Industrial Pressure Transmitters

Range and range Range code Minimum range Maximum range Rated pressure (maximum value) B 1 kPa 6 kPa Rated pressure of liquid level flange C 6 kPa 40 kPa D 40 kPa 400 kPa E 400 kPa 4 MPa Relationship between liquid level flange and minimum range Liquid level flange nominal diameter Minimum range One-sided long-distance transmission Bilateral remote transmission flat membrane DN 50/2" 10 kPa 10 kPa DN 80/3" 6 kPa 1 kPa DN 4" 6 kPa 1 kPa Plug type DN 50/2" 10 kPa 10 kPa DN 80/2&

Liquid level range and measurement range Range code Measurement range ( kPa ) Measurement range ( kPa ) Accuracy/ Stability A - 40 ~ 40 0 ~ 10 ~ 40 Measurement range ±0.1%FS/ The maximum annual error is ±0.2% of the measurement range. B - 100 ~ 100 0 ~ 40 ~ 100 C - 100 ~ 400 0 ~ 100 ~ 400 D -100 ~ 200 0 0 ~ 400 ~ 2000 Relationship between process connection and minimum range Process connection Minimum range flat membrane DIN 32676 DN 40 0 ~ 10 kPa DIN 32676 DN 50 0 ~ 10 kPa

1. Overview The FLXA21 is a 2‑wire, dual-channel liquid analyzer from Yokogawa . It supports two sensor inputs of the same type , enabling duplex measurement or redundancy. Compatible with a variety of detectors: pH/ORP , conductivity (contacting) , inductive conductivity , and dissolved oxygen . Part of Yokogawa’s OpreX measurement family. 2. Key Features Feature Description Redundancy / Dual Input Can connect two sensors of the same type (e.g., two pH probes) for backup

What Is the Cerabar PMC71B? The Cerabar PMC71B is a smart digital pressure transmitter from Endress+Hauser. It uses a dry, oil-free ceramic measuring cell to measure pressure. It’s part of the “Cerabar” family — designed for robust and reliable pressure measurement, especially in challenging process environments. Key Specifications Here are some of its main technical characteristics: Parameter Value / Details Pressure Range 100 mbar … 40 bar (≈ 1.5 psi … 600 psi) Accuracy

What it is The CLS13 is a conductive (2-electrode) conductivity sensor designed for measuring the electrical conductivity of liquids, especially very low conductivities (i.e., highly purified water / steam condensate) under high temperature and high pressure conditions. It is an analog sensor (i.e., the sensor part provides a signal to a transmitter) rather than a fully digital probe. It comes in different versions (cell constants, materials, explosion‐proof approvals) to

Overview The Yokogawa EJA438E is a gauge-pressure transmitter in which the pressure sensing element is connected to the process via a remote diaphragm seal and capillary filled with fluid. This remote-seal arrangement makes it suitable for harsh, viscous, high-temperature or corrosive media where direct mounting of the sensor may not be feasible. Importantly: the model has been officially discontinued by the manufacturer. When you see “(DISCONTINUED)” in the specification or

Technical Specifications Feature Specification Measuring Range - Trace: 0 to 5 mg/l HOCl- Standard: 0 to 20 mg/l HOCl- High: 0 to 200 mg/l HOCl Process Temperature 0 to 55   ° C (32 to 130   ° F), non-freezing Process Pressure Max. 1 bar (14.5 psi) Measuring Method Closed, membrane-covered measuring cell; reduction of free chlorine at the cathode Material - Sensor shaft: POM- Membrane: PVDF- Membrane cap: PVDF- Sealing ring: FKM Response Time (t90) < 25 seconds Technology

Absolute vs. Gauge Pressure Absolute Pressure : Measured relative to a perfect vacuum (0 bar absolute). This type of measurement is crucial in applications where precise pressure readings are necessary, regardless of atmospheric variations. Gauge Pressure : Measured relative to atmospheric pressure (0 bar gauge). This is commonly used in applications where the pressure difference from the surrounding environment is of primary interest. The Ceraphant PTP31B can be configured

Endress Hauser Easytemp PMP23 Compact Thermometer Customizable ODM Product The Cerabar PMP23 is a compact and cost-effective pressure transmitter from Endress+Hauser designed for the measurement of absolute and gauge pressure in gases, vapors, and liquids. It is part of the Cerabar family and is widely used in general industrial processes as well as hygienic applications. Key Features Measurement type : Absolute pressure or gauge (relative) pressure Measuring cell :

Endress+Hauser FMP54 Guided Wave Radar Gauge Industrial Grade High Temperature Level Transmitter Sensor 1.Accurate and Robust Performance: The High Temperature Level Transmitter Sensor Original E+H Guided Wave Radar Gauge features an accuracy rating of ±2mm (0.12"), offering precise measurement of liquid and bulk solid levels up to +150°C, ensuring reliable performance in harsh environments. 2.Flexible Mounting Options: The FMP53 Guided Wave Radar Level Transmitter utilizes a

