In modern measurement and control technology, precise temperature detection plays a central role. The manufacturer Wiesemann & Theis has developed its Web-Thermometer 1x Pt100 / Pt1000 with terminal clamp, a highly advanced temperature monitoring system that can be equally used in industry, research, and the IT sector. This smart, IoT-enabled device allows real-time temperature measurement and offers secure data transmission via network protocols such as MQTT or REST. With its compact design, easy installation, and robust housing, it becomes the ideal solution for demanding monitoring tasks in industrial or technical environments. The thermometer enables precise temperature measurements from -50°C to +180°C, optionally even up to +650°C, making it suitable for both standard and high-temperature applications.

The IoT temperature sensor impresses with an advanced web interface that allows measurement values to be visualized and documented in real-time. Companies that rely on continuous quality monitoring benefit particularly from the combination of precise sensor technology and user-friendly operation. With its terminal clamp, the sensor is quickly operational and can be flexibly integrated into existing networks. Thanks to cloud-based systems, temperature trends can be monitored remotely, and immediate notifications can be received in case of threshold violations. The Web-Thermometer 1x Pt100 / Pt1000 is therefore a prime example of industrial temperature monitoring in the age of connected devices.

The robust hardware architecture from Wiesemann & Theis guarantees reliability in continuous operation. For industrial plants, server rooms, pharmaceutical laboratories, or clean rooms, the precise measurement technology of this device is of great importance. The digital web interface monitoring ensures intuitive operation, while cloud-based storage allows long-term archiving of temperature data. Users can configure alarms, analyze historical trends, or generate automated reports. With this combination of accuracy, flexibility, and ease of use, the device ranks among the leading solutions in cloud-based temperature monitoring.

Since Wiesemann & Theis monitoring systems are modular in design, they can be easily integrated into higher-level IoT platforms. Whether as a standalone wireless thermometer or embedded into a complex process control system, the Pt100 / Pt1000 sensor operates with the highest precision. The built-in calibration function and high-resolution signal processing ensure temperature data that remain stable even in dynamic environments. This makes the Web-Thermometer 1x Pt100 / Pt1000 the perfect choice for engineers, IT administrators, and quality managers who do not compromise on measurement accuracy and data security.

Outstanding Features of the Wiesemann & Theis Web-Thermometer

The Web-Thermometer 1x Pt100 / Pt1000 with terminal clamp combines forward-looking technology with simple operation. At its core is the precise temperature sensor, operating optionally with Pt100 or Pt1000. Both sensor types have been established in industrial measurement technology for decades and guarantee maximum measurement stability. This sensor is used, for example, in food monitoring, production halls, laboratories, or data centers. It impresses with high signal resolution, short response time, and a very small measurement error. The robust housing reliably protects the electronics against dust, moisture, and electromagnetic influences.

The measurement value is recorded in real-time and output via the integrated web interface or common IoT protocols. This allows easy integration into existing monitoring and automation systems. With the optional cloud connection, temperature trends can be documented over long periods. The system offers variable timestamps, maximum data security, and automatic alarm messages via e-mail or push notification. In this way, users maintain control over critical environmental parameters at all times, regardless of location. The combination of hardware precision and intelligent software makes the sensor an indispensable tool for modern infrastructure monitoring.

Technical Highlights in Detail

• Measurement range: -50°C to +180°C, extendable up to +650°C
• Connection: Terminal clamp for Pt100 / Pt1000 sensors
• Integration: Support for OPC UA, MQTT, REST
• Power supply: PoE or external supply
• Long-term storage: Integrated temperature data logger for 20 years
• Alarm functions: Up to 12 individually configurable temperature alarms
• Web interface: Intuitive operation without additional software
• Security: Encrypted data transmission and password protection
• Data analysis: Charts, trends, export functions
• Compatibility: Integration with cloud and SCADA systems

Application Areas for the Web-Thermometer Pt100 / Pt1000

The application possibilities of this industrial temperature sensor are diverse. In server rooms, it protects critical hardware against overheating and ensures stable climate control. In laboratory environments, it enables precise control of sensitive chemical and biological processes. For pharmaceutical applications, the sensor meets the requirements of Good Manufacturing Practice (GMP) by documenting exact temperature profiles. In the food sector, the thermometer is also used to monitor compliance with cold chains. During the storage of temperature-sensitive goods or during transport, remote temperature monitoring helps prevent quality losses.

