Ensure precise temperature monitoring with our high-quality Underfloor Heating Thermostat Sensor Probe, designed for reliable performance and ease of use. Featuring a durable rubber thermoplastic protective housing, this NTC sensor offers exceptional resistance and accuracy, making it ideal for a wide range of temperature measurement applications. Key Features: · Long 3-Meter Cable: Provides ample length for flexible installation in various environments, ensuring convenient placement with underfloor heating systems and other temperature monitoring setups. · Durable Rubber Thermoplastic Housing: Protects the sensor probe from damage and environmental factors while maintaining high sensitivity for accurate readings. · Accurate 10K Ohm Resistance at 25°C: Calibrated to provide precise temperature measurement with an accuracy of ±0.5%, suitable for monitoring floor temperature, piping water temperature, indoor, and outdoor environments. · Versatile Temperature Monitoring: Primarily designed for underfloor heating thermostats to effectively measure floor temperature, but also perfect for other applications such as water pipes and ambient temperature control. · Easy Compatibility and Installation: Simple to connect with underfloor heating thermostat systems. The sensor probe can be securely attached to electrothermal film for optimal temperature sensing. Specifications: · Condition: 100% Brand New · Sensor Housing Material: Rubber Thermoplastic · Sensor Resistance: 10K Ohms @ 25°C (R25=10KΩ) · Accuracy: ±0.5% · Temperature Coefficients: B25/50=3950K, B25/80=4021K · Cable Length: Approx. 3 meters (9.84 feet) · Weight: Approx. 67g (2.4 oz) · Color: White Package Includes: · 1 x Underfloor Heating Thermostat Sensor Probe This Underfloor Heating Thermostat Sensor Probe combines durability, precision, and ease of use to enhance the efficiency of your heating control system. Its long cable and protective housing make it a reliable choice for accurate floor temperature measurement and versatile temperature monitoring applications across indoor and outdoor settings.