Pressure
We design, develop and manufacture various pressure transmitters for multiple applications and industries. Development of intelligent transmitters for high-accuracy measurements of gauge pressure, absolute pressure, vacuum, differential pressure, DP flow, and tank level for all industries where reliability, accuracy, repeatability, and stability are paramount. Our advanced mono-silicon pressure sensor technology is an excellent combination of performance, price and reliability.
The iBar 800 Series mono silicon pressure transmitter is high-performance and uses leading international technology. It has been meticulously designed using the world's most advanced monosilicon pressure sensor and patent encapsulation technology.
The mono silicon pressure sensor is located on the top of the metal body and stays away from the medium interface to realize mechanical and thermal isolation. Glass sintering sensor wire realizes high strength electrical insulation of the metal base. All these original encapsulation technologies enable iBar 800 to cope with extreme chemical occasions easily and mechanical loads and own strong resistance to EMI, sufficient to respond to the most rigorous industrial environment applications.
Benefits:
Originally patented, fully sealed, fully isolated mono silicon pressure sensor
Double diaphragm overload protection structure can easily cope with high overload tests
Multiple temperature and linearity compensation to improve accuracy
High-strength metal electrical protection housing meets the most rigorous environmental requirements
Strong transient voltage resistance to protect the terminal module
The three-button external menu function allows setup, calibration, and troubleshooting in the classified area
Backlit display for high visibility in a dark environment
High turn-down 100:1 without losing accuracy
Pressure Measurement
Gauge Pressure
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The iBar 800X series mono silicon pressure transmitter is high-performance with leading international technology. It has been meticulously designed using the world's most advanced mono-silicon pressure sensor and patent encapsulation technology.
The mono silicon pressure sensor is located on the top of the metal body and stays away from the medium interface to realize mechanical and thermal isolation. Glass sintering sensor wire realizes high strength electrical insulation of the metal base. All these original encapsulation technologies enable iBar 800X to cope with extreme chemical occasions easily and mechanical loads and own strong resistance to EMI, sufficient to respond to the most rigorous industrial environment applications.
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Dual diaphragm overload structure can easily cope with high overload tests.
355° rotation display provides maximum flexibility.
Accurate filling fluid technology eliminates effects of temperature and static pressure.
High-strength metal electrical protection housing meets the most rigorous environmental applications.
Strong transient voltage resistance to protect terminal module.
The three-button external menu function allows setup, calibration, and troubleshooting in the classified area.
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Ceramic Level Probe (Anti-Corrosive & Aggresive)
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Our iBar 500L-C ceramic submersible level probe is specifically engineered to excel in the most challenging level measurement environments. Its sensor integrates cutting-edge microprocessor technology, incorporating comprehensive linear and temperature error compensation to ensure the utmost precision in measurement outcomes. The probe features advanced condensation-prevention technology through full potting, a secure dual-seal design, and robust, fully welded stainless steel, PVDF, and PP construction options to guarantee long-term stability and enduring airtightness.
The signal transmitting module is fortified with transient voltage resistance protective circuits, enabling consistent operation even in harsh surge voltage conditions. Furthermore, the cable seal is fortified with an intensive cone plug sealing design, ensuring a prolonged operational lifespan under significant mechanical loads during installation and extended use. The iBar 500L-C submersible level transmitter is the optimal solution for meeting the stringent requirements of high-demand level measurement applications.
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Support user configuration and meet the requirements of various applications and measuring mediums.
Linear error and temperature error compensation of sensors to achieve high accuracy.
Built-in transient voltage protection circuit and optional temperature measuring signal output.
A fully potting design eliminates condensation, and a dual-seal design ensures permanent air tightness.
Intensive cable seal to ensure a long working life under large mechanical load conditions.
Laser welding isolated membrane technology to assure durability.
Various sensor technologies are optional to satisfy the application of viscous and acid-base occasions.
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Differential Pressure
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The iBar 800D Series mono silicon pressure transmitter is high-performance with leading international technology. It has been meticulously designed using the world's most advanced mono-silicon pressure sensor and patent encapsulation technology.
The mono silicon pressure sensor is located on the top of the metal body and stays away from the medium interface to realize mechanical and thermal isolation. Glass sintering sensor wire realizes high strength electrical insulation of the metal base. All these original encapsulation technologies enable iBar 800D to cope with extreme chemical occasions easily and mechanical loads and own strong resistance to EMI, sufficient to respond to the most rigorous industrial environment applications.
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Originally patented, fully sealed, fully isolated mono silicon pressure sensor
A double diaphragm overload protection structure can easily cope with high overload tests.
Multiple temperature and linearity compensation to improve accuracy.
High-strength metal electrical protection housing meets the most rigorous environmental requirements.
Strong transient voltage resistance to protect the terminal module.
The three-button external menu function allows setup, calibration, and troubleshooting in the classified area.
Backlit display for high visibility in a dark environment
High turn-down 100:1 without losing accuracy.
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Integrated Pressure & Temperature
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iBar 10X-TP temperature and pressure integrated transmitter adopts built-in
temperature and pressure sensitive element. Rational assembly process
and strict product quality standards ensure the quality and performance of
this product, which is widely used in scientific research, military industry,
petrochemical, electric power, metallurgical machinery, food, pharma and
environmental protection. Such as oil well temperature and pressure
measurement, diesel engine common rail temperature and pressure
measurement, injection molding machinery temperature and pressure
measurement, dryer etc.
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Simultaneous monitoring of temperature and pressure
Wide measurement range and wide temperature range
High comprehensive precision, good long-term stability
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Sanitary Transmitter
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Sanitary pressure transmitters, designed for the food and pharmaceutical industry, are suitable for CIP/SIP cleaning and sterilization. Smart, compact design, the welded process diaphragm medium parts are made of high-quality stainless steel 316L, roughness$0.4um, filling fluid with hygiene standards in line with FDA certification, and a variety of international standard process connections are available, from standard to very high-temperature applications.
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✓Double diaphragm overload protection
✓Designed for the food and pharmaceutical industry
✓Isolated air cavity design to prevent condensation
✓Filling fluid with hygiene standards in line with FDA certification
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Submersible Pressure Transmitter
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Submersible probes for level and fill measurement. With a unique design and cable and housing materials chosen for compatibility with their surroundings, these probes can be used in various liquids.
Pressure sensors are available in Ceramic and metallic Diapharam.
The level probe works on the principle of pressure measurement. The measuring cell of the pressure sensor detects slight changes in hydrostatic pressure exerted on the cell, the pressure increasing or decreasing depending on the filling height of the fluid. The acting pressure on the diaphragm is converted into an output electrical signal. The height of the fluid is directly proportional to pressure and, hence, level measurement.
The hydrostatic level measurement is completely unaffected by the vessel's shape; it just measures the level by the weight of the liquid column above it. If the liquid and its specific gravity are known, the pressure measurement can be calculated.
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Most advanced micro-processor technology with linear error compensation and temperature error compensation to ensure the highest accuracy
Full potting probe, condensation-preventing technology
Dual-seal design and full welding technology with solid SS body to assure longterm stability and permanent air tightness
Voltage surge protection
Cone plug sealing design to ensure a long working life even under large mechanical load conditions
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