In the energy and automation sector, the sensor is used to monitor thermal processes, such as in motors, pumps, or transformers. Precise real-time measurement optimizes maintenance cycles and increases energy efficiency. The device is also valuable in building automation systems: Here, the thermometer ensures optimal room climate and, through intelligent IoT monitoring, contributes to reducing energy costs. In agricultural engineering, the device supports the control of climate conditions in greenhouses or livestock facilities, ensuring consistent temperatures.

Cloud-based Temperature Monitoring and Analysis

A key advantage of the Wiesemann & Theis Web-Thermometer lies in its cloud integration. By using an internet-based storage system, temperature data can be accessed and analyzed globally. The operator can access historical measurements, identify trends, and respond early to anomalies. This functionality plays a decisive role, especially in cold chain monitoring, as temperature deviations become immediately visible. Through the intuitive dashboard, temperature trends can be displayed graphically and exported. The device also supports remote updates, allowing software adjustments and security patches to be automatically applied.

The combination of cloud analytics, precise sensors, and user-friendly monitoring makes the Web-Thermometer Pt100 / Pt1000 one of the most effective tools for quality control in modern industrial environments. Companies benefit from a transparent data base that can be used for audits, certifications, or internal process optimization. At the same time, data protection remains guaranteed, as Wiesemann & Theis relies on encrypted communication channels and secure user management.

Smart Functions and Easy Handling

Setting up the Web-Thermometer is quick and uncomplicated. Thanks to the terminal clamp, the Pt100 or Pt1000 sensor can be mounted cleanly without requiring elaborate soldering work. The device is configured via the web interface and is operational immediately after connection. Settings such as measurement intervals, alarm thresholds, or cloud synchronizations can be flexibly adjusted. Thanks to its clear interface, the system is suitable for both experienced technicians and beginners. Extensive help functions and a clearly structured menu guide make daily use of the sensor significantly easier.

Efficiency Enhancement through IoT Integration

In modern industrial landscapes, it is crucial to create efficient processes. Integrating the web thermometer into existing IoT infrastructures offers great potential here. Data can be captured in real-time from multiple locations and centrally evaluated. Via the MQTT protocol, measurement values can be forwarded to other IoT components to realize automatic control actions. For example, an air conditioning system can respond immediately when temperature changes are detected, or an alarm can be triggered if defined thresholds are exceeded. In this way, the sensor supports predictive maintenance and saves costs in the long term.

Reliability and Warranty

Wiesemann & Theis has stood for quality and durability for many years. The Web-Thermometer Pt100 / Pt1000 is designed for continuous use and can withstand harsh environmental conditions. Companies that rely on constant measurement reliability benefit from a five-year manufacturer's warranty. Thanks to ongoing firmware updates, the temperature monitoring system always remains at the cutting edge of technology. Support from the manufacturer’s qualified engineers also ensures that individual requirements can be met at any time.

Conclusion: Future-Proof Temperature Monitoring for Any Application

Those seeking a reliable, precise, and flexible solution for temperature measurement will make the right choice with the Wiesemann & Theis Web-Thermometer 1x Pt100 / Pt1000 with terminal clamp. The combination of easy handling, versatile integration, and high measurement accuracy is convincing in every application. Whether in an industrial production environment, research, food monitoring, or the IT sector – this device always delivers exact values and a clear data presentation. In addition, the cloud connection opens up new possibilities for efficient and sustainable temperature monitoring. In this way, the system makes an important contribution to quality assurance and process optimization across various industries.