Cu-CuNi (Type T) Constantan Thermocouple Wire For Low Temperature Measurement

Cu-CuNi (Type T) Constantan Thermocouple Wire, also known as Type T thermocouple wire, is composed of a copper (Cu) positive leg and a copper-nickel (CuNi) negative leg. Type T thermocouples are particularly suited for low-temperature applications, as they offer accurate readings within a temperature range of -200°C to 370°C. Due to its high stability and resistance to oxidation in moist environments, this thermocouple wire is widely used in applications requiring reliable and precise measurements at sub-zero temperatures.

The high accuracy and stability of Type T make it a preferred choice for cryogenic applications, scientific research, and cold storage monitoring. Additionally, it is often employed in food processing, pharmaceuticals, and other industries that require accurate temperature control in cold environments.

Type T thermocouples provide excellent linearity over their temperature range and are highly resistant to environmental corrosion, which contributes to their longevity and consistent performance. Overall, Cu-CuNi (Type T) thermocouple wire is valued for its precision, durability, and adaptability, particularly in applications involving low and moderate temperatures where accuracy is essential.

Color codes of thermocouple ( T type )

Type T thermocouple has good resistance to oxidation, high EMF output, with good temperature accuracy, sensitivity and stability. In the temperature range -200~0 ℃ , it has better property, the year stability is less than ±3μV.

Thermocouple temperature range and tolerance

Some Key Features Cu-CuNi (Type T) Constantan Thermocouple Wire include:

1. High Accuracy at Low Temperatures: Type T thermocouples offer high accuracy and are well-suited for low-temperature measurements, operating within a range of -200°C to 370°C.
2. Stable and Consistent Output: Provides a stable and reliable output over time, with a sensitivity of approximately 43 µV/°C, making it ideal for detecting small temperature variations.
3. Corrosion Resistance: Resists corrosion effectively, especially in moist and humid environments, making it suitable for applications where moisture exposure is common.
4. Low Oxidation Tendency: Exhibits minimal oxidation, especially in low-temperature settings, which prolongs its durability and performance in demanding applications.
5. Cryogenic and Sub-Zero Capability: Excellent for cryogenic and sub-zero applications, such as in scientific and research settings where extreme low-temperature accuracy is essential.
6. Ease of Calibration: Type T thermocouples are relatively easy to calibrate, simplifying setup and ensuring measurement accuracy.
7. Cost-Effective Solution: Offers a cost-effective and reliable option for industries requiring consistent performance in low to moderate temperatures.
8. Versatility: Suitable for various industries, including HVAC, environmental monitoring, food processing, pharmaceuticals, and laboratories where precise temperature measurement is critical.

These features make Cu-CuNi (Type T) Constantan Thermocouple Wire a preferred choice for accurate, stable, and low-cost temperature monitoring in low to moderate-temperature environments.

Applications:

• Cryogenics and Low-Temperature Measurement:

Ideal for cryogenic applications, Type T thermocouples provide accurate temperature readings in extremely low-temperature environments, such as in liquid nitrogen or helium systems.

• Scientific Research and Laboratories:

Widely used in laboratory settings for low-temperature experiments and precise calibration tasks where high accuracy and stability are crucial.

• Food Processing:

Applied in food industry equipment for temperature monitoring in processes such as refrigeration, pasteurization, and storage, ensuring food safety and quality.

• Pharmaceutical Industry:

Used in pharmaceutical production and storage areas to monitor and control temperatures, particularly in cold storage for sensitive materials.

• Environmental Monitoring:

Employed in HVAC systems and climate-controlled environments for precise temperature control, particularly in settings requiring consistent low temperatures and humidity tolerance.

• Automotive and Aerospace Testing:

Used in automotive and aerospace industries to monitor low temperatures during component testing or in environmental chambers.

• Refrigeration Systems:

Essential in commercial and industrial refrigeration systems, Type T thermocouples help ensure consistent, accurate temperature control for cold storage.

• Medical and Biotech Equipment:

Applied in medical devices and biotech equipment that require accurate low-temperature monitoring, such as incubators, freezers, and diagnostic instruments.

Cu-CuNi (Type T) thermocouple wire’s resistance to corrosion, stability, and accuracy in low-temperature ranges make it an ideal choice for these diverse applications where reliable temperature measurement is essential.