Why you need this sensor Prevent generator failures and reduce unplanned downtime by detecting overheating early. Easy, fast upgrades to existing generator systems without special tools. Built for harsh industrial use so you get reliable temperature feedback over a long service life. Key benefits Tool, threaded 10 mm design: installs quickly into standard generator ports for direct compatibility and fast retrofits. sensitivity 10 mm sensor with 150°C detection: delivers accurate thermal readings to identify overheating and performance degradation in fuelpowered generators. Copper construction: industrialgrade durability with erosion resistance for extended service life in aggressive operating environments. Improves temperature regulation across sites, helping protect engines and fuel systems and enabling timely maintenance interventions. How it solves common problems Reduces risk of heatrelated damage by providing precise, early temperature detection up to 150°C. Simplifies upgrades and replacements with a standard threaded 10 mm form factor that fits existing components. Withstands corrosive or abrasive conditions common to construction, manufacturing, and field installations thanks to copper construction. Typical applications 1. Construction sites: quick retrofit on portable fuel generators to monitor coolant or oil temperatures and avoid downtime during active projects. 2. Manufacturing facilities: continuous temperature monitoring on standby or production generators to protect equipment and maintain stable operations. 3. Emergency backup power installations: reliable thermal sensing in critical backup generators, enabling rapid response before overheating causes failures. Technical summary Threaded size: 10 mm (tool installation, direct compatibility with standard generator components) Sensor sensitivity: sensitivity 10 mm element for precise readings Temperature detection: up to 150°C Material: copper construction for industrial erosion resistance and extended service life What to expect after installation Rapid integration with existing generator systems, accurate temperature readings, and improved protection against heatinduced performance loss.