Product Overview

The SICK TCT is a universal Pt100 resistance thermometer designed for precise temperature measurement in liquids and gases. Its compact stainless steel housing provides durability and reliability in demanding industrial environments. The sensor offers high accuracy and long-term stability, making it suitable for applications requiring consistent performance under varying conditions. With a focus on precision and robustness, the TCT delivers dependable results across a range of process temperatures. Whether used in continuous monitoring or intermittent measurements, this temperature sensor ensures accurate data collection without compromising on physical resilience. Its universal design allows flexibility in integration while maintaining high measurement fidelity.

Key Features and Technology

The TCT utilizes a Pt100 resistance element to provide accurate temperature sensing based on the known electrical resistance change of platinum with temperature. This technology ensures reliable performance across a wide range of conditions. The sensor is built with a rugged stainless steel housing that protects against mechanical stress, corrosion, and environmental exposure. Available in multiple configurations, it supports various process connections and insertion lengths tailored to specific application needs. With either Pt100 output or an integrated measuring transducer providing a 4 mA output signal, the TCT offers flexibility in signal transmission for compatibility with different control systems.

Technical Characteristics

The SICK TCT is a universal Pt100 resistance thermometer designed to measure temperature accurately in liquids and gases. It features a compact stainless steel housing that ensures durability and precise measurement performance. The sensor provides output options including direct Pt100 signal or an integrated measuring transducer with a 4 mA output signal, and also offers a 20 mA output signal for compatibility with standard industrial instrumentation. These outputs enable seamless integration into existing process control systems. The design emphasizes precision, stability, and long-term reliability in temperature measurement applications.

Configuration and Integration

The TCT is available with a variety of process connections and insertion lengths to match specific application requirements. This adaptability allows for precise fitting in different process environments, whether in pipelines, vessels, or other fluid systems. The sensor can be configured with either Pt100 output or an integrated measuring transducer that delivers a 4 mA signal. Additionally, the option of a 20 mA output ensures compatibility with standard industrial control and monitoring systems. This flexibility supports straightforward integration into existing automation setups without requiring extensive modifications.

Operating Environment

The TCT is designed for operation in industrial environments where temperature measurement is critical. It performs reliably under typical process conditions involving liquids and gases. The stainless steel housing provides resistance to mechanical stress, corrosion, and harsh environmental factors. While specific environmental ratings are not provided, the rugged construction ensures suitability for use in demanding settings such as manufacturing lines, chemical processing, or energy systems. The sensor maintains performance across a range of ambient temperatures and process conditions typical in industrial applications.

Industrial Applications

The SICK TCT is ideal for temperature monitoring in liquids and gases across various industrial processes. It can be used in applications such as process control, quality assurance, and safety monitoring where precise temperature data is essential. Its compact design and robust construction make it suitable for use in pipelines, tanks, reactors, and other equipment where reliable sensing is required. The availability of multiple connection types and output signals ensures compatibility with a wide range of industrial systems, supporting accurate measurement in diverse operational environments.