High Temperature Thermocouple

Name: High Temperature Thermocouple
Brand: GHANSHYAM HEAT ELECTROMAKE IND
Price: 1200 INR
Availability: InStock

Price 1200 INR/ Piece

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MOQ : 1 Piece

High Temperature Thermocouple Specification

Material
Stainless Steel

Type
Temperature Sensor

Usage
Industrial

Connection Method
Grounded Junction

Customized
Available

Precision
Class 1 Accuracy

Protecting Tube Material
SS316 Stainless Steel

Sensor Type
Type K Thermocouple

Size
3 mm diameter, 500 mm length

Temperature Range
-200 to 400 C

Wire Length
1 m

Color
Grey

Accuracy Class
Class 1

Insulation
PTFE

Probe Length
500 mm

Probe Diameter
3 mm

Sheath Material
SS316

High Temperature Thermocouple Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About High Temperature Thermocouple

Capitalise on precise temperature monitoring with our top-tier High Temperature Thermocouple, crafted for industrial applications. Enjoy a marvelous discount and pick yours today-choose reliable performance and laureate engineering. This sensor features a durable SS316 sheath, Class 1 accuracy, and a customisable probe length of 500 mm with a 3 mm diameter. The insulated PTFE design, grounded junction, and wide temperature range of -200 to 400C ensure consistent readings. As a leading manufacturer and supplier in India, we offer tailored solutions for your industry needs.

High Temperature Thermocouple: Features & Applications

Experience laureate-level temperature sensing with our Type K High Temperature Thermocouple. With a robust SS316 stainless steel protecting tube and Class 1 accuracy, it is ideal for heavy-duty industrial environments, chemical processing, and research labs. PTFE insulation offers enhanced safety, while the grey-colored sheath improves visibility in control panels. Customized lengths and grounded junctions ensure seamless integration into various setups. This sensor excels in critical processes demanding both endurance and impeccable measurement precision.

Payment, Sample & Packaging - Seamless Handover & Delivery

We facilitate a smooth handover with convenient payment terms to suit your purchasing requirements. Samples are available upon request, giving you assurance before commitment. Each thermocouple is protected in secure packaging to prevent damage during transport services, and we arrange reliable freight options for timely delivery. Our commitment ensures your orders are received in flawless condition, whether shipped locally or internationally, with every detail from dispatch to installation handled professionally for a satisfying customer experience.

FAQ's of High Temperature Thermocouple:

Q: How does the PTFE insulation improve the safety and durability of this thermocouple?

A: PTFE insulation acts as a robust barrier against moisture, chemical exposure, and high temperatures, enhancing the thermocouple's reliability and protecting it from environmental damage in harsh industrial conditions.

Q: What are the primary industrial applications for this high temperature Type K thermocouple?

A: This thermocouple is widely used in chemical processing, steel manufacturing, laboratory testing, and other industries requiring precise temperature monitoring from -200 to 400C.

Q: When can I expect to receive my order after purchase?

A: Delivery times vary based on customization and location, but most standard orders are processed and handed over to transport services within a few working days following payment confirmation.

Q: Where is this thermocouple manufactured and supplied from?

A: Our thermocouples are manufactured and supplied directly from India, ensuring local expertise and support for diverse industrial requirements.

Q: What is the process for requesting a customised probe length or other specifications?

A: You can specify your requirements while placing your order, and our team will coordinate with you throughout the manufacturing process to deliver a product tailored to your precise application.

Q: How does the grounded junction benefit temperature measurements in demanding environments?

A: A grounded junction provides faster response times, improved signal stability, and offers resistance to electrical noise, making it suitable for applications where immediate and reliable readings are crucial.

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