hydrogen? 2. Hydrogen as a fuel 3. Storage and transportation of hydrogen Comparison of hydrogen consumption and drum capacity, gaseous hydrogen, liquid hydrogen, and other methods 4. Challenges in pressure transmitters and hydrogen measurement Hydrogen embrittlement, permeation, leakage, ATEX certification, and intrinsic safety explosion protection 5. Introduction to pressure sensors for hydrogen KELLER's pressure sensors for hydrogen are products that meet stringent safety and performance standards, addressing various needs across the entire hydrogen supply chain, including refining, green ammonia production, metallurgy, storage, transportation, and electrolysis!

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Sudden and instantaneous pressure increase in a closed system.

Sudden and instantaneous pressure increase in a closed system.

Underestimated dangers and how to avoid them

Pressure peaks in closed systems can cause significant damage and are complex phenomena. But what exactly is a pressure peak? How does it occur, and how can we protect the system from pressure peaks? We will explain the role of precise measurements in ensuring the safety and efficiency of pressure systems. 1. What is a pressure peak and why does it occur? The physical principles behind the phenomenon are Newton's three laws of motion and Bernoulli's principle. What causes water hammer and cavitation, and what are their effects? 2. Preventive measures Using simulations, protective components such as pressure dampers, pressure reducers, and check valves, as well as pressure sensors. 3. Why are pressure sensors necessary to protect the system from pressure peaks? Continuous monitoring with sensors allows for real-time recording of pressure peaks and can trigger automatic responses such as valve opening and closing. In the event of a failure of system components or protective parts, it can not only be directly detected but also prevented. Alarms can be automatically sent to responsible personnel via email, IoT, cloud, etc., in case of anomalies. For more details, please refer to the related links below!

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Measurement of groundwater using pressure sensors and remote data transmission.

Measurement of groundwater using pressure sensors and remote data transmission.

Keller's water level gauge plays an important role in monitoring groundwater and surface water in the Netherlands!

In the Netherlands, rivers, canals, and lakes account for about 11% of the land, and due to the prevalence of low-lying areas below sea level, continuous management of groundwater and surface water is essential. As a result, groundwater levels are monitored through numerous observation wells installed nationwide. Acoustic level gauges were once the mainstream, but now electronic level gauges equipped with KELLER's proprietary piezoresistive pressure sensors are widely used. These gauges utilize the principle of measuring pressure and converting it to water depth, achieving high-precision water level measurements. Furthermore, water level data loggers like the DCX-22AA automatically record water levels and temperatures, providing high reliability through barometric pressure correction features. In recent years, these systems have evolved into remote monitoring systems that combine communication modules and cloud technology, enabling data visualization, alarm notifications, and automated data utilization. Currently, thousands of KELLER systems support groundwater and surface water monitoring in the Netherlands.

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【Measurement：MS5201-BN】

【Measurement：MS5201-BN】

【Support for Electronic Component Procurement】 We support the urgent procurement of discontinued (EOL) and hard-to-obtain electronic components and semiconductors! We have established a thorough inspection system.

Are you looking for this model number product? ■Manufacturer: Measurement ■Model number: MS5201-BN Owen Corporation swiftly procures electronic components that have become difficult to obtain due to production discontinuation or delivery issues from a global network. We will issue a quotation, so you can confirm the details before placing an order, giving you peace of mind. Our veteran inspectors, who have monitored market distribution inventory for over 20 years, conduct inspections and only ship products that pass. All deliveries include an inspection report. 【Our Inspection System】 ■X-ray Inspection Non-destructive testing to check internal structures and detect counterfeit or inferior products. ■Microscope Carefully checks for lead bending and any discrepancies in printed fonts. ■Digital Caliper Measures dimensions to 0.01mm precision to detect cleverly crafted counterfeits. ■Curve Tracer Displays the voltage and current characteristic waveforms between terminals on the screen to detect defective products. ★Please visit our website from the link below. ★You can view our company brochure from the download button below. ▼For other model numbers you can inquire about, please refer to the lineup below.

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【SMC：JKS3121-0104】

【SMC：JKS3121-0104】

【Support for Electronic Component Procurement】We support the urgent procurement of discontinued products (EOL products) and hard-to-obtain electronic components and semiconductors! We have established a thorough inspection system.

Are you looking for this model number product? ■Manufacturer: SMC ■Model number: JKS3121-0104 Owen Co., Ltd. quickly procures electronic components that have become difficult to obtain due to production discontinuation or delivery issues from a global network. We will definitely issue a quotation, so you can confirm the details before placing an order, giving you peace of mind. A veteran inspector who has monitored market distribution inventory for over 20 years conducts inspections, and only products that pass are shipped. All delivered items come with an inspection report. 【Our Inspection System】 ■X-ray Inspection Non-destructive testing to check internal structures and detect counterfeit or inferior products. ■Microscope Carefully checks for lead bending and any discrepancies in printed fonts. ■Digital Caliper Measures dimensions to the hundredth of a millimeter to detect cleverly crafted counterfeits. ■Curve Tracer Displays the voltage and current characteristic waveforms between terminals on the screen to detect defective products. ★Please visit our website from the link below. ★You can view our company brochure from the download button below. ▼For other model numbers you can inquire about, please refer to the lineup below.

