This K type thermocouple measures very high heat in industrial settings. Its long, 500mm probe reaches deep inside furnaces. It reads accurately up to 1300 degrees Celsius. This makes it a good choice for a ceramic kiln or oven control. Features and Benefits
- High temperature range - It measures accurately from 0 up to 1300°C (2372°F). Use it for processes like heat treating and smelting.
- 500mm probe length - The long shaft lets you measure temperature at the center of a large kiln or industrial oven.
- Protective ceramic tube - This shields the sensor from contamination and physical damage in harsh furnace conditions.
- Standard K-type connection - It works with many digital thermometers and temperature controllers that take K-type inputs. Applications
- Monitoring and controlling temperature during ceramic firing cycles.
- Checking temperatures inside industrial ovens for metal heat treatment.
- Measuring heat in forges, foundries, and other high-temperature manufacturing processes.
What It Is
This is a K-Type thermocouple probe designed for high-temperature measurement. It is constructed from Platinum Rhodium and Ceramic, ensuring durability in demanding environments. The probe functions as a sensor for accurate temperature readings, essential for controlling high-temperature processes. It is a K-Type sensor, a common and reliable type for industrial and laboratory applications.
Key Uses & Applications
This K-Type thermocouple probe is specifically designed for use in ceramic kilns and furnace control systems. Its high maximum temperature rating of 1300 degrees Celsius makes it suitable for extreme heat applications. It serves as a crucial component for monitoring and maintaining precise temperatures in industrial heating processes, ensuring consistent results in ceramic production and other furnace operations.
How to Choose
When selecting a K-Type thermocouple, consider the required probe length, which for this product ranges from 50mm to 500mm. Ensure the maximum temperature rating of 1300 degrees Celsius meets your application's needs. For specific applications like ceramic kilns, this Platinum Rhodium and Ceramic construction is ideal. Verify compatibility with your existing temperature controller or display gauge.
Grit / Spec Guide
This K-Type thermocouple probe is designed for temperature measurement up to 1300 degrees Celsius. The probe length is available between 50mm and 500mm to suit various installation requirements. It is a K-Type sensor, known for its wide temperature range and robust performance. The material composition of Platinum Rhodium and Ceramic is specified for high-temperature durability and accuracy in demanding environments.
Care & Safety
To ensure longevity, handle the ceramic probe with care to prevent breakage. Regularly inspect the probe and the lead for any signs of damage or wear before use. While this product is not for cleaning water heater thermocouples or replacing gas fireplace thermocouples, general thermocouple safety involves ensuring proper connection to the display gauge or temperature controller to avoid electrical hazards. Avoid exceeding the 1300 degrees Celsius maximum temperature.
Material: Platinum Rhodium, Ceramic. Application: Ceramic Kiln, Furnace Control, High Temperature Measurement. Maximum Temperature: 1300 degrees Celsius. Probe Length: 50-500 mm. Product Type: K Type Thermocouple Sensor. Probe Length: 50-500 mm. Material: Platinum Rhodium, Porcelain. Sheath Material: Ceramic. Maximum Temperature Measurement: 1300°C. Accuracy Class: Class 1. Application: Ceramic Kiln, Furnace Control. Insulation Resistance: > 100 MΩ at 20°C. Junction Type: Ungrounded. Product Type: K Type Thermocouple Sensor. Response Time: < 5 seconds. Thermocouple Type: K-Type. Wire Gauge: 24 AWG. Q: What is the maximum temperature this probe can handle? A: This probe is rated for continuous measurement up to 1300 degrees Celsius, which is about 2372 degrees Fahrenheit. The platinum-rhodium wire and ceramic tube are designed specifically for these high-temperature environments.. Q: How does the ceramic tube protect the internal sensor? A: The outer tube is made from a high-purity corundum ceramic. This material is an excellent electrical insulator and protects the internal thermocouple wires from corrosion and physical damage inside a hot furnace or kiln.. Q: Can I connect this directly to my digital multimeter to read the temperature? A: You'll need a controller or meter specifically designed for K-type thermocouples. A standard multimeter just measures voltage, but a thermocouple controller translates that tiny voltage signal into an accurate temperature reading.. Q: What makes this a 'K-type' thermocouple? A: A K-type thermocouple uses specific metal alloys, chromel and alumel, for its two internal wires. This combination provides a wide temperature measurement range and good linearity, making it a very common choice for industrial applications like kilns.. Q: The probe seems long. Can I get a different length for my smaller kiln? A: Yes, we offer this model in several lengths, from 50mm up to 500mm. The price varies by length, so you can choose the one that best fits your furnace depth without paying for extra material you don't need..