List of Pressure products
- classification：Pressure
586～630 item / All 1268 items
Reduce the workload from handling heavy objects! Here are five case studies that solved customer challenges! We are also accepting free consultations and tests tailored to your work!
- Other conveying machines
It won't break even after 1 million repetitions! A mat switch with reliable operation, high durability, and low price. Suitable for options in machine tools as well. Please consult us about delivery t...
- Sensors
Barometer, thermometer, and hygrometer with data logger function, equipped with a large color graphic LCD.
- Pressure
Pressure transmitter suitable for measuring gauge pressure or differential pressure from full scale 50 Pa to 200 kPa.
- Pressure
A barometric transmitter characterized by outstanding accuracy and stability provided by a temperature-compensated piezoelectric pressure sensor.
- Pressure
It is related to back pressure control under high pressure!
- Pressure
High-precision differential pressure sensor using two absolute pressure sensors - Excellent pressure resistance on one side!
- Pressure
Differential Pressure Measurement in Industrial Applications - A Detailed Look at the World of Differential Pressure Measurement
How do differential pressure sensors work, and how do they differ from other sensor types? Gauge pressure and absolute pressure sensors have defined reference points for measuring pressure differences (for absolute pressure: absolute vacuum; for gauge pressure: atmospheric pressure). In contrast, differential pressure sensors measure the difference between two pressures without defining a reference point. Differential pressure sensors can be constructed in various designs, one feature of KELLER Pressure's products is that there are types that can use liquid at both ports (e.g., model PD-33X). They can measure differential pressure with high resolution. There are also sensors that use two absolute pressure measurement cells to measure two pressures and calculate the differential pressure through electronic circuits (model PD-39X). This structure is particularly suitable for high-pressure applications. Typical applications of differential pressure sensors: 1. Flow measurement There are several methods for measuring flow, but one common method is differential pressure measurement through an orifice plate. 2. Level measurement of liquefied gas tanks Liquefaction reduces volume, allowing for transportation and storage. Why is differential pressure measurement suitable for this level measurement? For more details, please visit the URL below!
High-temperature pressure sensor that can be used up to 300℃, achieving ±0.5% accuracy at 300℃!
- Pressure
What is a flash diaphragm? What are its advantages?
When selecting a pressure sensor, there is a type with a flush diaphragm structure. What are its advantages? Main features: 1. Suitable for measuring the pressure of viscous liquids such as ink. 2. Appropriate for applications where regular cleaning is desired. 3. Can be used in food processes if it has a clamp type. A typical pressure sensor has a screw at the tip, with a diaphragm (partition) that receives pressure located behind it. If the medium being measured is air, there is usually no problem with the standard structure. However, there are inquiries such as "I want to measure the pressure of ink" or "I need a structure suitable for cleaning since I regularly clean the pressure-receiving part," and in such cases, the standard structure does not allow for visibility of the interior, making it impossible to confirm whether it has been cleaned properly. In such cases, the pressure sensor with a flush diaphragm, where the pressure-receiving surface is exposed, proves effective. KELLER offers a wide range of products, including a minimum range of 30 kPa and an accuracy of 0.05% FS, with a wealth of experience. If you are interested, please feel free to consult with us.
Available in as little as 1 to 2 weeks! General-purpose pressure sensor.
- Pressure
Pressure sensors for short delivery times. If you wish to obtain them urgently, please consult us.
Introducing our pressure sensors with short delivery times. We encourage you to consider this opportunity! 1. High-Precision Pressure Sensor - Preciseline - Equipped with RS485 digital output. Up to 128 pressure sensors can be connected on a single bus. - High precision: ±0.1%FS (optional ±0.05%FS) - Analog output: 4–20mA, 0–5V, 0–10V - Zero adjustment and full-scale adjustment available - Welded structure with wetted/gas contact parts made of SUS316L (can be changed to titanium as an option) 2. High-Precision Pressure Sensor - Valueline - High precision: ±0.1%FS (optional ±0.05%FS) - Analog output: 4–20mA, 0–5V, 0–10V - Certified to NSF/ANSI 61 and 372 standards → suitable for drinking water applications - Welded structure with wetted/gas contact parts made of SUS316L (can be changed to titanium as an option) 3. General-Purpose Pressure Sensor - Econoline - General-purpose yet high precision: ±0.5%FS - Analog output: 4–20mA - Certified to NSF/ANSI 61 and 372 standards → suitable for drinking water applications - Wetted/gas contact parts made of SUS316L
A push-pull gauge like no other, using a display for real-time change curve verification and the ability to save measurement results of up to 2000 points.
