Endress+Hauser CPS12E Digital ORP Sensor with Memosens 2.0

Description

Endress+Hauser CPS12E: Digital ORP Sensor Excellence

Digital All-Rounder for Harsh Process Conditions

The Memosens CPS12E stands out as a digital, all-round ORP (Oxidation-Reduction Potential) sensor, engineered for reliable performance even in the most demanding applications and hazardous areas. Its design prioritizes low maintenance and an extended operating life, offering exceptional value for money. The integration of Memosens 2.0 digital technology provides a robust foundation for predictive maintenance, facilitated by the extended storage of crucial calibration and process data. This plug-and-play sensor simplifies operation, significantly increasing process uptime and efficiency.

Ideal for Long-Term Monitoring Applications

The CPS12E is particularly well-suited for long-term monitoring and limit monitoring of processes that feature stable operational conditions. Its robust nature makes it a preferred choice in the chemical industry, where reliable ORP measurement is essential for process control and safety. Similarly, the pulp and paper industry benefits from its durability and consistent performance. Power plants and incineration plants also rely on the CPS12E for continuous monitoring in challenging environments, ensuring operational stability and compliance with environmental regulations.

Effective in Water and Wastewater Treatment Processes

In the critical sector of water and wastewater treatment, the Memosens CPS12E demonstrates its versatility and reliability. It is highly effective for monitoring drinking water quality, ensuring that it meets stringent purity standards. The sensor is also adept at handling cooling water applications, where maintaining the correct ORP levels is crucial for preventing corrosion and biofouling. Its application extends to well water monitoring and the comprehensive treatment of wastewater, where its robust design and accurate measurements contribute to public health and environmental protection.

Hazardous Area Operation with Global Certifications

The CPS12E is designed with safety as a top priority, featuring ATEX, IECEx, CSA C/US, NEPSI, Japan, and INMETRO approvals. These certifications confirm its suitability for use in hazardous areas, specifically zones 0, 1, and 2, where explosive atmospheres may be present. This broad range of international approvals ensures that the sensor can be deployed with confidence in a variety of high-risk industrial environments, providing reliable ORP measurement without compromising safety protocols.

Benefits: Robustness and Low Maintenance Design

A significant benefit of the CPS12E is its robust, low-maintenance design, which translates to reduced operational costs and increased process reliability. The sensor features a large, dirt-repellent PTFE junction that actively protects against soiling by the medium, a common issue in many industrial processes. Furthermore, its long poison diffusion path effectively prevents the electrode reference from becoming poisoned, extending the sensor’s lifespan and maintaining measurement accuracy over extended periods, even in challenging media.

Enhanced Reliability for Oxidizing and Reducing Media

The CPS12E ensures extremely reliable measurement across a wide spectrum of media, thanks to its specialized construction. The measuring element, available as a gold pin or platinum cap, is designed to cover the full range of oxidizing or reducing media effectively. The sensor shaft is made from glass, providing high chemical stability and resistance to aggressive substances. Additionally, the sensor is pressure stable up to an impressive 17 bar absolute, making it suitable for a variety of pressurized process applications.

Memosens 2.0 for Predictive Maintenance and IIoT

The integration of Memosens 2.0 technology is a key advantage of the CPS12E, enabling the sensor to store extensive process and calibration data directly. This capability lays the groundwork for advanced IIoT (Industrial Internet of Things) services and predictive maintenance strategies. By providing detailed insights into sensor performance and calibration history, Memosens 2.0 facilitates proactive maintenance scheduling, reducing unexpected downtimes and optimizing operational efficiency. The inductive signal transmission further enhances process safety through non-contact data transfer.