K Type Thermo Couple Heating Element

K Type Thermo Couple Heating Element Specification

Terminal Type
Screw Terminal

Temperature
Up to 1200C

Voltage
220 Volts

Application Areas
Industrial Heating, Laboratory Equipment, Ovens

Mounting Type
Fixed

Phase
Single Phase

Usage
Temperature Sensing & Control

Heating Element
K Type Thermocouple

Frequency
50-60 Hz

Features
Corrosion Resistant, High Durability, Fast Heating

Diameter
6 mm

Material Specified
Stainless Steel

Insulation Material
Ceramic

Shape
Round Rod

Power
220 Watts

Cable Length
1 meter

Ambient Humidity
0-95% RH Non-condensing

Tolerance
1.5C or 0.4%

Sheath Material
Inconel / Stainless Steel

Connector Type
Miniature Plug

Protection Level
IP65

Length
500 mm

Response Time
< 5 seconds

K Type Thermo Couple Heating Element Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About K Type Thermo Couple Heating Element

Discover a must-have solution for temperature control with our K Type Thermocouple Heating Element, now available at a special price cut! Transform your industrial process with peerless accuracy and enviable reliability, reaching temperatures up to 1200C. Featuring a robust stainless steel or Inconel sheath and corrosion-resistant build, it promises marvelous durability in harsh environments. With fast heating, precise tolerance (1.5C or 0.4%), and an IP65 protection level, this popular heating element is ideal for laboratory equipment, ovens, and plant systems. Designed for effortless integration, it's your gateway to advanced sensing and control.

Industries & Applications: Widely Trusted Solution

Used by leading manufacturers and laboratories across India, the K Type Thermocouple Heating Element stands out in plant operations and system integrations. It excels in application media such as air, gases, and various industrial fluids that demand swift, accurate temperature sensing. Practical in ovens, laboratory apparatus, and industrial heating solutions, this device is tailored for demanding environments where reliability and precision matter most, making it a preferred choice for temperature control by countless professionals.

Order Fulfillment & Delivery: Reliable, Timely Supply

With prompt order completion and a robust supply chain, this popular heating element is delivered securely in reinforced packaging that ensures product integrity. We accommodate bulk orders and custom requests, efficiently handling freight arrangements for quick dispatch throughout India. Our payment terms are flexible for your convenience, including online payments and bank transfers. Trust us for smooth, dependable delivery and seamless customer service, right from ordering to final doorstep delivery.

FAQ's of K Type Thermo Couple Heating Element:

Q: How does the K Type Thermocouple Heating Element achieve such fast response times?

A: Its advanced design and high-quality materials, such as the stainless steel sheath and ceramic insulation, enable it to sense temperature changes in less than 5 seconds, ensuring rapid and reliable control.

Q: What makes this heating element corrosion resistant and highly durable?

A: Constructed with Inconel or stainless steel, these materials provide excellent resistance to oxidation and chemical wear, making it suitable for harsh industrial and laboratory environments.

Q: Where can the K Type Thermocouple Heating Element be used?

A: This element is optimal for use in industrial heating systems, laboratory equipment, ovens, and any setting requiring accurate and robust temperature sensing and control.

Q: What is the process for installing this heating element?

A: The device features a fixed mounting type and a miniature plug connector; simply secure the round rod in place and connect the screw terminals for easy and safe installation.

Q: What benefits does this heating element offer for plant applications?

A: It delivers peerless temperature accuracy, fast heating, and remarkable durability, boosting efficiency and process reliability in demanding industrial and scientific environments.