Tempil 24202 Type K Thermocouple Probe Coiled Cable

Product Description

The TEMPIL 24202 is a Type K thermocouple probe designed for direct temperature measurement across a wide range of industrial and trade applications. Built with a stainless steel probe sheath measuring 12 inches in length and 0.75 inches in diameter, it connects to compatible instrumentation via a mini connector. The coiled cable extends to 4 feet, providing flexible reach during use. Response time is 5 seconds. Licensed technicians and trade professionals in HVAC, industrial maintenance, and quality control use this probe to obtain fast, reliable surface and material temperatures without contact instrumentation.

The TEMPIL 24202 is suited for temperature measurement on a broad range of materials including ceramic, concrete, glass, metal, plastic, rubber, stone, and wood. The 4-foot coiled cable allows use in tight or elevated work areas where a rigid cable would be impractical. The mini connector interface makes it compatible with standard handheld thermocouple meters and data loggers that accept Type K mini connectors. It is appropriate for both residential and commercial job sites where spot temperature verification is required.

Key Features

• Type K thermocouple probe with stainless steel sheath construction
• Temperature measurement range: -148 degrees F to 752 degrees F
• 12-inch probe sheath length with 0.75-inch sheath diameter
• 4-foot coiled cable for flexible positioning in the field
• 5-second response time for fast readings
• Mini connector termination compatible with standard handheld meters

Compatibility

Designed for use with handheld thermocouple meters and data loggers that accept a Type K mini connector input.

Installation Notes

This probe is installed by HVAC technicians, industrial maintenance trades, and instrumentation professionals. Before connecting or disconnecting the probe, ensure the meter or data logger is powered off to avoid signal errors or damage to the connector pins. Do not bend the probe sheath at sharp angles or exceed the rated temperature range, as this can degrade calibration accuracy and sheath integrity. Follow the meter manufacturer instructions for probe pairing and zeroing before taking measurements.