IFM TU4105 is a compact temperature transmitter developed for temperature monitoring in mobile machine applications. It provides dependable temperature information for machine control and monitoring systems. The compact construction supports convenient installation in equipment with limited available space. Its industrial design is suitable for continuous operation in demanding machine environments. TU4105 is a practical solution for automated temperature monitoring and machine condition management.
Explore performance details, construction highlights, applications, and technical information in one clear overview.
TU4105 is part of IFM’s compact temperature transmitter range for mobile machines. It is designed to measure temperature and provide useful information for machine monitoring and control. The transmitter can be integrated into automated machine architectures where thermal conditions need to be monitored continuously. Its compact format supports flexible equipment installation. The product is intended for reliable operation in industrial and mobile machine environments.
The transmitter uses a compact construction designed for integration into machine systems. It provides temperature measurement information to a connected automation or monitoring system. This enables temperature values to be incorporated into machine control strategies. The design supports continuous monitoring rather than occasional manual measurement. It can therefore be used as part of automated machine diagnostics and protection systems.
TU4105 is intended for applications where temperature information is important for machine operation. Continuous measurement can support monitoring of thermal conditions and help identify deviations from normal operation. Its compact construction assists equipment designers in integrating temperature monitoring without requiring excessive installation space. The transmitter is suited to automated industrial machinery and mobile equipment. It supports dependable temperature feedback for machine management.
Temperature monitoring can assist in protecting equipment from excessive thermal conditions. TU4105 can provide useful measurement information for machine control and diagnostic functions. Its compact construction supports integration into machinery with restricted installation areas. The transmitter is appropriate for equipment requiring continuous temperature feedback. It can contribute to improved monitoring and automated machine management.
Compact temperature transmitter
Designed for mobile machinery
Reliable temperature monitoring
Machine-integrated design
Continuous temperature measurement
Suitable for automation systems
Compact installation format
Industrial application suitability
Temperature feedback for control
Suitable for machine diagnostics
Robust transmitter construction
IFM industrial sensor technology
Mobile machinery
Construction equipment
Agricultural machinery
Industrial machine monitoring
Hydraulic machinery
Machine condition monitoring
Thermal monitoring systems
Automated equipment
Machine control systems
Equipment protection
Industrial automation
Temperature-based diagnostics
| Specification | Details |
|---|---|
| Product code | TU4105 |
| Product type | Temperature transmitter |
| Model | TU-025CLEM14-A-ZVG/DE |
| Brand | IFM |
| Product family | Temperature sensors |
| Application family | Compact transmitters for mobile machines |
| Measurement | Temperature |
| Sensor type | Temperature transmitter |
| Application | Mobile machinery |
| Installation | Machine-integrated |
| Design | Compact |
| Function | Temperature monitoring |
| Signal | Temperature measurement output |
| Control use | Machine automation |
| Monitoring use | Thermal condition monitoring |
| Housing | Compact industrial housing |
| Mounting | Application-dependent |
| Connection | Model-specific |
| Electrical supply | Model-specific |
| Output | Model-specific |
| Measuring range | Model-specific |
| Accuracy | Model-specific |
| Response time | Model-specific |
| Protection rating | Model-specific |
| Manufacturer | IFM |