When purchasing RKC thermocouples, you need to consider multiple factors to ensure that the thermocouples suitable for your needs are selected. The following is a detailed guide for selecting RKC thermocouples: 1. Determine the measurement requirements: determine the temperature range to be measured, because different types of thermocouples apply to different temperature ranges. For example, K-type thermocouples are applicable from - 200 ℃ to+1350 ℃

RKC thermocouple is a sensor widely used in the field of industrial temperature control. Its main function is to measure and monitor the temperature of various equipment and systems. Main functions of RKC thermocouples: 1. Temperature measurement: thermocouples can directly measure the temperature of objects and convert temperature signals into thermoelectric EMF signals. This function makes it an indispensable temperature sensor in industrial production

OMEGA thermocouple temperature measuring line is a temperature sensor that works on the principle of thermoelectric effect. It can convert temperature changes into voltage signals for output. This equipment is composed of two different metal wires, which will generate electromotive force when heated at the junction of the two metals, so that the temperature can be accurately measured. Because of its high precision and reliability, thermocouple temperature measuring line is widely used in

OMEGA thermocouple temperature measuring line is a key component of temperature measuring instrument, and its manufacturing process has an important impact on the overall performance. As a famous measurement equipment supplier, OMEGA's thermocouple temperature measuring line enjoys a high reputation in the industry. Understanding the manufacturing process of thermocouple temperature measuring wire will not only help people better understand the source of its excellent performance, but also help people in

Thermal test paper can improve work efficiency in many fields, including medical health, food safety, environmental monitoring and chemical experiments. The specific application of thermal test paper in improving the working efficiency in these fields will be discussed in depth as follows: 1. Medical and health temperature measurement: In the medical and health field, micro thermal test paper can be used for non-invasive and intuitive temperature measurement, especially in pediatrics and

Functions of thermal test paper: 1. Temperature monitoring and recording: the test paper can indicate different temperatures through the squares or dots on it. When the temperature of the measuring point exceeds the indicator temperature, the color will change, so that the maximum temperature experienced by the object can be judged. This discoloration is permanent and irreversible, so it can be used as the preservation of temperature history records. The test paper is usually waterproof

To prevent the temperature sensitive sticker from being damaged during storage, you need to follow some specific storage guidelines to ensure that its performance is not affected until it is used. The following are some key measures to protect the temperature sensitive stickers: 1. Avoid high temperature and direct sunlight: the environment where stickers are stored should be kept cool and cool, so as to avoid triggering discoloration reaction due to excessive temperature. 2. Store in a dry environment: humidity will affect

The temperature sensitive sticker is a self-adhesive label used to measure the surface temperature of objects. It can display different color changes at different temperatures. Proper use of TMC temperature sensitive stickers requires selecting the appropriate model, cleaning and preparing the surface of the stickers, sticking correctly, observing the discoloration and other steps. The preservation of stickers requires avoiding high temperature and direct sunlight, storing in a dry environment, moisture-proof