Endress+hauser CUS50D Turbidity and suspended solids sensor Turbimax

Description

Endress+Hauser CUS50D: Smart Sensor for Turbidity Measurement

The Endress+Hauser CUS50D Turbimax sensor is a state-of-the-art solution designed for demanding industrial wastewater and process applications, enabling extended periods of unattended operation. Its core strength lies in its absorption measuring principle, which facilitates a convenient single-point calibration, simplifying setup and ensuring accuracy. The sensor comes equipped with various integrated analytical models, allowing for precise adaptation to specific application requirements. Utilizing advanced Memosens digital technology, the CUS50D guarantees maximum process integrity and data security, all while offering a remarkably simple and intuitive user experience. Its exceptional resistance to corrosion and the capability for laboratory calibration further enhance its utility in challenging environments.

Robust Performance in Diverse Industrial Settings

The CUS50D sensor is engineered for high-level measurement accuracy and repeatability, ensuring stable and reliable readings, particularly in the challenging middle and high turbidity ranges. Its construction prioritizes durability and low maintenance. The sensor head is crafted from a dirt-repellent Teflon derivative, which actively resists fouling and buildup, crucial for maintaining sensor performance over time. Furthermore, the robust plastic version of the sensor is specifically designed for use in corrosive media or saltwater applications, providing extended operational life and reducing replacement frequency in harsh chemical environments.

Streamlined Commissioning for Immediate Use

A significant benefit of the Turbimax CUS50D is its fast and straightforward commissioning process. Each sensor is delivered pre-calibrated, and includes a selection of application models to cover a wide array of common scenarios. Fine-tuning for specific process conditions is easily achieved through simple single-point calibration, minimizing downtime and setup complexity. The sensor also features an automatic sludge model that intelligently selects the optimal signal path for different types of sludge, ensuring consistent and accurate measurements regardless of variations in the sample matrix, which is invaluable in wastewater treatment.

Applications Across Wastewater and Process Media

The CUS50D sensor’s versatility shines through its wide-ranging applications in both industrial wastewater treatment and various process media monitoring. In industrial wastewater, it excels at measuring solids content in process and wastewater sludge, optimizing sludge dewatering and handling. It is also used for precise flocculent dosing based on absorption measurements, ensuring efficient chemical treatment. The sensor is adept at measuring the concentration of milk products in wastewater streams. Within process media, it accurately measures concentrations of materials like titanium dioxide, and it performs exceptionally well in highly absorptive media, such as in the final cleaning stages of sewage treatment plants dealing with very dark effluents.

Optimizing Measurement with Integrated Models

The sensor’s ability to integrate various analytical models is a key feature that allows for perfect process adaptation. These models are tailored to specific measurement tasks, such as determining turbidity, suspended solids, or absorption. This intelligent approach ensures that the sensor’s output is optimized for the particular application, providing more meaningful and actionable data. Whether it’s quantifying solids in sludge or monitoring specific components in process fluids, the pre-loaded or selectable models simplify calibration and improve measurement confidence, making the CUS50D a highly adaptable tool for diverse industrial needs.

Designed for Easy Installation and Robustness

Installation of the Turbimax CUS50D is designed to be fast and efficient, with options for both in-situ immersion directly into the process or use with retractable assemblies. This flexibility allows for easy sensor positioning and maintenance. The sensor itself has a compact 40 mm diameter design, with overall dimensions of 209.5 x 40 mm, making it suitable for a variety of installation configurations. The materials used are chosen for maximum durability: the sensor head is made from PCTFE (Polychlorotrifluoroethylene), a highly resistant material, while the sensor shaft is available in either 1.4571 stainless steel (316TI) or a robust plastic (PPS GF40) for enhanced corrosion resistance.

Superior Materials and Connectivity Assured

The selection of materials for the CUS50D underscores its design for longevity and performance in challenging industrial environments. The use of PCTFE for the sensor head provides exceptional chemical resistance and a non-stick surface, crucial for maintaining accurate measurements in dirty or corrosive media. The stainless steel option for the shaft offers strength and stability, while the plastic variant provides added chemical resilience. The O-ring seals are made from EPDM, known for its excellent resistance to a wide range of chemicals and temperature variations. Connections are standard G1 or NPT3/4, ensuring broad compatibility with existing piping and mounting systems.