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AG3 Series

AG3 Series

We support various pressure ranges. The AG3 series features analog output and SMD shape.

The AG3 series consists of a silicon piezo-resistive pressure sensor and a signal processing IC. The weak signals from the pressure sensor chip are amplified and temperature-compensated by the signal processing IC, converting them into an analog output proportional to the pressure. The AG3 series is designed to avoid using A/D and D/A converters, resulting in low-noise output. It also features a pressure switch function with any input voltage as the threshold. The type of pressure that can be measured is gauge pressure. 【Features】 ■ Amplified and temperature-compensated analog output ■ Non-digital correction ■ Pressure switch function included ■ Overall accuracy ±1.5 %FS ■ Compatible with supply voltages of 3.0, 3.3, and 5.0 Vdc ■ Power consumption Max 6 mA @ 5.0 Vdc ■ Operating temperature -40 to 105℃ ■ Temperature compensation range 0 to 60℃ ■ Compatible terminal arrangement and shape with the integrated sensor XFGM series ■ Custom specifications available *For more details, please refer to the PDF materials or feel free to contact us.

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AP4 Series (Digital Output)

AP4 Series (Digital Output)

We support various pressure ranges. The AP4 series features digital output and DIP terminals.

The AP4 series (digital output) consists of a silicon piezo-resistive pressure sensor and a signal processing IC. The weak signals from the pressure sensor chip are amplified and temperature-compensated by the signal processing IC, converting them into a digital output proportional to the pressure. The type of pressure that can be measured is gauge pressure. 【Features】 ■ Amplified and temperature-compensated digital output (I2CTM) ■ Overall accuracy ±1.5 %FS ■ Compatible with supply voltages of 3.0, 3.3, and 5.0 Vdc ■ Low power consumption Max 3.5 mA @ 3.3 Vdc ■ Wide operating temperature -40 to 125℃ ■ Wide temperature compensation range 0 to 85℃ ■ Shape compatible with integrated sensor XFPM series ■ Custom specifications available I2C is a trademark of NXP Semiconductors. *For more details, please refer to the PDF document or feel free to contact us.

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AG4 Series (Digital Output)

AG4 Series (Digital Output)

We support various pressure ranges. The AG4 series features digital output and SMD shape.

The AG4 series (digital output) consists of a silicon piezo-resistive pressure sensor and a signal processing IC. The weak signals from the pressure sensor chip are amplified and temperature compensated by the signal processing IC, converting them into a digital output proportional to the pressure. The type of pressure that can be measured is gauge pressure. 【Features】 ■ Amplified and temperature-compensated digital output (I2CTM) ■ Overall accuracy ±1.5 %FS ■ Supports supply voltages of 3.0, 3.3, and 5.0 Vdc ■ Low power consumption Max 3.5 mA @ 3.3 Vdc ■ Wide operating temperature -40 to 125℃ ■ Wide temperature compensation range 0 to 85℃ ■ Shape compatible with integrated sensor XFGM series ■ Custom specifications available I2C is a trademark of NXP Semiconductors. *For more details, please refer to the PDF document or feel free to contact us.

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High-Temperature Pressure Transducers "PA-930 Series"

High-Temperature Pressure Transducers "PA-930 Series"

High-temperature pressure transducer

● The liquid connection part can be used continuously at 150 °C. ● Achieves a compact and lightweight design without heat dissipation fins due to a unique thermal insulation structure. ● Excellent corrosion resistance with joints (SUS316L) and sensor parts (nickel-based corrosion-resistant alloy).

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Pressure sensor for automobiles (for railway use)

Pressure sensor for automobiles (for railway use)

Emergency stop system for railway vehicles. High-precision pressure sensor.

In the railway industry, emergency stop systems are essential for ensuring passenger safety. The accurate operation of the braking system during an emergency stop is directly linked to accident avoidance. Failures or malfunctions of pressure sensors can lead to a decrease in braking performance, potentially resulting in serious accidents. Our automotive pressure sensors are used in braking systems and are suitable for applications that require high reliability and precision. 【Usage Scenarios】 - Emergency stop systems for railway vehicles - Pressure monitoring in braking systems 【Benefits of Implementation】 - Improved braking performance during emergency stops - Enhanced system reliability - Increased safety

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Pressure sensor for automotive use for aircraft

Pressure sensor for automotive use for aircraft

For aircraft hydraulic control. Also high-precision models.

