S Type Thermocouples

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S Type Thermocouples Specification

Material
Platinum10% Rhodium/Platinum

Theory
Seebeck Effect (Thermoelectric Voltage)

Customized
Yes, available as per specifications

Density
21.45 Gram per cubic centimeter(g/cm3)

Measuring Range
Up to 1600C

Melting Point
Platinum 1768C / Rhodium 1964C

Precision
High

Size
Standard diameters: 0.45 mm to 3.2 mm

Temperature Range
0C to 1600C

Tensile Strength
High (suitable for industrial application)

S Type Thermocouples Trade Information

Minimum Order Quantity
1 Piece

FOB Port
Udaipur

Supply Ability
Piece

Delivery Time
3-20 Days Days

Packaging Details
As per product

Main Domestic Market
Rajasthan

Certifications
ISO

About S Type Thermocouples

We are a renowned name in manufacturing, supplying and trading an extensive array of S Type Thermocouples. Since establishment in the year 2007, we have continuously maintained our reputation as a leading brand in this particular sector. Our experienced professionals make sure that optimum grade material that is sourced from reliable vendors of market is used in the manufacturing process. These S Type Thermocouples are used in high temperature processes are available with simplex and duplex configuration.

Reliable Performance in Extreme Conditions

These S Type Thermocouples excel in high-temperature and demanding industrial environments, such as steel, glass, and ceramic facilities, due to their robust platinumrhodium construction. High tensile strength and standard calibrations guarantee consistent, accurate readings even in challenging scenarios.

Versatile Sizing and Mounting Options

Offered in standard diameters from 0.45 mm to 3.2 mm and various sheath options (3 mm to 12 mm), these thermocouples accommodate multiple installation setupsfixed threaded, flanged, or adjustableensuring easy integration into any system. Probe lengths are customizable per customer requirements.

Long Service Life and Custom Solutions

S Type Thermocouples are engineered for extended durability, with life expectancy influenced by operating conditions. The manufacturer offers customization to meet precise specifications and provides reliable after-sales service, making these probes a long-term solution for industrial and laboratory measurements.

FAQs of S Type Thermocouples:

Q: How do S Type Thermocouples function in high-temperature measurement?

A: S Type Thermocouples operate using the Seebeck Effect, where the junction of Platinum10% Rhodium and Platinum wires generates a millivolt signal proportional to the temperature, allowing accurate measurements up to 1600C.

Q: What advantages do these thermocouples offer for the steel, glass, and ceramic industries?

A: Their robust construction, high melting points, and fast response time make them ideal for continuous, high-temperature processes, ensuring minimal downtime and precise temperature monitoring in harsh industrial environments.

Q: Where can these thermocouples be installed, and what mounting options are available?

A: These thermocouples can be installed in equipment and furnaces via fixed threaded, flanged, or adjustable mounting, providing compatibility with a broad range of industrial and laboratory setups.

Q: When is it beneficial to customize the thermocouples dimensions or construction?

A: Customization is beneficial when unique process conditions or installation spaces require specific sheath diameters, probe lengths, or mounting configurations, enabling optimal sensor placement and performance.

Q: What process ensures these thermocouples maintain high precision and durability?

A: Precision is ensured through strict IEC or ANSI calibration, high-quality platinumrhodium materials, and sophisticated construction. Their durability is enhanced by using ceramic or fiberglass insulation, which protects against extreme environments.

Q: How long can these thermocouples typically last in industrial use?

A: With proper use and within recommended operating conditions, S Type Thermocouples offer long service lives. However, actual longevity may vary depending on environmental factors and application specifics.

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