The Y60 series platinum resistance sensor uses two-wire or three-wire silver-plated Teflon wire, which offers high-temperature measurement precision and strong dependability. This series is packaged in 304 stainless steel or PTFE Teflon rubber.
This temperature sensor is made of 304 food-grade stainless steel, is packaged using excellent moisture-proof epoxy resin technology, and can be customized in terms of size to meet customer needs. It is also simple for customers to install in accordance with the structure and can be mixed and matched in terms of various characteristic parameters to meet those needs. This series of products performs admirably. Consistent temperature measurement, stable and trustworthy.
Utilizing an RTD temperature sensor chip, an external protective tube made of 304 food-grade stainless steel is used to ensure normal operation within 450 degrees. The Y53 series oven temperature sensor uses either 380-degree PTFE wire or 450-degree mica glass fiber wire depending on the specific work requirements.
The precision of each pair of temperature probes after pairing may meet the error of 0.1°C, and each pair of temperature sensors for the heat meter series industrial temperature sensors conforms to the criteria of Chinese standard CJ 128-2007 and European standard EN 1434 in terms of error range. To avoid MIS installation due to the length of the cable, the two ends of the probe are each marked with a red and blue marker. Upper water is at the red end, while lower water is at the blue end.
Our business meticulously crafts the KTY temperature sensor using imported silicon resistance components. High precision, good stability, robust reliability, and a long product life are some of its benefits. It can be used for highly accurate temperature measurement in tiny pipelines and constrained areas. The industrial site's temperature is regularly monitored and managed.
The product line can be packaged using TPE injection molding, ABS shell infusion epoxy resin, nylon shell infusion epoxy resin, and other packaging techniques that are frequently used in low-temperature refrigerators, freezers, and floor heating. Products with plastic shells have high resistance to moisture and cold. performance, high dependability, tolerance to cold and heat stress, and a low yearly drift rate.
Packaging technology such as TPE injection molding is widely used in the measurement and control of low-temperature refrigerators and freezers. TPE injection molding products have excellent cold resistance, moisture-proof and waterproof performance, high reliability, and low annual drift rate of cold and heat shock resistance.