Process Control Measurement Solution
This process control measurement solution is used for petrochemical production lines, tanks, pipelines, and auxiliary equipment. Pressure, differential pressure, temperature, level, and flow instruments are installed at key process points to support continuous monitoring, signal output, and control system integration.
Measurement Points:
- Process pressure monitoring
- Differential pressure monitoring
- Tank level measurement
- Pipeline flow measurement
- Process temperature monitoring
- Auxiliary equipment condition monitoring
Recommended Pressure Transmitters
The ADDA-P-2SW sanitary double flange differential pressure transmitter is used for sanitary level measurement in food, beverage, pharmaceutical, and bioengineering applications. Product details include an all-stainless-steel structure, 355° rotating LCD module, monocrystalline silicon piezoresistive technology, 4–20 mA DC + HART or Modbus-RTU/RS485 output, and IP67 protection.
ADDA thermowells protect temperature sensors in process measurement applications. The range includes welded, fixed-threaded, and flanged designs, with straight, tapered, and stepped structures available as listed in the product tables.
The ADDA-P Series smart absolute pressure transmitter uses diffused silicon piezoresistive sensing technology and an embedded signal processing module for static pressure and temperature compensation. It supports pressure and level applications with media compatible with the wetted materials. Refer to the model-specific range table when selecting a configuration.
The ADDA-P Series smart double flange differential pressure transmitter uses monocrystalline silicon sensing technology with static pressure and temperature compensation. Applications include pressure, level, differential pressure, density, interface, and flow measurement. Refer to the configuration-specific accuracy and range specifications when selecting a model.
The ADDA-P Series smart single flange pressure transmitter uses monocrystalline silicon sensing technology for pressure and level measurement. It provides static pressure and temperature compensation and supports media compatible with the wetted materials. The maximum overload pressure also depends on the flange pressure rating.
The ADDA-P Series smart gauge / absolute pressure transmitter uses monocrystalline silicon MEMS sensing technology with static pressure and temperature compensation. It supports pressure and level measurement. Available ranges and accuracy depend on the selected pressure type and sensor configuration.
The ADDA-P Series smart differential pressure transmitter uses monocrystalline silicon MEMS sensing technology with static pressure and temperature compensation. Applications include pressure, level, differential pressure, density, interface, and flow measurement. Refer to the pressure-type and range tables for configuration-specific accuracy and output options.
The ADDA-P Series smart differential pressure transmitter uses monocrystalline silicon MEMS sensing technology with static pressure and temperature compensation. Applications include pressure, level, differential pressure, density, interface, and flow measurement. Refer to the pressure-type and range tables for configuration-specific accuracy and output options.
The ADDA-P Series smart gauge / absolute pressure transmitter uses monocrystalline silicon MEMS sensing technology with static pressure and temperature compensation. It supports pressure and level measurement. Available ranges and accuracy depend on the selected pressure type and sensor configuration.
The ADDA-P Series smart single flange pressure transmitter uses monocrystalline silicon sensing technology for pressure and level measurement. It provides static pressure and temperature compensation and supports media compatible with the wetted materials. The maximum overload pressure also depends on the flange pressure rating.
The ADDA-P Series smart double flange differential pressure transmitter uses monocrystalline silicon sensing technology with static pressure and temperature compensation. Applications include pressure, level, differential pressure, density, interface, and flow measurement. Refer to the configuration-specific accuracy and range specifications when selecting a model.
The ADDA-P Series smart absolute pressure transmitter uses diffused silicon piezoresistive sensing technology and an embedded signal processing module for static pressure and temperature compensation. It supports pressure and level applications with media compatible with the wetted materials. Refer to the model-specific range table when selecting a configuration.
ADDA thermowells protect temperature sensors in process measurement applications. The range includes welded, fixed-threaded, and flanged designs, with straight, tapered, and stepped structures available as listed in the product tables.
The ADDA-P-1CW smart flush diaphragm pressure transmitter is designed for sanitary pressure and level measurement in food, beverage, pharmaceutical, and bioengineering applications. It uses E+H ceramic capacitive technology, an all-stainless-steel sanitary structure, CIP/SIP cleaning support, high-temperature resistance up to 130°C, and IP67 protection.
Recommended Temperature Transmitter
The ADDA-T-GY Series temperature transmitter uses thermocouple or RTD sensing to measure, transmit, and display the temperature of solid surfaces, liquids, and gases. It supports digital cold-junction compensation, nonlinear correction, and local or remote parameter adjustment through HART communication.
Recommended Level Transmitter
The ADDA-LE-68 Series magnetic level gauge is used for liquid level or interface detection in equipment made from various materials. Product details include remote 4~20mADC output options, magnetic switch options, IP67 protection, several structural versions, and materials for conventional or anti-corrosion applications.
The ADDA-LE-67 Series float ball level meter uses a magnetic float as the measuring element and converts resistance changes into a 4~20mA standard current signal. Product details include stainless steel, PTFE, PP, and PVDF wetted materials, plus HART, RS485 Modbus, and switch output options.
