Measurement and analytics
ELECTROMAGNETIC FLOWMETER
(ProcessMaster FEP300/FEP500, WaterMaster FXP400) Accurately measures conductive liquids and slurries with no moving parts or pressure loss. Ideal for water, wastewater, chemical, and mining applications. Ensures long-term reliability and minimal maintenance.
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CORIOLIS MASS FLOWMETER
(CoriolisMaster FCH400/FCB400) Directly measures mass flow, density, and temperature of liquids and gases. Handles viscous, non-conductive, and challenging fluids with high precision. Widely used in chemical, oil & gas, food & beverage, and pharma industries.
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THERMAL MASS FLOWMETER
(SensyMaster FMT400) Provides precise mass flow measurement of gases using heat transfer technology. Ideal for compressed air, natural gas, and industrial gas monitoring. Delivers wide turndown ratio, energy savings, and low-pressure drop.
VORTEX FLOWMETER
(VortexMaster FSV400) Measures liquids, gases, and steam by detecting vortices from a bluff body. Robust design with integrated temperature and pressure compensation. Perfect for chemical, power, petrochemical, and HVAC systems.
SWIRL FLOWMETER
(SwirlMaster FSW400) Captures swirling flow patterns for accurate liquid, gas, and steam measurement. Offers high sensitivity at low flow rates with compact, multivariable design. Ideal for energy management and tight-space process installations.
TEMPRATURE TRANSMITTER
(TTH200, TTH300, TTF200, TTF300 series) Converts sensor signals into precise, stable temperature data for process control. Ensures high accuracy and compatibility with RTDs, thermocouples, and other sensors. Widely used in chemical, oil & gas, power, and food industries.
TEMPRATURE SENSOR
(TSP100, TSP300, TSP400 series) Delivers accurate, real-time temperature measurement in harsh industrial conditions. Available as RTDs, thermocouples, and multipoint sensors for versatile use. Supports applications from general industrial to hygienic and high-temperature processes.
NON-INVASIVE TEMPRATURE SENSOR
(NiTemp TSP341-N) Measures surface temperature without penetrating the pipe or vessel. Ideal for applications where cutting, welding, or process shutdown is not possible. Offers fast, safe, and cost-effective temperature monitoring.
ABSOLUTE PRESSURE TRANSMITTER
(266ARH, 266ART) Measures absolute pressure referenced to a perfect vacuum with exceptional accuracy. Ideal for vacuum processes, distillation columns, and vapor pressure applications. Delivers long-term stability, digital communication, and advanced diagnostics.
GUAGE PRESSURE TRANSMITTER
(266GRH, 266GRT, 266NSH) Measures pressure relative to atmospheric pressure in liquids, gases, and steam. Used widely in chemical, oil & gas, power, and water industries. Combines robust construction, high accuracy, and reliable performance.
DIFFRENTIAL PRESSURE TRANSMITTER
(266DRH, 266DSH, 266DTH) Measures pressure difference between two points for flow, level, and filter control. Ideal for demanding process and energy applications. Provides superior precision, stability, and intelligent diagnostics.
MULTI VARIABLE PRESSURE TRANSMITTER
(266MST) Simultaneously measures differential pressure, static pressure, and temperature. Enables accurate flow calculations with one compact, integrated device. Maximizes efficiency and reduces installation and operational costs.
ULTRASONIC LEVEL TRANSMITTER
(266LST, LLT100) Measures liquid or solid levels using ultrasonic waves, offering non-contact, accurate measurement. Ideal for applications in tanks, silos, and open channels across various industries. Provides high reliability, long-range capabilities, and minimal maintenance.
MAGNETIC LEVEL GUAGE
(MMF, MLG300) Uses magnetic float technology to measure the level of liquids in tanks and vessels. Suitable for high-pressure, high- temperature applications, providing clear, accurate readings. Offers robust, safe, and continuous level measurement, ideal for hazardous environments.
