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K Type Thermocouple Sensor

K Type Thermocouple Sensor Specification

Interface
Wired

Mounting Type
Probe, Surface Mount, or Threaded (varies by model)

Operating Temperature
-50C to 1200C

Measurement Range
-50C to 1200C

Sensitivity
~41 V/C

Sensor Type
Thermocouple (K Type)

Wireless
No

Application
Industrial temperature measurement, process control

Cable Length
Customizable (typically 1m to 3m or as required)

Features
Durable construction, Fast response, Wide temperature range, Corrosion resistance

Power Consumption
Low

IP Rating
IP65 (typical, may vary)

Response Time
1 to 3 seconds

Product Type
K Type Thermocouple Sensor

Material
Metal

Input
Temperature

Function
Sensing and measuring temperature

Usage
Industrial

Accuracy
1.5C or 0.4% (whichever is greater)

Resolution
0.1C

Voltage
220-440 Volt (v)

Weight
As per available Kilograms (kg)

K Type Thermocouple Sensor Trade Information

Minimum Order Quantity
10 Units

Supply Ability
100 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About K Type Thermocouple Sensor

Temperature range 0 to 1200C

Class Class 1

Accuracy 15 deg C or 04

Probe Material Stainless Steel

Application Industrial Usage

Assembly Thermocouple Probe

Probe Termination Miniature Connector

Customizable, Robust Design

Each sensor can be tailored in probe diameter and cable length to suit specific industrial requirements, ensuring optimal fit for process control systems. Stainless steel sheath and fiberglass-insulated wires offer corrosion resistance, durability, and safe operation in demanding environments. Multiple mounting options, including probe, surface mount, or threaded installation, further enhance flexibility.

Accurate, Fast, Wide-Range Measurement

Equipped with K Type thermocouple technology calibrated to IEC 584 standards, this sensor provides precise temperature readings from -50C to 1200C with a resolution of 0.1C and a rapid response time. The ungrounded junction minimizes electrical interference, supporting consistent and accurate data collection for industrial processes.

FAQs of K Type Thermocouple Sensor:

Q: How do I install the K Type Thermocouple Sensor for industrial temperature measurement?

A: Installation depends on the chosen mounting typeprobe insertion, surface mount, or threaded. Ensure sensor placement at the desired measurement point, secure the sheath using appropriate fittings, and connect the lead wires to your temperature measurement device, adhering to compatibility with either miniature or standard thermocouple connectors.

Q: What benefits does the ungrounded junction provide during operation?

A: An ungrounded junction enhances electrical isolation between the sensing element and sheath, reducing susceptibility to electrical noise and interference. This is advantageous in environments with high electromagnetic disturbances, as it helps maintain accuracy and protects control systems.

Q: When should I request a customized probe diameter or cable length?

A: Customization is recommended when your application has specific spatial constraints or installation requirements. Selecting the appropriate probe diameter (between 3mm and 8mm) and cable length ensures proper fit and optimal sensor performance for your particular process control setup.

Q: Where can the K Type Thermocouple Sensor be used?

A: This sensor is ideal for industrial settings, such as manufacturing plants, chemical processing units, power generation facilities, and automation systemsanywhere precise, wide-range temperature measurement is essential for process control and safety.

Q: What process does the sensor use for temperature sensing and measurement?

A: The K Type thermocouple operates on the thermoelectric principle, generating a voltage relative to temperature changes at the junction. This voltage is interpreted by compatible measurement instruments to provide accurate temperature readings, following IEC 584 calibration standards.

Q: What are the usage advantages of the fiberglass-insulated lead wires and stainless steel sheath?

A: Fiberglass insulation enables high-temperature resilience and minimizes signal loss, while the stainless steel sheath provides durability and resistance against corrosion, mechanical damage, and chemical exposuremaking the sensor reliable for demanding industrial environments.

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