The ADDA-LE-66 Series RF capacitance level meter is used for liquid, oil, glue, solid, and interface measurement. Product details include two-wire 4~20mA output, optional wireless transmission, RS485 transmission, relay switch output, and applications in petrochemical, metallurgy, power, paper-making, and pharmaceutical fields.
The ADDA-LE-65 Series magnetostrictive level meter is used for measuring liquid level and interface. The product details describe microprocessor and embedded system design, multiple probe forms, two-wire current output, HART or RS485 Modbus RTU, automatic backlight LCD display, and IP66/IP67 protection.
The ADDA-LE-64 ultrasonic level meter is a microprocessor-controlled digital level instrument. The product details describe non-contact measurement for liquid and solid material height, with 5m, 10m, and 20m ranges, temperature compensation, LCD display, HART or RS485 Modbus output, and IP66/IP67 protection.
The ADDA-LE-63 Series guided wave radar level meter uses microprocessor technology and Echo Discovery processing. Product details include multiple process connections and probe options for complex conditions, including high temperature, high pressure, and low dielectric constant media in metal or non-metal vessels.
The ADDA-LE-62 Series 80GHz radar level meter is a high-frequency radar level instrument for non-contact continuous level measurement of liquids, slurries, and granular materials. Product details include +/-2mm accuracy, IP66/IP67 protection, HART or RS485 Modbus-RTU output, and multiple ranges for vessel or silo measurement.
The ADDA-P Series smart submersible transmitter uses diffused silicon, ceramic piezoresistive, or ceramic capacitive sensing technology for level measurement. It provides static pressure and temperature compensation and is suitable for media compatible with the wetted materials. Refer to the model-specific range and protection specifications when selecting a configuration.
The ADDA-P Series smart submersible transmitter uses diffused silicon, ceramic piezoresistive, or ceramic capacitive sensing technology for level measurement. It provides static pressure and temperature compensation and is suitable for media compatible with the wetted materials. Refer to the model-specific range and protection specifications when selecting a configuration.
The ADDA-LE-62 Series 80GHz radar level meter is a high-frequency radar level instrument for non-contact continuous level measurement of liquids, slurries, and granular materials. Product details include +/-2mm accuracy, IP66/IP67 protection, HART or RS485 Modbus-RTU output, and multiple ranges for vessel or silo measurement.
The ADDA-LE-63 Series guided wave radar level meter uses microprocessor technology and Echo Discovery processing. Product details include multiple process connections and probe options for complex conditions, including high temperature, high pressure, and low dielectric constant media in metal or non-metal vessels.
The ADDA-LE-64 ultrasonic level meter is a microprocessor-controlled digital level instrument. The product details describe non-contact measurement for liquid and solid material height, with 5m, 10m, and 20m ranges, temperature compensation, LCD display, HART or RS485 Modbus output, and IP66/IP67 protection.
The ADDA-LE-65 Series magnetostrictive level meter is used for measuring liquid level and interface. The product details describe microprocessor and embedded system design, multiple probe forms, two-wire current output, HART or RS485 Modbus RTU, automatic backlight LCD display, and IP66/IP67 protection.
The ADDA-LE-66 Series RF capacitance level meter is used for liquid, oil, glue, solid, and interface measurement. Product details include two-wire 4~20mA output, optional wireless transmission, RS485 transmission, relay switch output, and applications in petrochemical, metallurgy, power, paper-making, and pharmaceutical fields.
The ADDA-LE-67 Series float ball level meter uses a magnetic float as the measuring element and converts resistance changes into a 4~20mA standard current signal. Product details include stainless steel, PTFE, PP, and PVDF wetted materials, plus HART, RS485 Modbus, and switch output options.
The ADDA-LE-68 Series magnetic level gauge is used for liquid level or interface detection in equipment made from various materials. Product details include remote 4~20mADC output options, magnetic switch options, IP67 protection, several structural versions, and materials for conventional or anti-corrosion applications.
Recommended Flow Transmitter
Turbine flow meter. Contact ADDA with your application requirements to confirm the suitable product configuration.
The flow meter details include applications in electric power, petroleum, chemical, coal, metallurgy, mining, paper-making, water supply and drainage, food, and pharmaceutical industries. The listed parameters include DN10-DN1600 diameter, 0.5 grade accuracy, 4-20mA, and RS485 output for process measurement projects.
Frequently Asked Questions
Ready To Discuss Your Process Control Project?
Share your equipment structure and measurement requirements. Our team will help review suitable instrument options for your project.
Process control applications commonly use pressure transmitters, differential pressure transmitters, temperature transmitters, level instruments, and flow meters to monitor key operating conditions across tanks, pipelines, and process equipment.
Please provide the measured medium, pressure range, temperature range, level or flow range, installation position, process connection, output signal, power supply, and communication requirements.
Yes. According to product configuration, ADDA instruments can support signals such as 4 mA to 20 mA DC, HART, or Modbus-RTU/RS485 for integration with monitoring and control systems.
Level instruments can be selected for tank level measurement, while pressure transmitters, temperature transmitters, and flow meters can be used for pipeline pressure, temperature, and flow monitoring.
Yes. ADDA can review your process conditions, measurement points, medium compatibility, signal output needs, and installation requirements to help select suitable pressure, level, temperature, and flow instruments.