Product Introduction

The K-Type Industrial Thermocouple Probe delivers accurate, reliable temperature monitoring in extreme environments up to 800°C. Operating on the thermoelectric effect principle, it precisely senses temperature changes in media or ambient environments and converts them into a measurable K-Type millivolt signal. The probe features a rugged 316L stainless steel body, offering outstanding resistance to oxidation, corrosion, and thermal shock.
The temperature Sensor employs a 2-wire electrical output terminated with a miniature thermocouple connector, enabling quick and reliable field wiring, making it ideal for furnaces, kilns, ovens, and heat treatment equipment.

Product Introduction

Key Features

K-Type Thermocouple

Standardized output, excellent linearity, widely compatible with PLCs, temperature controllers, and data loggers.

0~800°C Wide Range

Extended measurement range suitable for most industrial high-temperature processes, from preheat to extreme heat treatment stages.

Corrosion-Resistant Construction

316L stainless steel withstands acidic, alkaline, and humid environments, extending sensor life in harsh conditions.

Compact Probe Design

The probe design ensures rapid heat transfer, capturing temperature fluctuations quickly for real-time control.

High Accuracy ±1.5°C

Precision sensing element ensures reliable temperature data for quality control and process optimization.

2-Wire Output with Mini Connector

Simplified wiring, plug-and-play connectivity, and flexible cable routing for rapid deployment.

Specifications

Parameter	Value
Temperature Range	0~800°C
Electrical Output	2-wire
Accuracy	±1.5°C
Temperature Measurement Method	Thermocouple
Sensing Element	K-Type
Housing Material	316L

Application

The K-Type industrial thermocouple probe is the go-to solution for any application requiring reliable high-temperature measurement with a compact, durable probe. Its 316L stainless steel construction and 0~800°C range make it ideal for heavy industries including steel, ceramics, chemical processing, thermal power generation, and heat treatment facilities.

·Industrial furnaces & ovens
·Kilns for ceramics & glass
·Heat treatment equipment
·Petrochemical reactors
·Boiler flue gas temperature
·Metal processing & forging
·Automotive exhaust test benches
·Pharmaceutical drying ovens