Ensure accurate temperature measurement with this high-precision PT100 Temperature Sensor, designed with a stainless steel inner thread base and a reliable thin film resistance chip for stable and consistent performance. Crafted to withstand extreme conditions, this sensor features high temperature resistance up to 300℃ and a waterproof, oil-proof tin-plated copper wire, making it ideal for industrial and laboratory applications. Key Features: · Stainless Steel Inner Thread Base: Provides robust durability and corrosion resistance, ensuring long-lasting use in demanding environments. · High Precision Resistance Chip: Utilizes a thin film resistor for precise temperature readings with excellent stability. · Wide Working Temperature Range: Supports operation from -50℃ to 300℃, suitable for various high and low-temperature measurement needs. · Waterproof and Oil-Proof Wire: Equipped with anti-corrosion tin-plated copper wire, enhancing protection against harsh conditions and ensuring reliable signal transmission. · Compact and Practical Design: Features a 50mm (2") probe length, 6mm (0.23") diameter, and a 1/2" NPT threaded connection for easy installation and compatibility with standard fittings. · Extended Wire Length: Comes with a 2m (6.6’) wire for flexible placement and convenient connection in different setups. Specifications: · Type: RTD PT100 (Thin Film) A Class · Working Temperature: -50 to 300℃ · Probe Length: 50mm (2") · Diameter: 6mm (0.23") · Thread Size: 1/2" NPT (National Pipe Thread Standard, US) · Nominal Outside Diameter: 0.84" · Probe Material: Stainless Steel · Wire: Tin Plated Copper Wire · Wire Length: 2m (6.6’) · Weight: Approx. 100g Package Includes: · 1 x Temperature Sensor This PT100 Temperature Sensor delivers precise and reliable temperature measurements with excellent resistance to high temperatures, water, and oil. Its durable stainless steel construction and waterproof cable make it perfect for industrial environments requiring accurate temperature monitoring and stable sensor performance.