WSS series bimetallic thermometer Introduction: The WSS series bimetallic thermometer can measure temperatures within the range of -80 to+500 ℃ and provide on-site indication. According to different measurement ranges, the temperature of gases, liquids, and vapors can be directly measured. Bimetallic thermometers have the advantages of corrosion resistance, good shock resistance, mercury free, easy to read, and durability. Used in departments such as petroleum, chemical, machinery, shipbuilding, power plants, textiles, printing and dyeing, brewing, and scientific research. This thermometer is made using spiral bimetallic strips. The temperature sensing element is installed inside a protective tube, with one end fixed and the other free end connected to a thin shaft with a pointer. When the temperature changes, the free end of the temperature sensing element drives the pointer to rotate, thereby directly reading the Celsius temperature value on the dial. Technical parameters: Bimetallic thermometers can be divided into axial type (with the outer shell and protective tube connected in the same axis), radial type (with the outer shell and protective tube connected vertically), and universal type (with flexible connection) according to the different connection methods between the instrument housing and protective tube; Accuracy level: 1.5 level; Shell diameter: Φ 60, Φ 100, Φ 150; Measurement range: -80~500 ℃; Diameter of protective tube: Φ 6, Φ 10, Φ 12; Installation thread: M16 × 1.5 M27 × 2; The material of the protective tube of the bimetallic thermometer is stainless steel, with a nominal pressure of 6.4MPa.
Introduction: The WSS series bimetallic thermometer can measure temperatures within the range of -80 to+500 ℃ and provide on-site indication. According to different measurement ranges, the temperature of gases, liquids, and vapors can be directly measured. Bimetallic thermometers have the advantages of corrosion resistance, good shock resistance, mercury free, easy to read, and durability. Used in departments such as petroleum, chemical, machinery, shipbuilding, power plants, textiles, printing and dyeing, brewing, and scientific research. This thermometer is made using spiral bimetallic strips. The temperature sensing element is installed inside a protective tube, with one end fixed and the other free end connected to a thin shaft with a pointer. When the temperature changes, the free end of the temperature sensing element drives the pointer to rotate, thereby directly reading the Celsius temperature value on the dial.