In the aviation industry's hydraulic control systems, safety and reliability are the top priorities. Accurate pressure measurement in hydraulic systems is essential for ensuring flight stability and maneuverability, and high-precision pressure sensors are required to detect system anomalies early and prevent accidents. Our pressure sensors, which utilize Kulite's Leadless technology, are resistant to vibration and demonstrate high reliability even in the harsh environments of aircraft. We also offer models with built-in amplifiers and digital correction options, providing optimal solutions tailored to our customers' needs. 【Application Scenarios】 - Aircraft hydraulic brake systems - Hydraulic actuator control - Engine hydraulic systems 【Benefits of Implementation】 - Improved system stability through high-precision pressure measurement - High reliability due to vibration-resistant design - Flexible response with a variety of pressure ranges and output options

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Pressure sensor for automobiles (for robots)

Pressure sensor for automobiles (for robots)

High-precision force sensing automotive pressure sensor.

In the robotics industry, force sensing is essential for robots to safely interact with their surrounding environment. Particularly when handling precise tasks or complex-shaped objects, accurate force detection is required. Inaccurate force sensing can lead to loss of control or damage to the robot. Our automotive pressure sensors enhance the force sensing performance of robots through high-precision pressure measurements. [Use Cases] - Control of gripping force in robotic arms - Adjustment of force in polishing and assembly tasks - Walking and motion control of humanoid robots [Benefits of Implementation] - Increased efficiency of tasks through high-precision force sensing - Improved safety of robots - Adaptability to various applications

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POSITEK SENSORS for Oil and Gas

POSITEK SENSORS for Oil and Gas

Pressure monitoring sensor for harsh environments.

In the oil and gas industry, pressure monitoring in plants and pipelines is essential for safe operations and efficient management. Particularly, pressure measurement in harsh environments such as high temperatures, high pressures, and corrosive substances requires reliable sensors. Inaccurate pressure measurements can lead to equipment damage and accidents. POSITEK SENSORS provides sensors specialized for pressure monitoring in extreme conditions, supporting safe operations. 【Application Scenarios】 - Oil drilling rigs - Gas pipelines - Chemical plants - Offshore platforms 【Benefits of Implementation】 - Stable pressure measurement in harsh environments - Improved equipment safety - Enhanced operational efficiency

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Honeywell Pressure Sensor HSC Series Digital Output

Honeywell Pressure Sensor HSC Series Digital Output

Our company will respond to your needs as a distributor for Honeywell.

Honeywell Pressure Sensor Trustability HSC Series High Precision ±1% Total Error Band Built-in Amplifier with Digital Output Enhanced by ASIC Long-term Stability Pressure Range from 1 psi to 150 psi (60 mbar to 10 bar) Power Supply 3.6 Vdc, 5.25 Vdc (maximum 6 Vdc) Compensation Temperature 0° to 50° Operating Temperature -20° to 85° Output 12 bits Supports DIP, SIP, and SMT mounting options Compact Package with Various Types of Packages and Port Options Available Liquid/Liquid Differential Pressure and Flow-through Type Port Connection (20PC) Compliant with RoHS Directive and WEEE Directive

  • Pressure Control
  • Pneumatic Equipment
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Overwhelming Swiss KELLER quality that leaves no room for others to follow.

Overwhelming Swiss KELLER quality that leaves no room for others to follow.

Unmatched Swiss KELLER quality that leaves no room for others to follow.

The pressure sensors produced by KELLER in Switzerland are the original products invented over 50 years ago by founder Hannes W. Keller. Each package bears our quality seal, proving that all delivered products are within the specified accuracy class. KELLER symbolizes high-precision measurement technology. In 1966, Hannes W. Keller (commonly known as HWK) was working at the Honeywell Research Center in Minneapolis, USA. There, he invented the integrated silicon measuring cell, a high-precision measuring element manufactured using semiconductor technology, in collaboration with A.R. Gias. This silicon measuring cell was already incorporated into Honeywell's process transmitters and introduced to the American market in 1971. HWK brought this young invention back to Switzerland, developed the first high-precision static pressure transducer, and has been manufacturing it at the headquarters in Winterthur, Switzerland, since 1974. On July 25, 1978, HWK's invention was officially patented (U.S. Patent No. 4103273). The patent number is also embedded in the quality seal. For more details about KELLER quality, please refer to the related links below!

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How to Choose the Optimal Pressure Sensor

How to Choose the Optimal Pressure Sensor

Steps to Correct Selection

In applications where high-precision pressure measurement is required, it is necessary to select the optimal product from a wide range of options. Our extensive product lineup, consisting of pressure transducers, pressure transmitters, and digital pressure gauges, covers almost all application fields. So, what is the best solution for your needs? Before starting product selection, it is important to clearly define and organize the requirements. This will make product research more efficient and facilitate smoother communication. Generally, requirements can be classified into two categories: - Essential (Must) requirements - Desirable (Nice-to-have) requirements It can generally be said that having fewer essential requirements makes it easier to find solutions and helps keep costs and delivery times down. However, to define these requirements, it is first necessary to comprehensively analyze the fundamental issues. Only with this foundation can the analysis results be transformed into clear requirements for the desired product. This requires knowledge of the characteristics of the products being considered for purchase. For more information, please refer to the related links below!

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