- Pressure
- Strength Testing Equipment
- Analytical Equipment and Devices
Same-day completion at the shortest. Leave the calibration of pressure gauges to Suzu-Ben.
- Pressure
A wide range of industrial gas and burner products, including manual and control valves, as well as auxiliary equipment for thermal adjustment.
- valve
- Electrical Instruments/Electrometers
- Pressure
The pressure sensor for hydrogen applications has finally arrived!
- Pressure
Pressure Sensors in Hydrogen Engine Racing Cars - Hydrogen Innovation in Motorsports
Keller's pressure sensors play a crucial role in hydrogen engine-equipped racing cars. This is because extremely high precision and reliability are essential in hydrogen systems within motorsports. Keller's pressure sensors are used in fuel cell powertrains, supporting the precise monitoring and control of hydrogen and air circuits under harsh high-performance conditions. 〇 Hydrogen Loop Keller's pressure sensors monitor the flow of hydrogen within the fuel cell by measuring optimal pressure levels, contributing to the realization of efficient electrochemical reactions. 〇 Air Loop Accurate pressure measurement is essential for the optimal management of oxygen supply, which directly affects the efficiency and output of the fuel cell. 〇 High-Pressure Hydrogen Line Keller's pressure sensors are widely adopted in high-pressure hydrogen lines, as well as in hydrogen-powered test benches and onboard storage systems. In motorsports, reliability is paramount in a world where every second counts. Additionally, components that can withstand extreme pressures and rapid changes in load under harsh conditions are indispensable. Using Keller products, which boast the highest standards of precision and reliability and are made in Switzerland, is a testament to a deep commitment to quality. For more details, please refer to the related links below!
High-precision pressure sensors for hydrogen applications have finally arrived!
- Pressure
Pressure Sensors in Hydrogen Engine Racing Cars - Hydrogen Innovation in Motorsports
Keller's pressure sensors play a crucial role in hydrogen engine-equipped racing cars. This is because extremely high precision and reliability are essential in hydrogen systems within motorsports. Keller's pressure sensors are used in fuel cell powertrains, supporting the precise monitoring and control of hydrogen and air circuits under harsh high-performance conditions. 〇 Hydrogen Loop Keller's pressure sensors monitor the flow of hydrogen within the fuel cell by measuring optimal pressure levels, contributing to the realization of efficient electrochemical reactions. 〇 Air Loop Accurate pressure measurement is essential for the optimal management of oxygen supply, which directly affects the efficiency and output of the fuel cell. 〇 High-Pressure Hydrogen Line Keller's pressure sensors are widely adopted in high-pressure hydrogen lines, as well as in hydrogen-powered test benches and onboard storage systems. In motorsports, reliability is paramount in a world where every second counts. Additionally, components that can withstand extreme pressures and rapid changes in load under harsh conditions are indispensable. Using Keller products, which boast the highest standards of precision and reliability and are made in Switzerland, is a testament to a deep commitment to quality. For more details, please refer to the related links below!
Anderson Negele's pharmaceutical-grade sanitary pressure gauge with world standard quality.
- Pressure
Digital pressure gauge with long-life battery type and LCD display.
- Pressure
Anderson Negere's pharmaceutical specification compact-sized mini sanitary pressure gauge with world standard quality.
- Pressure
Pressure measurements such as filling levels and water levels can be tracked and monitored remotely in the cloud!
- Pressure
Strong in durability and wear resistance, ideal for sewage pump stations and manhole pumps!
- Pressure
We propose improvements to the quality and production efficiency of package molding, where issues become apparent!
- Pressure
Invitation to a Private Seminar on Semiconductor Resin Encapsulation
We are pleased to announce that Kistler Japan will be holding a private seminar on semiconductor resin encapsulation tailored to our customers' requests! [Title] "Visualization Solutions for the Interior of Molds" in Semiconductor Resin Encapsulation and IoT Technology [Date and Time] Weekdays from 10:00 AM to 5:00 PM (at the customer's preferred time) Available in both web and in-person formats [Duration] 1 to 1.5 hours [Application] Please let us know your preferences through the inquiry form on our company website. In this seminar, we will use CG videos to quantify the internal state of molds, often referred to as a black box, using the semiconductor encapsulation process as an example. We will provide detailed insights into improving major molding defects and enhancing production processes. [Effectiveness of Mold Interior Visualization] - Improvement of R&D - Homogenization during mass production - Visualization of filling balance for multiple cavities We will also propose sensing technologies and IoT solutions to improve molding defects using quartz piezoelectric sensors, which are effective for low-pressure measurements like epoxy transfer molding. The content is also applicable to injection molding cavity pressure monitoring, so interested customers are encouraged to contact us freely.
