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TT-K-30-SLE-50M Thermocouple Wire 0.6mm; Length 50M

TT-K-30-SLE-50M Thermocouple Wire 0.6mm; Length 50M Specification

Shape
Round

Features
Flexible, High Accuracy, Resistant to Chemicals

Usage & Applications
Temperature measurement, industrial sensors, instrumentation

Surface Finish
Smooth PVC Jacket

Diameter
0.6mm

Capacity
50 Meters/Coil

Size
30 AWG

Product Type
Thermocouple Wire

Material
Nickel-Chromium (NiCr) and Nickel-Aluminium (NiAl)

Technology
Special Limits of Error (SLE)

Surface Treatment
PVC Insulated

Dimension (L*W*H)
Length 50m, Diameter 0.6mm

Color
Green

Application Environment
General Purpose, Laboratory, Industrial Process

Temperature Range
-20C to +105C

Standard
Meets ANSI and IEC standards

Conductor Construction
Solid

Tolerance Class
Special Limits of Error (SLE)

Insulation Material
PVC

Type
Type K Thermocouple

Length
50 meters

Packing Type
Coil

TT-K-30-SLE-50M Thermocouple Wire 0.6mm; Length 50M Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
7 Days

Main Export Market(s)
Asia, Central America, Australia, North America, Middle East, Africa, South America, Eastern Europe, Western Europe

About TT-K-30-SLE-50M Thermocouple Wire 0.6mm; Length 50M

Prices are for show only, please contact us for exact price.

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High-Accuracy Type K Thermocouple Wire

Engineered with precision in mind, this thermocouple wire adheres to Special Limits of Error (SLE) for enhanced temperature measurement accuracy. Its robust solid construction and smooth PVC insulation make it ideal for various demanding laboratory and industrial environments. The nickel-chromium and nickel-aluminum materials ensure longevity and consistent performance.

Versatile for Industrial and Laboratory Applications

The TT-K-30-SLE-50M is well-suited for general purpose, industrial process, and laboratory temperature sensing. Its flexible design and standard-compliant build facilitate seamless integration with instrumentation and temperature monitoring systems, supporting reliable, accurate measurements in harsh conditions.

FAQ's of TT-K-30-SLE-50M Thermocouple Wire 0.6mm; Length 50M:

Q: How is the TT-K-30-SLE-50M thermocouple wire commonly used in industrial and laboratory settings?

A: The wire is typically used in temperature measurement, industrial sensors, and instrumentation due to its high accuracy and flexibility, making it suitable for demanding environments where precise temperature monitoring is required.

Q: What benefits does Special Limits of Error (SLE) classification provide for this thermocouple wire?

A: Special Limits of Error (SLE) ensures tighter tolerances in temperature measurement, providing improved accuracy over standard thermocouple wires. This is particularly important for applications requiring precise and reliable data.

Q: Where can the TT-K-30-SLE-50M thermocouple wire be installed?

A: It can be installed in general purpose, laboratory, and industrial environments. Its robust PVC insulation and chemical resistance make it suitable for a wide range of locations, including harsh and high-usage areas.

Q: When should I choose this wire over other types or grades of thermocouple wire?

A: Select this wire when precise temperature measurement is essential, especially in applications requiring adherence to ANSI and IEC standards and Special Limits of Error. It is ideal for new installations or replacements in critical processes.

Q: What is the process for integrating this thermocouple wire into a temperature measurement system?

A: Simply cut the required length from the coil, strip the PVC insulation as needed, and connect the solid conductors to compatible thermocouple instrumentation or devices, ensuring polarity and quality terminal connections for optimal performance.

Q: How does the PVC insulation enhance the performance of the wire?

A: The flexible green PVC insulation provides excellent chemical resistance, electrical insulation, and protection from mechanical wear, ensuring the wire retains integrity and accuracy over its lifespan.