Temperature measurement

Temperature sensors, with the certain extras.

Indispensable for industry and commerce – our temperature measurement technology ensures the highest precision and reliability. Temperature monitoring and control is a critical factor in numerous industries such as the chemical, food/pharmaceutical, railway/automotive industry, plant engineering and automation technology. With our temperature transmitters, combined pressure and temperature transmitters as well as temperature switches, you not only ensure optimal production control, but also increase the safety and efficiency of your systems. Benefit from our experience and innovative solutions.

Temperature transmitter

Pressure and temperature transmitter

Temperature switch

Temperature Transmitters

These temperature sensors are designed for precise temperature measurement. They convert the physical quantity temperature into an electrical signal and impress with their high signal stability even under extreme conditions.

Pressure and Temperature Transmitters

Ideal for applications that require simultaneous monitoring of pressure and temperature, these pressure and temperature sensors an integrated solution that saves space and costs.

Temperature Switches

Temperature switches are essential for overheating protection and other safety functions. They switch accordingly predefined temperature limits to prevent damage and failures.

What is temperature measurement technology?

Temperature measurement technology is the recording and monitoring of temperature values in a wide variety of applications. This technique is crucial for regulating and controlling compliance with specific process requirements.

How does temperature measurement work?

Temperature measurement is done by sensors that use the physical property of resistance to detect temperature changes and convert them into electrical signals. The conversion also compensates for nonlinearities of the sensor element, so that no further corrections need to be made in the evaluating unit to obtain precise temperature information.

What temperature measuring devices are there and how do they work?

Resistance Temperature Sensors (RTD): Use the resistance of metals that changes depending on temperature to provide very accurate temperature measurements.
Electric thermometers: Generate an electrical voltage in thermocouples that is directly dependent on temperature. Electrical temperature measurements can be carried out quickly and widely.
Infrared sensors: Measure the infrared radiation emitted by objects in order to detect temperatures without contact.
Temperature transmitters: Convert the input signal from temperature sensors such as RTDs and thermocouples into a standardized output signal suitable for precise monitoring.
Temperature and pressure transmitters: Pressure and temperature measurement technology is used to transform physical measured values into electrical signals. In contrast to pure temperature transmitters, the pressure changes are also measured at the same time via a pressure transmitter converted into a separate signal, which can then be further processed.

Which technologies are used as sensor elements?

Various technologies can be used as sensor elements. The most well-known sensor elements are NTC / PTC thermistors and thermocouples.

NTC thermistors are temperature-dependent resistors whose value decreases as the temperature increases.
PTC thermistors are temperature-dependent resistors whose value increases with increasing temperature. Well-known varieties are Pt100 and Pt1000. These sensors are characterized by the fact that a defined characteristic curve applies due to the materials used.
Thermocouples are sensors that rely on the thermoelectric effect. To do this, two metal wires made of different materials are connected at one point. A voltage can be measured at the ends of the wires, which changes depending on the temperature. Thermocouples are specified in different types. The types refer to the metals used, e.g. type K for nickel-chromium/nickel-aluminum.

Areas of application of temperature transmitters

Our temperature transmitters can be used in various industries, such as:

Chemical industry: For reaction control and process reliability.
Food processing: Ensuring compliance with temperature regulations for food safety during production, storage and transport.
Pharmaceutical industry: ensuring compliance with manufacturing protocols.
Electronics manufacturing: Control of temperature conditions in cleanrooms and in the manufacture of semiconductors and other sensitive electronic components.
Automotive: Used in vehicle production to control temperature-critical processes such as painting and engine testing.

These are specific applications:

Industrial applications and measurement tasks: Used in various manufacturing processes, from monitoring gases and exhaust gases to temperature control in metal processing.
Fluids: Monitoring the temperatures of fuels, coolants, oils, and water in various applications such as hydraulic systems or cooling systems.
Heating, air conditioning and ventilation technology: regulation and monitoring of temperature to optimise energy consumption and ensure optimal operating conditions.
Mechanical and plant engineering as well as piping systems: Precise temperature monitoring to prevent overheating and to ensure process efficiency and plant safety.

Why you should choose temperature measurement technology from ADZ NAGANO

Our temperature measurement technology not only offers outstanding precision and reliability, but also tailor-made solutions that are specifically tailored to your requirements. In addition to our advanced temperature sensing technology, you will also find sophisticated pressure measurement equipment that further optimizes your process control. Let us convince you of the quality and versatility of our sensor technology and contact us today to discuss your requirements.