High-precision pressure sensor with RS485 digital output and flush diaphragm structure.
- Pressure
The reason Keller is synonymous with high precision and high quality.
- Pressure
High-precision differential pressure sensor with RS485 digital output - capable of liquid/liquid differential pressure measurement!
- Pressure
Differential Pressure Measurement in Industrial Applications - A Detailed Look at the World of Differential Pressure Measurement
How do differential pressure sensors work, and how do they differ from other sensor types? Gauge pressure and absolute pressure sensors have defined reference points for measuring pressure differences (for absolute pressure: absolute vacuum; for gauge pressure: atmospheric pressure). In contrast, differential pressure sensors measure the difference between two pressures without defining a reference point. Differential pressure sensors can be constructed in various designs, one feature of KELLER Pressure's products is that there are types that can use liquid at both ports (e.g., model PD-33X). They can measure differential pressure with high resolution. There are also sensors that use two absolute pressure measurement cells to measure two pressures and calculate the differential pressure through electronic circuits (model PD-39X). This structure is particularly suitable for high-pressure applications. Typical applications of differential pressure sensors: 1. Flow measurement There are several methods for measuring flow, but one common method is differential pressure measurement through an orifice plate. 2. Level measurement of liquefied gas tanks Liquefaction reduces volume, allowing for transportation and storage. Why is differential pressure measurement suitable for this level measurement? For more details, please visit the URL below!
The digital pressure gauge for hydrogen applications has finally arrived! With logging function.
- Pressure
Pressure Sensors in Hydrogen Engine Racing Cars - Hydrogen Innovation in Motorsports
Keller's pressure sensors play a crucial role in hydrogen engine-equipped racing cars. This is because extremely high precision and reliability are essential in hydrogen systems within motorsports. Keller's pressure sensors are used in fuel cell powertrains, supporting the precise monitoring and control of hydrogen and air circuits under harsh high-performance conditions. 〇 Hydrogen Loop Keller's pressure sensors monitor the flow of hydrogen within the fuel cell by measuring optimal pressure levels, contributing to the realization of efficient electrochemical reactions. 〇 Air Loop Accurate pressure measurement is essential for the optimal management of oxygen supply, which directly affects the efficiency and output of the fuel cell. 〇 High-Pressure Hydrogen Line Keller's pressure sensors are widely adopted in high-pressure hydrogen lines, as well as in hydrogen-powered test benches and onboard storage systems. In motorsports, reliability is paramount in a world where every second counts. Additionally, components that can withstand extreme pressures and rapid changes in load under harsh conditions are indispensable. Using Keller products, which boast the highest standards of precision and reliability and are made in Switzerland, is a testament to a deep commitment to quality. For more details, please refer to the related links below!
High-pressure hand pump - Maximum pressure generated is 70 MPa!
- Pressure
Generating air pressure and vacuum (-85kPa to 2.5MPa). If you have a short delivery time request, please consult with us!
- Pressure
Introduction of equipment that can be used for the production, transportation, and utilization of hydrogen. We offer a wide range of recommended devices for both low-pressure and high-pressure hydroge...
- Pressure
Provides hydrogen-powered vessels equipped with combustion engines that burn hydrogen, as well as pressure/temperature sensors for hydrogen used in trucks and hydrogen storage tanks.
- Pressure
- Thermometer
- Other energy equipment
High-precision automatic water level data collector, 100% waterproof type.
- Pressure
Explosion-proof specifications, stain resistance, and short delivery time available!
- Pressure
LOGiCAL is a subscription-based calibration software that utilizes cloud technology.
- Pressure
The CMX calibration software is specially designed for calibration management.
- Pressure
The ePG is a battery-operated portable pressure generator for pressure calibration.
- Pressure
It is a hand pump/desktop pump that can generate any pressure easily and accurately.
- Pressure
It is a hand pump that can easily and accurately generate any pressure.
- Pressure
It is a highly accurate field calibrator and communicator.
- Pressure
Achieves ±0.1% FS accuracy with RS485 output.
- Pressure
Low-cost immersion type water level gauge with a diameter of 21mm.
- Pressure
Ultra-small pressure sensor with a minimum diameter of 14mm and a weight of 23g or less!
- Pressure
I am confident in my reliability.
- Pressure
Pressure measurement of hydrogen fuel cells
- Pressure
Unmatched Swiss KELLER quality that leaves no room for others to follow.
- Pressure
The pillar of the third industrial revolution - it is hydrogen!
- Pressure
Why can deep-sea fish live deep underwater?
- Pressure