High Sensitive Waterproof Temperature Sensor Ntc Thermistor 5K 7K 10K 12K Ohm

High Sensitive Waterproof Temperature Sensor Ntc Thermistor 5K 7K 10K 12K Ohm   Product DescriptionHigh Sensitive Waterproof Temperature Sensor NTC Thermistor 5K 7K 10K 12K Ohm  is composed of NTC thermistor, electric wire, connector and temperature probe. It's manufactured by Hefei Jingpu Sensor Technology Co.,Ltd. High sensitive waterproof temperature sensor NTC thermistors are designed for continuous temperature monitoring.   Product nameHigh Sensitive Waterproof Temperature Sensor NTC Thermistor Sensor 5k 7k 10k 12kResistance value5-20 KΩLead wire insulationPVC, PTFE, Silicon latex FiberglassMeasuring Range-20~105ºC/-40~150ºC/Beta value±1%B value25/50=3950K  Product ParametersProduct parametersTotal length: 450mmProtection tube (probe part) length: 20mmProbe part diameter: 8mmLead length / Fixing thread PT1/2'' (taper thread)Cu/Ni: 5*25mmDetailed PhotosOur AdvantagesAdvantages:ROHS compliantHigh stability and reliabilitySuitable for high temperature, high humidity applicationSmall size, light weight, suitable for automatic plug-in installation and large scale production;Wide resistance range;Rapid respond, high sensitivity;Interchangeability and consistency are good, cost-effective, economical and praticalPackaging & ShippingPackage & ShippingStandard export packing: 10pcs/bagShipping terms: FOB/CIF/CNF termsBy sea or by airPackage photoRelated temperature sensorsThermistor Sensor The thermistor sensor is a type of sensor. This type of sensors is used mostly in the human thermometers. If there is a change in the temperature, then the electrical current or resistance also changes. The thermistor is prepared by using the semiconductor materials with a resistivity which is especially sensitive to temperature. The resistance of a thermistor decreases with increasing temperature so that when the temperature changes, the resistance change is predictable. The thermistor sensors are different from the resistance temperature detectors in that the first metal and the second is the temperature response types and they depend on the sign of K. If the K is negative, then the resistance decreases with the increasing temperature and the device is called as the negative temperature coefficient. If the K is positive, then the resistance increases in the temperature and the device are called as the positive temperature coefficient.  /* January 22, 2024 19:08:37 */!function(){function s(e,r){var a,o={};try{e&&e.split(",").forEach(function(e,t){e&&(a=e.match(/(.*?):(.*)$/))&&1