1.Robust and Reliable Material: The FDU91 Pressure Transmitter utilizes high-quality 316LL and 316L materials, ensuring exceptional durability and corrosion resistance suitable for various industries. 2.IP66 Ingress Protection: This transmitter is designed with a robust IP66 enclosure, providing protection against dust, dirt, and water ingress, assuring a long-lasting and maintenance-free performance. 3.Robust 316 Stainless Steel: The pressure transmitter is made of Taiwan

The Liquiline CM442 is a versatile digital field transmitter designed for industrial process monitoring and control. Manufactured by Endress+Hauser, it supports 1 or 2 channels and is compatible with a wide range of Memosens digital sensors, enabling measurement of parameters such as pH, ORP, conductivity, oxygen, chlorine, turbidity, sludge level, SAC, nitrate, and more Key Features Modular Design : The CM442's modular architecture allows for easy upgrades, including

The Liquiline CM442 is a versatile digital field transmitter designed for industrial process monitoring and control. Manufactured by Endress+Hauser, it supports 1 or 2 channels and is compatible with a wide range of Memosens digital sensors, enabling measurement of parameters such as pH, ORP, conductivity, oxygen, chlorine, turbidity, sludge level, SAC, nitrate, and more Key Features Modular Design : The CM442's modular architecture allows for easy upgrades, including

The Liquiline CM442 is a versatile digital field transmitter designed for industrial process monitoring and control. Manufactured by Endress+Hauser, it supports 1 or 2 channels and is compatible with a wide range of Memosens digital sensors, enabling measurement of parameters such as pH, ORP, conductivity, oxygen, chlorine, turbidity, sludge level, SAC, nitrate, and more Key Features Modular Design : The CM442's modular architecture allows for easy upgrades, including

The Liquiline CM442 is a versatile digital field transmitter designed for industrial process monitoring and control. Manufactured by Endress+Hauser, it supports 1 or 2 channels and is compatible with a wide range of Memosens digital sensors, enabling measurement of parameters such as pH, ORP, conductivity, oxygen, chlorine, turbidity, sludge level, SAC, nitrate, and more Key Features Modular Design : The CM442's modular architecture allows for easy upgrades, including

The Liquiline CM442 is a versatile digital field transmitter designed for industrial process monitoring and control. Manufactured by Endress+Hauser, it supports 1 or 2 channels and is compatible with a wide range of Memosens digital sensors, enabling measurement of parameters such as pH, ORP, conductivity, oxygen, chlorine, turbidity, sludge level, SAC, nitrate, and more Key Features Modular Design : The CM442's modular architecture allows for easy upgrades, including

Overview of Memosens CPS96E The Memosens CPS96E by Endress+Hauser is a high-performance, digital combined sensor designed for simultaneous pH , ORP (redox) , and rH (in rH mode) measurements Key Specifications Measurement Ranges : ORP: –1,500 mV to +1,500 mV pH: 0 to 14 Process Temperature : 0 – 110 °C (32 – 230 °F) Process Pressure : 0.8 – 14 bar absolute (approx. 11.6 – 203 psi) Ingress Protection : IP68 rated for robust environmental sealing Sensor Materials : Shaft: Glass

Overview of Memosens CPS96E The Memosens CPS96E by Endress+Hauser is a high-performance, digital combined sensor designed for simultaneous pH , ORP (redox) , and rH (in rH mode) measurements Key Specifications Measurement Ranges : ORP: –1,500 mV to +1,500 mV pH: 0 to 14 Process Temperature : 0 – 110 °C (32 – 230 °F) Process Pressure : 0.8 – 14 bar absolute (approx. 11.6 – 203 psi) Ingress Protection : IP68 rated for robust environmental sealing Sensor Materials : Shaft: Glass

Overview of Memosens CPS96E The Memosens CPS96E by Endress+Hauser is a high-performance, digital combined sensor designed for simultaneous pH , ORP (redox) , and rH (in rH mode) measurements Key Specifications Measurement Ranges : ORP: –1,500 mV to +1,500 mV pH: 0 to 14 Process Temperature : 0 – 110 °C (32 – 230 °F) Process Pressure : 0.8 – 14 bar absolute (approx. 11.6 – 203 psi) Ingress Protection : IP68 rated for robust environmental sealing Sensor Materials : Shaft: Glass

Overview of Memosens CPS96E The Memosens CPS96E by Endress+Hauser is a high-performance, digital combined sensor designed for simultaneous pH , ORP (redox) , and rH (in rH mode) measurements Key Specifications Measurement Ranges : ORP: –1,500 mV to +1,500 mV pH: 0 to 14 Process Temperature : 0 – 110 °C (32 – 230 °F) Process Pressure : 0.8 – 14 bar absolute (approx. 11.6 – 203 psi) Ingress Protection : IP68 rated for robust environmental sealing Sensor Materials : Shaft: Glass