Endress+hauser CAT810 Sample preparation Liquiline System
- Primary Function: Automatic Sample Preparation
- Key Feature: Self-Cleaning Crossflow Filter
- Control: Via Liquiline System Analyzer
- Response Time: Significantly Shortened
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Description
Endress+Hauser CAT810: Advanced Sample Preparation System
Ensuring Clean Filtrate for Accurate Monitoring
The Endress+Hauser CAT810 Liquiline System represents a sophisticated solution for preparing clean filtrate, essential for continuous online monitoring in both municipal and industrial wastewater treatment plants, as well as various industrial processes. The system’s core innovation lies in its self-cleaning crossflow filter, ingeniously designed to prevent filter blocking, a common issue that can compromise measurement accuracy and process safety. This proactive self-cleaning mechanism ensures a continuous supply of high-quality filtrate, thereby increasing overall process safety and reliability. Furthermore, the CAT810 is engineered with minimized dead volume, a critical feature that allows it to promptly reflect changes occurring within the process. This rapid response capability significantly shortens the response time of downstream measuring devices, enabling quicker adjustments and more efficient process control, ultimately leading to optimized outcomes and reduced operational inefficiencies.
Specific Applications for Wastewater and Industry
The Liquiline System CAT810 is purpose-built to excel in several critical sampling and preparation applications across different sectors. A primary application is its use at the outlets of both municipal and industrial wastewater treatment plants. Here, it efficiently collects and prepares samples, ensuring that the downstream analytical instruments receive clean, representative filtrate for accurate monitoring of effluent quality and compliance with discharge regulations. Another vital application involves the collection of aqueous samples directly from pressurized pipes within industrial processes. This capability is crucial for industries where real-time monitoring of process streams is necessary for quality control, safety, or operational optimization. By providing a consistently clean sample, the CAT810 enables reliable performance of downstream analyzers, ensuring that critical process parameters are accurately tracked and managed.
Long Maintenance Intervals Through Smart Design
The CAT810 is designed with operational efficiency and cost reduction firmly in mind, offering significantly long maintenance intervals thanks to its intelligent automatic back-flush function. This automated system periodically cleans the filter element, removing accumulated solids and preventing blockage without manual intervention. This feature not only reduces the frequency of necessary maintenance tasks but also minimizes downtime, ensuring that the system is available for continuous operation. Complementing this is the ease of maintenance, which is further enhanced by a tool-free design for replacing filter elements. This allows for quick and effortless maintenance, saving valuable time and reducing the need for specialized tools or personnel. Such thoughtful design considerations contribute to lower overall operating costs and improved plant productivity, making the CAT810 a highly cost-effective solution.
User-Friendly Control and Synchronization Features
The operational management of the CAT810 is made exceptionally simple and efficient through its seamless integration with the user-friendly Liquiline System analyzer, typically the CA80 model. This synchronization ensures perfect harmony between the sample preparation unit and the downstream measuring devices, guaranteeing that the entire measuring point operates cohesively. Control and parameterization are managed intuitively via the analyzer’s interface, allowing operators to easily configure settings, monitor performance, and manage the back-flush cycles. Additionally, the system offers timer-controlled operation as a standalone option, providing flexibility for applications where direct integration with an analyzer might not be feasible or necessary. This blend of integrated control and standalone capability ensures that the CAT810 can be optimally adapted to a wide variety of installation requirements and operational preferences.
Optimized Mounting for Diverse Installation Needs
The Endress+Hauser CAT810 offers remarkable versatility in its mounting options, ensuring an optimum fit for virtually any application and installation environment. It is available in several configurations: a panel version for convenient mounting onto control cabinets or panels, a basic version designed for straightforward installation, and a version prepared for housing within the CA80 stand. This flexibility allows engineers and technicians to select the most suitable configuration based on available space, existing infrastructure, and specific operational requirements. Regardless of the chosen mounting option, the CAT810 is engineered for robust performance and reliable operation. This adaptability ensures that the sample preparation system can be seamlessly integrated into a wide range of plant layouts, maximizing efficiency and accessibility for maintenance and operation.
Minimized Dead Volume for Rapid Response
A key design principle of the CAT810 is the minimization of dead volume within the system. Dead volume refers to the amount of liquid that remains within the system components after a sample has been drawn or after a flush cycle. By significantly reducing this residual volume, the CAT810 ensures that changes occurring in the process are reflected much more promptly at the downstream measuring devices. This reduction in dead volume directly leads to a shorter overall response time for the analytical system. In dynamic processes where rapid detection of parameter changes is crucial for control and optimization, this feature is invaluable. It allows for faster corrective actions, leading to improved process stability, enhanced product quality, and greater operational efficiency by minimizing the lag time between a process event and its measurement.
The World’s Leading Source: tpt24 for CAT810
For reliable access to the Endress+Hauser CAT810 sample preparation system, look no further than tpt24, the undisputed premier online store on a global scale. At tpt24, we understand the critical importance of accurate and reliable sample preparation in your processes. That’s why we are committed to providing genuine Endress+Hauser CAT810 units, ensuring product authenticity and uncompromising quality with every purchase. Our mission extends beyond just selling products; we are dedicated to delivering these essential systems to customers worldwide. No matter where your facility is located, tpt24 guarantees timely and secure delivery, making us the most trusted source for your sampling needs. Choose tpt24 for unparalleled product assurance and global accessibility.
Specifications
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Measuring principle
Colorimetric
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Characteristic
Automatic sample preparation system for supplying process measuring devices with filtered samples from pressurized pipes
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Size
Panel version:
870 x 350 x 177 mm
34.25 x 13.78 x 6.97 inch
Prepared for stand housing CA80:
828 x 327 x 327 mm
32.6 x 12.87 x 12.87 inch
Basic version:
811 x 303 x 131 mm
31.93 x 11.93 x 5.16 inch -
Design
Back-wash filter system with various mounting options:
Panel version, Prepared for stand housing of CA80, Basic version – filter unit -
Process temperature
4 to 40 °C (39 to 104 °F)
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Ambient temperature
4 to 40 °C (39 to 104 °F)
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Process pressure
1.5 to 4.0 bar (21.76 to 58.01 psi)
For optional automatic cleaning:
2.0 to 5.0 bar (29.0 to 72.5 psi); but at least 0.5 bar (7.3 psi) > process pressure -
Specials
Optional back-flush with pressurizd air or water
Controling and parametrition via Lquiline System CA80
Stand-alone version with time-control available -
Application
Sampling from pressurized pipes
Preliminary and secondary clarification of municipal and industrial wastewater treatment plants
Sampling of aqueous media from industrial processes -
Power supply
100 to 120/200 to 240 V AC ±10%, 50/60 Hz











