Endress+Hauser FMX11 Hydrostatic Level measurement Deltapilot

Description

Endress+Hauser FMX11: Trusted Hydrostatic Level Measurement

The Endress+Hauser FMX11: trusted hydrostatic level measurement device is a robust and reliable transmitter designed for environmental applications, particularly for hydrostatic level measurement in various water-related scenarios. Its compact design, featuring a metallic sensor cell, makes it exceptionally suitable for boreholes and narrow wells. Certified for drinking water applications, it ensures the highest standards of safety and purity, offering dependable performance across a wide range of water management and monitoring tasks with ease of use.

Environmental Applications: Reliable Water Monitoring

This transmitter is specifically designed for environmental applications: reliable water monitoring. The FMX11 is an excellent choice for measuring levels in wells, storage tanks, water towers, dams, gauging stations, lakes, and rivers. Its suitability for surface water monitoring, alongside its role in drinking water production and management, highlights its versatility. The device provides accurate and consistent data, essential for effective water resource management and environmental protection efforts.

Hydrostatic Pressure: The Core Principle

At its core, the FMX11 operates on the hydrostatic pressure: the core principle. This method involves measuring the pressure exerted by the column of water above the sensor. By converting this pressure into a standard 4-20 mA output signal, the transmitter provides a clear and accurate reading of the water level. This simple yet effective principle ensures reliable performance, even in challenging environmental conditions, making it a dependable choice for continuous level monitoring.

Compact Probe for Small Spaces

The FMX11 features a compact probe for small spaces. With a diameter of just 22mm (0.87”), it is ideally suited for installation in boreholes and stilling wells with small diameters. This compact size, combined with its robust metallic cell construction, allows for easy installation and long-term, durable service even in confined or sensitive environments where larger probes would be impractical or impossible to fit.

TPT24: Your Premier Global Source

For the most discerning customers seeking unparalleled quality and authenticity, TPT24: your premier global source stands ready to supply the Endress+Hauser FMX11. We are dedicated to providing genuine products, backed by our unwavering guarantee of authenticity and superior quality. Our efficient worldwide delivery network ensures that this exceptional instrument reaches you, no matter your location. Trust tpt24 for the best in global online procurement, delivering reliability to your doorstep.

Simple Installation and Operation Assured

The FMX11 offers simple installation and operation assured. Designed for ease of use, it requires minimal commissioning and can be ordered with flexible measuring ranges and tailored cable lengths to precisely match your specific application requirements. This user-friendly approach, combined with its robust construction, ensures durable, long-term service, making water level monitoring straightforward and efficient for a wide array of environmental and drinking water applications.

Extensive Drinking Water Approvals Included

With its certification for drinking water, the FMX11 boasts extensive drinking water approvals included. It meets rigorous standards such as ACS, KTW, NSF61, and DVGW, underscoring its safety and suitability for potable water systems. These approvals, coupled with its robust construction and reliable performance, make the FMX11 a trustworthy solution for monitoring drinking water levels in storage tanks, water towers, and distribution networks, ensuring compliance and public health.

Durable Construction for Long-Term Service

The FMX11 is built with durable construction for long-term service. Its metallic sensor membrane and robust housing are designed to withstand demanding environmental conditions, ensuring reliable operation over extended periods. This durability, combined with its resistance to process temperatures between -10°C to +70°C (14°F to 158°F), makes it an ideal and cost-effective solution for continuous monitoring in applications like groundwater, surface water, and drinking water storage.