Submersible pressure transmitters are advanced sensing devices designed for continuous liquid level measurement in demanding industrial environments. Built for accuracy and durability, these transmitters are widely used in tanks, wells, boreholes, and wastewater systems. With hydrostatic measurement principles, they ensure precise monitoring of liquid levels regardless of environmental fluctuations.
Key Features
These transmitters offer reliable performance with high accuracy and long-term stability. The internally vented cable design enables effective pressure compensation, ensuring consistent readings even with atmospheric changes. Two-wire technology reduces installation complexity while maintaining efficient signal transmission. The sensors also support industrial certifications, making them suitable for regulated environments.
Application
Submersible pressure transmitters are ideal for water treatment plants, wastewater monitoring, groundwater level detection, and industrial tank level control. They are widely used in borewells, reservoirs, and streaming water systems where continuous and accurate level measurement is essential for operational efficiency and safety.
Design & Functionality
The robust design ensures reliable operation in submerged conditions. The sensor measures hydrostatic pressure and converts it into an analog output signal, allowing seamless integration with control systems. The compact structure and durable materials enhance resistance to harsh environments, including moisture and contaminants.
Total Crossed Beams
Engineered for precision sensing, the internal measurement system ensures consistent signal output across varying depths and pressure levels. This guarantees stable performance in both shallow and deep applications.
Beam Pitch Options
Flexible installation options allow adaptation to different tank depths and well configurations. Accessories such as additional weights and cable clamps enhance positioning accuracy and stability.
Intrinsic Synchronism
The transmitter maintains synchronized pressure compensation through its vented cable design, ensuring real-time accuracy without signal drift. This makes it highly reliable for continuous monitoring systems.
Operational Advantages
These sensors simplify wiring with two-wire technology, reduce maintenance requirements, and deliver long-lasting performance. Their high precision output improves process control, minimizes errors, and enhances efficiency in industrial liquid level monitoring applications.
