Endress+Hauser Conducta Inc. products

The CML18 is a versatile mobile device designed for measuring pH/ORP, conductivity, oxygen, and temperature across various industries. This device ensures accurate and reliable measurements critical for maintaining quality and compliance in diverse applications. Featuring a robust design, it integrates advanced digital sensor technology, including Memosens protocol, to deliver precise and stable results. The CML18 supports a wide range of conductivity measurements, essential for applications where diverse conductivity levels are present. Its digital sensors, specifically developed for Memosens, enhance measurement accuracy and manageability, making it a crucial tool for modern process monitoring and control. The device is suitable for on-the-go testing, ensuring flexible and comprehensive monitoring capabilities to meet industry-specific needs.

The OPS11D is a highly reliable digital pH/ORP sensor designed for applications requiring low maintenance and high durability. It features a large PTFE ring junction, making it suitable for use under pressures up to 17 bar abs. (246 psi). The sensor is available in various configurations to cater to different media types, including highly alkaline substances and those containing hydrofluoric acid. For low conductivity media, an AS version is also available. The integration of an NTC30K temperature sensor provides efficient temperature compensation, while options for Pt100 or Pt1000 analog sensors further enhance versatility. An ion trap option offers poison resistance, making this sensor a robust choice for demanding environments.

The OCCS 51 is an advanced analog sensor designed for fast and precise disinfection measurement. With a rapid response time of less than 25 seconds for 90% of the signal (t90), it facilitates accurate monitoring and immediate response to changes in the process, ensuring effective process control. The sensor enhances process safety by providing precise, stable measurements over long periods, supporting consistent process monitoring and adjustable disinfectant dosing as needed. Notably, the amperometric design requires minimal maintenance, reducing ownership costs compared to traditional colorimetric systems. Moreover, the OCCS 51 can be seamlessly integrated with the Liquisys chlorine transmitter, ensuring compatibility with existing analog free chlorine measuring setups and supporting continuity in operational infrastructure.

The OOS61 oxygen sensor leverages optical technology to ensure minimal maintenance and maximized availability. It is fully compatible with established OCM44X and OOM223/253 systems, which facilitates an easy transition to optical measurement. The sensor integrates digital signal processing, storing calibration data within the unit itself and providing high electromagnetic compatibility (EMC) protection through digital communication with the transmitter. The device offers extended maintenance intervals and is engineered for long-term stability. Its intelligent self-monitoring capability ensures accurate measurements. The sensor can measure in still water without requiring flow, making it versatile for various applications.

The AF12 sensor accurately measures particulates ranging from 200ppm to 10,000ppm, featuring Pyrex optics for consistent performance under industrial conditions. Alternative options include fire polished Quartz, Lexan®, or Sapphire optics. It utilizes a low voltage incandescent lamp for extended operational life. The sensor can be equipped with VIS blocking filters to eliminate color-related measurement errors or configured to measure color absorbance between 400nm and 1100nm. Designed for ultra-hygienic environments, it supports CIP and SIP cleaning protocols, with a material finish of Ra16 or better. Customization options are available to fit different process connections and line sizes. The patented EasyCalTM option allows for quick, online NIST traceable calibration. Air purge ports prevent condensate buildup on optical windows, while a patented window wiping system eliminates process buildup. FM and ATEX approved explosion-proof lamps are available for hazardous applications. Each sensor is pre-tested and delivered with detailed certifications for validated process compliance.