Temperature Sensor Kit 1/8in NPT

The Temperature Sensor Kit 1/8in NPT from Dakota Digital is an essential instrument cluster component for operators and technicians who demand precise thermal monitoring in demanding environments. Whether you're managing engine telemetry on a vehicle platform, integrating real-time diagnostics into a custom gauge setup, or maintaining critical thermal data in field operations, this sensor kit delivers the accuracy and reliability required in high-stakes applications. The 1/8-inch NPT connection standard ensures compatibility with most aftermarket and OEM gauge systems designed for professional-grade temperature acquisition.

This Dakota Digital temperature sensor employs proven thermal sensing technology packaged in a compact, durable design that weighs only 0.11 pounds and fits seamlessly into tight engine bay installations. The 1/8-inch NPT male thread connection is industry-standard for oil pressure and coolant temperature monitoring applications, allowing direct integration into fuel rails, intake manifolds, or block galleries without requiring adapters or custom fabrication. The sensor's precision output signal feeds directly into Dakota Digital's digital gauge clusters or aftermarket ECU systems, providing real-time temperature data with minimal lag and maximum accuracy across the operational temperature range critical to vehicle diagnostics and performance tuning.

Technicians, automotive enthusiasts, and field technicians managing fleet or tactical vehicle diagnostics benefit most from this sensor kit's straightforward integration and proven Dakota Digital engineering. Installation requires only basic mechanical knowledge and standard wrenching tools—simply thread the sensor into any 1/8-inch NPT port, connect the signal wire to your compatible gauge cluster, and begin receiving live temperature data. This kit is ideal for custom builds, retrofits, diagnostic troubleshooting, and any application where reliable thermal monitoring directly impacts operational safety or performance assessment.