MAGNETOSTRICTIVE LEVEL TRANSMITTERS
(LTU300, 266MST) Measures level with precision using magnetostrictive technology for continuous liquid level measurement. Ideal for tank farms, vessels, and critical process applications in oil & gas, chemical, and power industries. Offers high accuracy, durability, and excellent performance in demanding environments.
LASER LEVEL TRANSMITTERS
(LST200, LST100) Non-contact level measurement using laser technology for high- precision and long-range applications. Perfect for measuring powders, granules, and liquids in difficult-to- reach or dusty environments. Provides accurate and reliable level readings with high resolution and minimal maintenance.
ANALOG POSITIONERS
(AV1,AV2) Provides precise control of pneumatic actuators by converting control signals into accurate valve positions. Ideal for various process control applications, ensuring fast response and minimal error. Reliable, easy-to-maintain design suitable for industries like oil & gas, chemicals, and power.
DIGITAL POSITIONERS
(TZIDC,EDP300) Offers precise, digital control of pneumatic actuators with enhanced features like diagnostics and communication. Ideal for high-accuracy applications, providing faster response times and advanced functionality. Used in demanding industrial environments for improved control and optimization of valve performance.
I/P CONVERTERS
(TEIP11/TEIP11-PS) Converts electrical signals (current) into proportional pneumatic output for controlling valves and actuators. Ideal for industries where high precision and reliability are crucial, including process control and automation. Offers long-term stability and minimal maintenance, with easy integration into existing control systems.
ROTATORY ELECTRIC ACTUATOR
(PME,RHD,RHDE) provide precise control for quarter-turn valves and dampers, ensuring smooth and accurate motion in demanding applications. With intelligent control, robust design, and minimal maintenance needs, they deliver reliable long-term performance. They are ideal for industries requiring high torque, precise positioning, and seamless process integration.
LINER ELECTRIC ACTUATOR
(LME,RSD,RSDE)delivers high-thrust, precise linear motion for globe valves and other linear control applications. Engineered for durability and accuracy, they ensure dependable operation and efficient performance even in harsh environments. They’re perfectly suited for industrial applications where reliable linear actuation is critical.
UNIVERSAL PNEUMATIC ACTUATOR
(UP)offers versatile and reliable performance for both rotary and linear valve automation. It combines rugged construction, fast response, and low air consumption to ensure precise control under tough conditions. Widely trusted across industries, it provides flexibility, durability, and excellent integration into process systems.
COMBUSTION GAS ANALYZER
including models like the FTIR-based multi-component analyzer, oxygen analyzer, and the flue gas oxygen and combustibles analyzer, deliver precise and continuous measurement of flue gases. These solutions help optimize combustion efficiency, reduce emissions, and ensure regulatory compliance across a wide range of industrial applications.
CONDUCTIVITY ANALYZER
such as the series transmitters, single- channel analyzer, electrodeless analyzer, and electrodeless transmitter, offer reliable and accurate monitoring of conductivity and resistivity. They are ideal for applications from ultrapure water systems to industrial effluent treatment, improving process control and ensuring consistent product quality.
pH/ORP sensors
deliver precise measurement and long-term stability. Designed for durability and easy maintenance, these sensors ensure accurate process control in water treatment, chemical processing, power generation, and pharmaceutical applications.
SILICA ANALYZER
enables accurate, low-level measurement of silica in power plant water and steam systems. With features like automatic calibration and low reagent consumption, it ensures reliable monitoring to minimize turbine deposits, protect equipment, and reduce maintenance costs.
STEAM AND WATER ANALYSIS SYSTEM
SWAS, featuring silica, sodium, phosphate, hydrazine, and ammonia, as well as the pH/Redox analyzer and custom SWAS panels, provide continuous real-time monitoring of critical parameters in boiler and turbine circuits. These systems help prevent corrosion and scaling, optimize water treatment, and extend equipment life in power and industrial plants.