The TCC911 is a self-monitoring temperature transmitter designed for accurate and reliable temperature measurement in hygienic industrial processes. Its 50 mm insertion length provides a compact sensing solution for process piping, tanks and vessels. The transmitter combines precise temperature measurement with sensor-health monitoring and IO-Link communication. Its robust stainless-steel construction supports demanding food, beverage and sanitary applications. Advanced diagnostic functions help identify temperature deviations and potential calibration drift at an early stage. The TCC911 provides dependable process temperature information for modern automation and quality-control systems.
Explore performance details, construction highlights, applications, and technical information in one clear overview.
The TCC911 is designed for continuous temperature monitoring where measurement reliability and process quality are important. Its self-monitoring architecture allows temperature deviations to be detected without waiting for conventional calibration intervals. The sensor provides an analogue signal for standard automation systems while IO-Link enables advanced parameterisation and diagnostics. Its compact construction allows installation in hygienic process equipment with limited available space. The transmitter is suitable for continuous operation in demanding industrial environments. It is particularly useful where temperature accuracy directly influences product quality and process consistency.
The sensing system measures the process temperature and converts it into an electrical measurement signal. The TCC architecture uses a primary temperature element together with a reference element to monitor measurement behaviour. Internal diagnostic functions can identify deviations between the measurement elements and support condition monitoring. The analogue output provides process information to conventional control systems. IO-Link provides additional digital access to process values, parameters and diagnostic information. This combination supports both conventional automation and smart-sensor applications.
The transmitter uses a robust stainless-steel process-facing construction suitable for hygienic installations. Its compact 50 mm probe length allows the sensing element to be positioned close to the process medium. The hygienic process connection supports applications in food, beverage and sanitary manufacturing. The electrical connection is designed for reliable industrial wiring and service access. The construction is intended to withstand moisture, vibration and demanding cleaning conditions. The overall design combines compact dimensions with reliable long-term process operation.
The TCC911 provides stable temperature measurement for continuous process monitoring. Its self-monitoring capability provides an additional layer of measurement confidence compared with conventional temperature transmitters. Diagnostic information can help maintenance teams identify sensor deviations before they become major process problems. Fast response characteristics support timely detection of process-temperature changes. The stainless-steel construction supports long-term operation in industrial environments. Proper installation and calibration practices should always be followed for critical applications.
The transmitter supports standard analogue integration with PLC and process-control systems. IO-Link provides digital communication for configuration, diagnostics and process data. Diagnostic information can be transferred to automation systems for condition monitoring. Parameterisation can be performed through a suitable IO-Link master. The transmitter can therefore be incorporated into PLC, DCS, SCADA and IIoT architectures. This flexibility makes it suitable for both existing automation systems and modern digital production environments.
Self-monitoring temperature transmitter
Pt1000-based temperature measurement architecture
Reference-element monitoring for detecting measurement deviation
4–20 mA analogue output
IO-Link communication
Diagnostic monitoring and calibration-check functionality
50 mm insertion length
Stainless-steel hygienic construction
Compact process temperature measurement
Suitable for continuous monitoring
Fast response characteristics
Parameterisation through IO-Link
Process-value transmission to automation systems
Suitable for hygienic manufacturing environments
Designed for food and beverage processes
Food processing equipment
Beverage production lines
Dairy processing systems
Brewing applications
Hygienic tanks and vessels
Process piping
CIP/SIP process monitoring
Temperature quality control
Product temperature monitoring
PLC-based temperature control
DCS process monitoring
Condition-based maintenance
Calibration-drift monitoring
Continuous process supervision
| Specification | Details |
|---|---|
| Product model | TCC911 |
| Order code | TCC050K1EC02-A-DKG/US |
| Product type | Temperature transmitter |
| Sensor family | TCC |
| Measurement principle | Temperature measurement with self-monitoring |
| Primary sensing element | Temperature sensing element |
| Reference element | Integrated reference sensing element |
| Installation length | 50 mm |
| Process connection | Hygienic process connection |
| Probe construction | Stainless steel |
| Measuring medium | Liquids and gases |
| Output | 4–20 mA |
| Communication | IO-Link |
| IO-Link revision | 1.1 |
| IO-Link transmission | COM2 |
| Diagnostic function | Yes |
| Calibration monitoring | Yes |
| Sensor-health monitoring | Yes |
| Response time T05 | Approx. 1.5 s |
| Response time T09 | Approx. 4 s |
| Electrical connection | M12 |
| Housing protection | Industrial/hygienic design |
| Application area | Food, beverage and sanitary processes |
| Installation environment | Industrial process environment |
| Configuration | IO-Link parameterisation |
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