Pressure Transmitter  Manufacturers, Traders, Suppliers

Measuring, controlling, regulating and evaluating - when it comes to pioneering automation and digitalisation technology, the ifm group of companies is a pioneer and partner. Since the company was founded in 1969, ifm has been developing, producing and selling sensors, controllers, software and systems for industrial automation and digitalisation worldwide. Today, the ifm group of companies is one of the global industry leaders with around 9,055 employees.

• Transmitters or sensors with integrated evaluation electronics. * Overload-proof and long-term stable thanks to ceramic measuring cell. * Measuring range up to 600 bar. * Variable process connection technology through optional adapters. * EPS interface for external programming.

* Transmitters or sensors with integrated evaluation electronics. * Overload-proof and long-term stable thanks to ceramic measuring cell. * Measuring range up to 600 bar. * Variable process connection technology through optional adapters. * EPS interface for external programming.

Pressure sensors with ceramic measuring cell The devices with a ceramic measuring cell are designed for the highest demands with nominal pressures from -1 to 600 bar by means of an optimized support in the process sensor. These sensors are extremely robust against mechanical influences and operate completely wear and tear and fatigue-free. The resulting long-term stability ensures safe operation and reliable measurement results over 100 million pressure cycles. Pressure sensors with stainless steel measuring cell The devices with strain gauges in thick-film technology on a stainless steel measuring cell are characterized by a very compact and robust design. The seal-free welded stainless steel measuring cell ensures a high degree of safety. The three to thirty-fold burst pressure, depending on the selected measuring range of the device, and the equally high shock and vibration resistance underline the maximum operational reliability of ifm pressure sensors with stainless steel measuring cell. Pressure sensors with silicon measuring cell The devices with piezoresistive silicon measuring cell are in no way inferior to sensors with the ceramic measuring cell used up to now in terms of accuracy. Thanks to their design, they allow differential pressure measurements without a second connected pressure transducer. System solutions In addition to the large product range of pressure sensors ifm also offers special and reliable system solutions. Special devices, based on our proven pressure sensors, offer even greater application and usage possibilities. The PC-based communication and software solutions make the handling of ifm pressure sensors even more convenient. Level sensors In addition to the conventional pressure sensors for hydrostatic level measurement ifm now also offers level sensors for level measurement. This design opens up numerous new areas of application, for example level measurement in wells, flowing waters, boreholes and sewage plants. The high accuracy and long-term stability ensure long-term operation in these applications. All components of the level probe that come into contact with the medium are made of stainless steel (1.4571).

Pressure sensors (also known as pressure cans, pressure load cells or pressure transmitters) differ, apart from the design and the output signal, mainly in the type of reference pressure for pressure measurement: here there are pressure sensors for relative pressure, absolute pressure and differential pressure transducers.
In a pressure sensor for relative pressure, the back of the sensor element is exposed to the air pressure surrounding us. In a typical setup, a small tube leads from the back of the sensor to the plug or through the connection cable. These pressure sensors have the advantage that fluctuations in air pressure are not reflected in a fluctuation of the output signal.
The pressure sensor for absolute pressure has a small chamber on the back of the sensor membrane which is completely evacuated, i.e. the chamber is 0 bar absolute. These pressure sensors show the current air pressure, which is typically between 950 and 1050 mbar, as long as no measuring pressure is present. Changes in air pressure (e.g. due to a rising high or low) therefore lead to a change in the measuring signal without changing the actual pressure value. A special type of absolute pressure sensors are barometers, which measure the ambient air pressure very precisely. A special form of the pressure sensor is the so called sealed gauge version. Here, the reference chamber is sealed tightly at approx. 1000 mbar. These pressure sensors are mainly used for measuring ranges >10 bar. Closing the reference chamber prevents, for example, aggressive gases from entering the reference chamber and causing corrosion.
Another special form of pressure sensors are so-called differential pressure sensors or pressure transducers. Here the back of the sensor membrane is mechanically constructed in such a way that it can be used as an independent pressure connection for pressure measurement. A pressure sensor (pressure cell or pressure load cell) in this version therefore indicates zero at the same pressure on the input and reference sides. Differential pressure sensors differ substantially in their mechanical construction. Here there are simple designs which, for example, only allow dry gases for the reference side or also high-quality pressure transmitters which allow an overload (even on one side) of more than 200 bar at a small nominal measuring range of 35 mbar.
Pressure transmitters often have a very robust mechanical design and have a 4...20 mA output signal which is common in process measurement technology.

