turbidity electrode PTU-8011

Name: turbidity electrode PTU-8011
Brand: Rolig Automation
Price: 2059.00 EUR
Availability: InStock

The SUPMEA PTU-8011 is a robust and precise turbidity electrode for applications in water treatment, process monitoring and environmental analysis. It works according to the 90° scattered light method (ISO 7027) and offers reliable measurements in the range from 0 to 4000 NTU. Thanks to its corrosion-resistant housing, optional self-cleaning and integrated temperature compensation, it is ideal for demanding environments and offers low-maintenance operation with consistently high measurement accuracy.

product description

The SUPMEA PTU-8011 is a high-quality turbidity electrode that was specially developed for precise measurements of turbidity in liquids. It is used in water treatment, industrial process monitoring and environmental and wastewater analysis. The measuring principle is based on the 90° scattered light method and complies with the international standards ISO 7027. This ensures reliable and precise results even in demanding applications.

Thanks to its wide measuring range, which typically ranges from 0 to 4000 NTU, the PTU-8011 is suitable for measurements in both clear and very turbid media. The integrated optical filter technology offers high measuring accuracy and stable values. The robust housing made of chemically resistant material allows use under difficult process conditions. An optionally available self-cleaning function helps to minimize measurement errors caused by deposits or contamination.

For optimum performance, the turbidity electrode has an integrated temperature sensor that automatically compensates the measured values. The PTU-8011 is suitable for permanent use under water and, with protection class IP68, meets high requirements for industrial operation. With its durable and low-maintenance design, the SUPMEA PTU-8011 is a reliable solution for a wide range of applications, be it in drinking water treatment, wastewater monitoring or industrial processes.