Overview: The document provides detailed specifications and descriptions of various thermocouple probes manufactured by Tecpel, suitable for a wide range of temperature measurement applications. These probes are designed for use in different environments, including water, air, food conditioning, and industrial settings.
Specifications:- TPK-01 Series: Includes models like TPK-01, TPK-01G, TPK-01-36G, TPK-01-40G, TPK-01PH, and TPK-01H-1M. These probes vary in temperature range from -50°C to 1200°C, with materials such as Teflon, glass fiber, and INCO. They are suitable for measuring water and air temperatures.
- TPK-02 Series: Models TPK-02A, TPK-02B, and TPK-02Q are made from polyester film and are suitable for food conditioning and pool temperature measurement. They offer customization options for stainless steel length.
- TPK-03 Series: Includes TPK-03, TPK-03A, TPK-03S, TPK-03XP, and TPK-03N. These stainless steel probes are designed for high-temperature measurements, with some models featuring needle probes for food applications.
- TPK-04 Series: Models TPK-04, TPK-04L, and TPK-04S are elastic sheet probes suitable for surface temperature measurement of objects like heating plates and molds.
- TPK-05, TPK-06, and TPK-07: These models are designed for high-temperature air measurement, heating plate, conveyor belt, and plane temperature measurement, with TPK-07 featuring a magnetic probe for iron objects.
Key Features:- Wide range of temperature measurement capabilities, from -50°C to 1200°C.
- Variety of materials used, including Teflon, glass fiber, polyester film, and stainless steel, to suit different measurement needs.
- Probes designed for specific applications such as food conditioning, industrial use, and laboratory settings.
- Customization options available for certain models to meet specific user requirements.
Applications: These thermocouple probes are suitable for use in factories, laboratories, schools, cultivation rooms, hospitals, and other environments requiring accurate temperature measurement.
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