Description
Pressure Transmitter is an industrial measurement device designed to convert the pressure of liquids, gases, steam, and other process media into a standardized 4–20 mA output signal for continuous monitoring and process control. Unlike a mechanical pressure gauge that requires manual observation, a pressure transmitter continuously sends accurate pressure data to PLC, DCS, SCADA, HMI, and industrial automation systems, enabling real-time monitoring, alarms, and automated process control. It is widely used in manufacturing, utilities, water treatment, oil and gas, and process industries where reliable pressure measurement is essential.
The Aavad Pressure Transmitter offers a 0–10 Bar gauge pressure range, making it suitable for a wide variety of industrial pressure monitoring applications. It features a standard G1/4 process connection for quick installation and an EN 175301-803 Form A electrical connector, allowing compatibility with widely used industrial wiring systems without requiring special adapters.
Key Features
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Linear 4–20mA Analog Output Transmits a noise-immune current loop signal ideal for long-distance transmission to PLC analog input cards and control loops.
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0–10 Bar Gauge Pressure Measurement Range Optimized for low-to-medium pressure industrial applications, water networks, and hydraulic loops.
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Universal EN 175301-803 Form A Connector Industry-standard Hirschmann-style connector ensures fast plug-and-play wiring, IP65 protection, and hassle-free maintenance.
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Standard G1/4″ Threaded Process Fitting Enables quick, leak-tight installation into standard pressure ports, manifolds, and pipe tees.
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Flexible 10–30V DC Power Supply Range Easily powered by standard 24V DC industrial power supplies or battery-backed 12V DC field systems.
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Rugged Stainless-Steel Construction Engineered to handle demanding process media, fluid pulsation, and harsh ambient plant environments.
Applications
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Hydraulic & Pneumatic Systems Real-time fluid pressure tracking in hydraulic presses, power packs, pneumatic actuators, and air compressor lines.
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Process Industry Automation Pressure monitoring in chemical batch processing, steam lines, water treatment filtration, and boiler feeds.
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Tank & Vessel Pressure Management Monitoring head pressure, blanket gas pressure, and liquid levels in sealed process tanks.
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Mobile Hydraulics & Automotive Testing On-board pressure measurement for construction machinery, agricultural rigs, and pump test benches.
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Pumping Stations & Water Distribution Maintaining line pressure and triggering automated safety shut-offs across booster pump networks.
Datasheet
FAQs
1. What is a Pressure Transmitter?
A Pressure Transmitter is an electronic instrument that measures the pressure of liquids, gases, or steam and converts it into a standard 4–20 mA analog output signal. This signal can be transmitted to PLCs, DCS systems, SCADA platforms, digital indicators, process controllers, and industrial automation systems for continuous pressure monitoring and control.
2. How does a Pressure Transmitter work?
A pressure sensing element detects the applied process pressure and converts it into an electrical signal. The transmitter’s internal electronics condition and amplify this signal before converting it into a standardized 4–20 mA output, which is proportional to the measured pressure and suitable for reliable long-distance transmission.
3. What pressure range does this Transmitter measure?
This model measures a pressure range of 0–10 Bar (Gauge Pressure), making it suitable for monitoring pressure in industrial process systems, water treatment plants, hydraulic equipment, pneumatic systems, chemical processing, OEM machinery, and general industrial automation applications.
4. What output signal does the Transmitter provide?
The Pressure Transmitter provides a standard 4–20 mA analog output signal, which is widely accepted by PLCs, DCS systems, SCADA platforms, pressure indicators, process controllers, data acquisition systems, and industrial automation equipment for accurate pressure monitoring and process control.
