This Listing Is For 1 K-Type Thermocouple Extension Cable, With A Miniature Male And A Miniature Female Type K Thermocouple Connector. They Conform To The Miniature Connector Dimensions With Flat Blades And The K-Type Thermocouple Extension Wire Specification. This Means The Metal Prongs And The Wire Are Made From Compensating Metal, The Same Material As The K-Type Thermocouple Wire, Which Is Chromel / Alumel. This Means The Impact Of The Extension Wire On The Temperature Reading Is Minimized. Cable Insulation: Pvc, Stable Up To 221 Degree Fahrenheit F Or 105 Degree Celsius C. Connectors: High Quality Abs Plastic Housing, Stable To 248 Degree Fahrenheit Or 120 Degree Celsius. This Type K Extension Wire Can Transmit The Temperature Signal From Type K Thermocouples From -200 To + 2500 Deg F.This K-Type Extension Wire Is Available In 6 Ft, 9 Ft, 12 Ft Or 15 Ft. These Are Made To Order In St Paul, Mn, Usa, From Imported Components.
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the length of the K-Type thermocouple extension cable?A: The K-Type thermocouple extension cable is six feet long, which is equivalent to two yards or one hundred eighty-two centimeters.
Q: What materials are used in the K-Type thermocouple extension cable?A: The cable is made from polyvinyl chloride for insulation and uses chromel and alumel for the connectors, which are standard for Type K thermocouples.
Q: What is the maximum temperature the cable can withstand?A: The cable insulation is stable up to two hundred twenty-one degrees Fahrenheit or one hundred five degrees Celsius.
Q: How do I connect the K-type thermocouple extension cable?A: To connect the cable, simply plug the miniature male connector into the female connector of the Type K thermocouple.
Q: Is this cable suitable for outdoor use?A: While the cable is designed for high temperatures, it is primarily intended for indoor use and may not be suitable for harsh outdoor conditions.
Q: Can I use this cable with any thermocouple type?A: No, this extension cable is specifically designed for Type K thermocouples and may not work properly with other types.
Q: How do I clean the K-Type thermocouple extension cable?A: You can clean the cable by wiping it down with a damp cloth. Avoid using harsh chemicals that may damage the PVC insulation.
Q: How should I store the K-Type thermocouple extension cable?A: Store the cable in a cool, dry place away from direct sunlight to maintain its integrity and performance.
Q: What is the warranty on the K-Type thermocouple extension cable?A: The warranty details may vary, but typically, this product comes with a standard manufacturer's warranty for defects.
Q: What if the cable arrives damaged?A: If the cable is damaged upon arrival, you should contact customer service for return instructions and a replacement.
Q: Is this cable suitable for beginners in temperature measurement?A: Yes, this cable is easy to use and suitable for beginners who need to extend their Type K thermocouple measurements.
Q: How does this cable compare to other lengths available?A: This cable is six feet long; other available lengths include nine feet, twelve feet, and fifteen feet, allowing for flexible installation options.
Q: Is this product made in the USA?A: Yes, the K-Type thermocouple extension cable is made to order in St. Paul, Minnesota, USA, from imported components.
Q: What is the insulation type of the K-Type thermocouple extension cable?A: The insulation of the cable is made from PVC, which provides durability and thermal stability.
Q: What temperature range can this cable accurately transmit?A: The cable can transmit temperature signals from minus two hundred degrees Fahrenheit to plus two thousand five hundred degrees Fahrenheit.
Q: Are the connectors on this cable high-quality?A: Yes, the connectors are made from high-quality ABS plastic housing, ensuring durability under high-temperature conditions.