Endress+hauser CCS58E Digital ozone sensor Memosens
- High-precision ozone measurement
- Robust, surfactant-resistant membrane
- Memosens 2.0 technology
- 0 to 2 mg/l range
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Description
Endress+Hauser CCS58E: Ozone Monitoring Excellence
The Endress+Hauser CCS58E Memosens sensor stands as a pinnacle of innovation in ozone measurement, offering a low-maintenance solution equipped with the very latest Memosens technology. This sensor delivers high-precision measurements with an almost exclusive specificity for ozone, ensuring unparalleled accuracy for reliable disinfection monitoring in diverse applications. Its robust sensor membrane boasts high surfactant resistance, making it particularly well-suited for demanding cleaning processes, such as bottle cleaning. Furthermore, by leveraging the power of Memosens digital technology, the CCS58E guarantees exceptional data integrity and provides a perfect foundation for implementing predictive maintenance strategies, thereby enhancing operational efficiency and reliability.
Ensuring Safe Wastewater Discharge with Ozone
The Endress+Hauser CCS58E sensor is an indispensable tool in wastewater treatment plants, where it plays a critical role in guaranteeing the safe discharge of treated water. Ozone is a powerful disinfectant, and precise monitoring of its concentration is essential to ensure that harmful pathogens are effectively neutralized before the water is released into the environment. The CCS58E’s high specificity for ozone ensures that operators receive accurate and reliable data, enabling them to maintain optimal disinfection levels. This not only protects ecosystems but also ensures strict compliance with environmental regulations, making the CCS58E a cornerstone of responsible wastewater management.
Optimizing Disinfection in Drinking Water Production
In the production of drinking water, ensuring sufficient disinfection is paramount for public health and safety. The CCS58E ozone sensor is meticulously designed to provide precise and continuous monitoring of ozone concentrations throughout the treatment process. This enables water treatment facilities to maintain optimal disinfection levels, effectively eliminating bacteria, viruses, and other microorganisms without the risk of over-dosing. The sensor’s reliability and accuracy contribute significantly to producing clean, safe drinking water, protecting communities, and upholding stringent quality standards for this essential resource.
Hygienic Assurance in Process Water Applications
The food and beverage industry, along with other sectors requiring stringent hygiene, relies heavily on ozone for disinfecting process water. The CCS58E sensor is ideally suited for these applications, where it helps provide hygienic packaging and bottling by accurately monitoring ozone levels in cleaning and rinsing processes. Its robust membrane, with high surfactant resistance, ensures stable performance even in the presence of detergents, making it perfect for demanding tasks like bottle cleaning. This precision in ozone measurement helps prevent contamination, safeguard product quality, and extend shelf life, while meeting the highest industry hygiene standards.
Robust Design for Challenging Cleaning Processes
A key advantage of the Endress+Hauser CCS58E sensor is its robust membrane technology, which guarantees high surfactant resistance. This characteristic makes the sensor exceptionally suitable for challenging cleaning processes, such as automated bottle cleaning in the food and beverage industry. In these applications, the presence of various cleaning agents and detergents can often interfere with sensor performance. However, the CCS58E’s design ensures stable and reliable measurements even under these conditions, contributing to consistent and effective disinfection. This resilience translates into fewer maintenance interventions and more reliable process control.
Unmatched Specificity for Reliable Ozone Values
The Endress+Hauser CCS58E sensor boasts an almost exclusive specificity for ozone. This means that its measurements are highly accurate and largely unaffected by other substances that might be present in the water, ensuring that the readings truly reflect the ozone concentration. This high specificity is crucial for reliable disinfection processes, as it allows operators to confidently assess the effectiveness of their ozone treatment. By providing precise and dependable measured values, the CCS58E helps prevent under-dosing, which could lead to inadequate disinfection, and over-dosing, which could be wasteful and potentially harmful.
Advanced Diagnostics with Heartbeat Technology
Equipped with Heartbeat Technology, the CCS58E sensor goes beyond simple measurement by offering advanced diagnostics and enhanced analytical capabilities. This innovative feature provides additional insights into the sensor’s health and performance, including electrolyte counters that allow for application-specific maintenance intervals. This means maintenance can be planned proactively, preventing unexpected downtime and extending the sensor’s lifespan. Heartbeat Technology transforms routine monitoring into a predictive maintenance strategy, optimizing operational efficiency, reducing costs, and ensuring continuous reliability of the ozone measurement point.
Your Global Partner for Quality: Trust tpt24
For cutting-edge ozone monitoring with the Endress+Hauser CCS58E Memosens sensor, tpt24 is recognized as the premier global online store. We pride ourselves on being the world’s leading online platform for this exceptional product, offering an unwavering commitment to both authenticity and superior quality. At tpt24, we understand the critical importance of reliable ozone measurement in your operations, and we are dedicated to delivering excellence to customers across the globe. By choosing tpt24, you gain access to genuine Endress+Hauser products, backed by our promise of quality and global delivery, ensuring you receive the best solution for your ozone monitoring needs.
Specifications
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Measuring principle
Ozone
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Application
Drinking water – ensures adequate disinfection
Process water – for hygienic packaging and filling
Wastewater – to ensure safe discharge water -
Characteristic
Amperometric measurement of dissolved ozone
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Measuring range
0 to 2 mg/l
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Measuring method
– closed 2 electrode system
– conversion of ozone into a signal current in nA
– signal current is proportional to the concentration of ozone
– the measurement is not pH dependent -
Design
– exchangeable, electrolyte-filled membrane cap
– working and counter electrode
– adaptable shaft for flexible installation in assemblies -
Material
Sensor shaft: PVC
Membrane: Silicone
Membrane cap: PVC -
Dimension
Diameter: 25 mm (0.98 in)
Length: 161 mm (6.34 in) -
Process temperature
+0 to 45 °C (32 to 110 °F), non freezing
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Process pressure
1 bar (14.5 psi), 2 bar (29 psi) absolute
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Temperature sensor
10k NTC integrated (Memosens)
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Connection
Inductive, digital connection head with Memosens
Data Sheet
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