18.605 G Pressure Transmitter Technical Summary
The 18.605G Pressure Transmitter is equipped with a highly reliable piezoresistive stainless steel sensor, ensuring accurate and precise pressure measurements. It adheres to the stringent standards of IEC 60770, guaranteeing an impressive accuracy of 0.5% Full-Scale Output (FSO). This transmitter offers a versatile range of nominal pressure options, spanning from 0 … 1 mH2O up to 0 … 10 mH2O, making it suitable for various applications where precise pressure monitoring is essential. Whether it’s for industrial processes, water management systems, or other critical environments, the 18.605G Pressure Transmitter provides reliable and accurate pressure data to meet the most demanding requirements.
Applications
The 18.605 G is ideal for monitoring water levels in tanks, wells, and reservoirs. Its submersible design allows it to be placed directly in the liquid, providing accurate and reliable level readings even in challenging environments.
This transmitter is commonly used in environmental and hydrogeological studies to track groundwater levels. Its robust construction and resistance to corrosion make it suitable for long-term deployment in boreholes and observation wells.
In sewage and wastewater plants, the 18.605 G helps monitor liquid levels in tanks and sumps. Its ability to withstand aggressive and contaminated fluids ensures consistent performance in harsh treatment processes.
The device is also used for monitoring rivers, lakes, and other surface water bodies. It provides real-time data on water levels, which is essential for flood warning systems, irrigation management, and environmental protection.
Within industrial settings, the transmitter is used to measure and control liquid levels in various process tanks. Its versatility and durability make it suitable for a wide range of industrial fluids and applications.
The 18.605 G is suitable for use in potable water systems, where it monitors reservoir and tank levels. Its materials are compatible with drinking water, ensuring safety and compliance with health standards.