The range of AMSYS pressure sensors extends from wafer level silicon sensors to simple SMD-mountable sensors and compensated dual-in-line sensors to packaged, ready-to-use pressure transmitters.
In addition to pressure sensors and inclinometers, AMSYS offers miniaturized OEM sensors for humidity and t

With passion for precision and quality the German brand burster precision measurement technology develops and manufactures since 60 years as one of the most important suppliers precision instruments, sensors and systems for sensor signal processing and process monitoring.
burster applies highest quality standards in its production of components and systems in accordance with EN ISO 9001:2015. burster supplies 7500 customers worldwide. burster’s innovative and experienced team provides intensive application support even before a decision to buy is made. Solving complex measurement problems and integrating measurement and test technology into production environments for production control, quality assurance and test-equipment monitoring are everyday`s instrumentation tasks.
burster supplies measuring technology ranging from individual sensors to system solutions, with emphasis on plant construction and engineering, automation, the automotive industry and its suppliers, electrical and electronic engineering and chemicals industry. It also has a presence in numerous other sectors and future markets such as electro-mobility, alternative energies, medical engineering and biotechnology. In addition to solutions employing standard products, burster provides custom OEM solutions. Many years of experience as manufacturer of measuring sensors and instruments guarantee optimum solutions. This has earned burster an international reputation for innovation geared to customers’ needs.

Trafag is a leading international supplier of high quality sensors and monitoring instruments for measuring pressure (i.e. pressure transmitters, pressure sensors and pressure switches, pressostats), temperature (thermostats and temperature transmitters) and SF6 gas density (SF6 gas density monitors and SF6 gas density sensors). A wide range of standardized, configurable products is available. Trafag is also specialized in developing tailored-made solutions for OEM-clients.
Trafag, a Swiss based company founded in 1942, is supported by a broad net of subsidiaries and representatives in over 40 countries all over the world. This allows Trafag to offer customers an individual and competent advisory service. High-performance development and production departments guarantee not just the timely delivery of our products with highest quality and precision, but also ensure that customer-specific requirements are met to absolute satisfaction.
"Trafag products: https://www.trafag.com/en/products
Brochures: https://www.trafag.com/en/supportservice/brochures-catalogue
Catalogues: https://www.trafag.com/en/supportservice/products-catalogue
Product literature: https://www.trafag.com/en/supportservice/product-literature
Trafag - Innovation, Reliability, Quality
Trafag is a leading international supplier of high quality sensors and monitoring instruments for measuring pressure (i.e. pressure transmitters, pressure sensors and pressure switches, pressostats), temperature (thermostats and temperature transmitters) and SF6 gas density (SF6 gas density monitors and SF6 gas density sensors). A wide range of standardized, configurable products is available. Trafag is also specialized in developing tailored-made solutions for OEM-clients.
Trafag, a Swiss based company founded in 1942, is supported by a broad net of subsidiaries and representatives in over 40 countries all over the world. This allows Trafag to offer customers an individual and competent advisory service. High-performance development and production departments guarantee not just the timely delivery of our products with highest quality and precision, but also ensure that customer-specific requirements are met to absolute satisfaction.
https://www.trafag.com
[email protected]
Find your partner: https://www.trafag.com/en/trafag/trafag-worldwide "

HC5 Series Pressure Transmitters - English Keywords Description
The HC5 series by Anhui Hechuang Intelligent Manufacturing Co., Ltd. is a professional-grade pressure transmitter product line designed for industrial measurement and control applications. Key variations and features include:
1. Product Configurations
Connection Types
Single flange connection (ideal for standard piping systems)
Dual flange connection (for differential pressure measurement)
Accuracy Classes
Standard precision (±0.5% FS typical)
High precision (±0.25% FS or better)
2. Technical Specifications
Output Options: 4-20mA, HART protocol (optional)
Pressure Ranges: Customizable (from low to high-pressure applications)
Process Compatibility: Compatible with liquids, gases, and steam
Environmental Protection: IP65/IP67 rated for harsh conditions
3. Key Applications
Petrochemical/refining processes
Water/wastewater treatment systems
HVAC and energy management
OEM equipment integration
4. Certifications & Standards
CE, RoHS compliant
Industrial EMI/EMC protection
5. Manufacturer Details
Chinese Website: www.ahhczn.com
English Website: hechuangintelligent.en.made-in-china.com
Note: For full technical documentation or customization requests, contact the manufacturer directly via official channels. Specifications may vary by model.

Taking HC51TG intelligent high-precision pressure transmitter as an example:
Suitable for absolute and gauge pressure measurement of gases, vapors, or liquids in various process control fields;
Measurement of liquid level, volume, or mass;
The maximum pressure can reach 700 bar;
Accuracy:+0.075% of the range span;
For the case where the range ratio is greater than 10:1,
Accuracy=± [0.015+0.005 of span (URL/span)%.

Suitable for absolute and gauge pressure measurement of gases, vapors, or liquids in various process control fields;
Measurement of liquid level, volume, or mass;

Pressure trandsducer/transmitter is a device that converts pressure into pneumatic signal or electric signal for control and remote transmission.
It can convert the physical pressure parameters such as gas and liquid sensed by the load cell sensor into standard electrical signals (such as 4~20mADC, etc.) to supply secondary instruments such as indicator alarm, recorder, regulator, etc. for measurement, indication and process adjustment.

Output analog data

It is the most commonly used sensor in industrial practice. It is widely used in various industrial automation environments, including water conservancy and hydropower, railway transportation, intelligent buildings, production automation, aerospace, military, petrochemical, oil wells, electric power, ships, machine tools, pipelines and many other industries.