Ensure precise temperature measurement with our high-performance T Type Thermocouple, designed for reliable use across various demanding industrial environments. Constructed with durable stainless steel and ABS materials, this thermocouple features a 285mm (11.22in) probe length, providing excellent durability and long-lasting service life. Key Features: · Superior Temperature Resistance & Protection: Engineered with high temperature resistant plastic lamination and a T type thermocouple design, this sensor offers tight protection and a higher protection level, ensuring accurate readings even in extreme conditions. · Enhanced Interference Resistance: Equipped with a high-density insulation layer and shielded against electromagnetic interference, this thermocouple guarantees stable and precise temperature detection free from signal disturbances. · Versatile Industrial Applications: Lightweight and robust, this T type thermocouple is widely applicable in industries such as water treatment, food processing, pharmaceuticals, chemical production, electronics manufacturing, and shipbuilding. · Premium Materials for Durability: Crafted from corrosion-resistant stainless steel and reinforced ABS material, the thermocouple probe withstands harsh environments, ensuring reliability and longevity throughout its use. · Extensive Temperature Range & Compatibility: Suitable for temperature measurements ranging from -200℃ to 350℃, this thermocouple includes an NTC temperature sensor and is compatible with ZG1/8 threaded fittings, facilitating easy installation and integration into existing systems. Technical Specifications: · Item Type: T Type Thermocouple · Material: Stainless Steel, ABS · Probe Length: Approx. 285mm / 11.22in · Temperature Range: -200℃ to 350℃ · Thread Compatibility: ZG1/8 Package Includes: · 1 x T Type Thermocouple This T Type Thermocouple offers a reliable, interference-resistant solution for accurate temperature measurement across a wide range of industries, combining rugged construction with advanced protection features to optimize performance in demanding applications.