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K type thermocouple sensor

Name: K type thermocouple sensor
Brand: Flowdo Process Instruments Pvt Ltd
Price: 550 INR
Availability: InStock

Price 550 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

K type thermocouple sensor Specification

Resistance
~4-6 (varies with length)

Output
Millivoltage signal

Theory
Seebeck Effect

Type
K type thermocouple

Accuracy
+/- 2.5 deg C or +/- 0.75%)

Operating Voltage
Self powered

Output Voltage
~41 V/C

Compensated Temperature
0C to 50C (typical)

Storage Temperature
-65C to 150C (typical)

Operating Temperature
-200C to 1250C (typical for K type)

Tip Style
Ungrounded, exposed

Connector Type
Fork lugs (3-pin)

Protection
Corrosion resistant

Thread Size
Approx 1/4'' NPT

Material Grade
SS316

Assembly
Thermocouple Probe

Probe Termination
Jack

Sheath
Braided metal

Application
Industrial

Color Code
Standard IEC

Cable Length
Approximately 1 meter

Wire Type
Duplex ceramic insulated

Diameter
Approx 6mm

Probe Material
Stainless Steel

Class
Class 2

Response Time
Fast (<3s)

Mounting
Threaded fitting

K type thermocouple sensor Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About K type thermocouple sensor

Discover the crowning K type thermocouple sensor, meticulously crafted with stainless steel SS316 and a braided metal sheath for enlightened industrial performance. Achieve praiseworthy accuracy (+/- 2.5C or 0.75%), corrosion resistance, and rapid response times under the most demanding conditions. This assembly arrives with duplex ceramic insulation, a threaded mounting, and fork lugs (3-pin). Designed for precise temperature measurement using the Seebeck effect, its output is a reliable millivoltage signal. Find this exclusive sensor at the lowest price in India-your trusted manufacturer and supplier.

Why Industries Choose Our K Type Thermocouple Sensor

Used by leading manufacturers, laboratories, and power plants, our K type thermocouple sensor is renowned for its durability and reliability. Its praiseworthy advantages include corrosion resistance, fast response (<3s), and a robust SS316 construction. The enlightened selection of ungrounded, exposed tip ensures accurate readings and extended lifetime, giving our customers a competitive edge in challenging environments. Our commitment to exclusive quality makes us the lowest-price industrial supplier in India.

Global Export Markets and Shipping Details for K Type Thermocouple Sensors

We are trusted exporters to Asia, Europe, Africa, and the Middle East. The sensor ships from major Indian ports, ensuring prompt and secure transport services. For optimal valuation, our asking price is highly competitive, reflecting exclusive product quality. Payment terms are flexible, including L/C, T/T, and PayPal, facilitating smooth international transactions. Depend on us for seamless logistics, exceptional product value, and industry-leading export support on every shipment.

FAQ's of K type thermocouple sensor:

Q: How does a K type thermocouple sensor work in industrial applications?

A: The sensor measures temperature by generating a millivoltage signal from the Seebeck effect when exposed to temperature changes, making it highly suitable for industrial monitoring and control.

Q: What are the main benefits of using the SS316 braided metal sheath?

A: The SS316 braided sheath offers excellent corrosion resistance and mechanical protection, ensuring the sensor's longevity and reliable operation in harsh environments.

Q: Where can I install this K type thermocouple sensor?

A: This sensor can be threaded into process pipes or vessels that require precise temperature monitoring, particularly where a fast response and robust build are needed.

Q: When should the sensor be used with an ungrounded, exposed tip?

A: Use the ungrounded, exposed tip for rapid response and minimized electrical interference, which is ideal for applications needing fast and accurate temperature readings.

Q: What is involved in the installation process of the sensor?

A: The sensor uses a threaded fitting for easy installation and fork lugs (3-pin) for reliable electrical connections, ensuring a secure and professional setup.

Q: How does the temperature measurement remain accurate over a wide range?

A: Engineered with duplex ceramic insulation and SS316, the sensor remains praiseworthy for accuracy and stability between -200C to 1250C, meeting IEC standards for reliability.

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