The end face thermistor element is wrapped with specially treated wire and is tightly attached to the front end of the thermometer. Compared with general axial thermistors, the end face thermistor can more accurately and quickly reflect the actual temperature of the measured end face, and is suitable for measuring the end face temperature of bearings or other components.

The corrosion-resistant coating has good anti-corrosion performance. Except for molten metal lithium, potassium, sodium, hydrofluoric acid, and high flow rate liquid fluorine of oxygen trifluoride, it can resist almost all of its chemical media and can be used for a long time in the range of 0-250 ℃.

The thermal resistance of bearings is suitable for temperature measurement in bearings with bearing equipment and other places that require shock resistance. The thermal resistance of the bearing is equipped with a shock-absorbing structure, which makes it sturdy on the surface of the tested bearing, thereby improving the accuracy of temperature measurement.

The WSS series bimetallic thermometer is a field detection instrument for measuring medium and low temperatures. Bimetal thermometers can directly measure the temperature of liquid, steam, and gas media within the range of -80 ℃ to+600 ℃ in various production processes.

The bimetallic thermometer with thermocouple/thermal resistance adopts a combination of bimetallic thermometer and thermocouple/thermal resistance, which not only meets the needs of on-site temperature measurement but also long-distance transmission.

Explosion proof bimetallic thermometers can directly measure the temperature of liquid, steam, gas media, and solid surfaces in the range of -80 to+500 ℃ during the various processes of carbides and other explosives present in the production site.

Hot sleeve bimetallic thermometer is a field detection instrument suitable for measuring medium and low temperatures, which can be used to directly measure the temperature of gases, liquids, and vapors.

The WSSN series seismic resistant bimetallic thermometer is a field detection instrument for measuring medium and low temperatures. It can directly measure the temperature of liquids, vapors, and gas media within the range of -80 ℃ to+500 ℃ in various production processes, as well as harsh and vibrating environments.

The stainless steel electric contact bimetallic thermometer dial is made of stainless steel material and is mainly used in production sites with corrosive environments or media containing food grade substances, where automatic temperature control and alarm control output are required.

Functional characteristics of temperature transmitter Linearized output 4-20mA standard current signal Adopting epoxy resin casting process, shockproof and moisture-proof

The SBW series integrated temperature transmitter is a combination of temperature sensors and transmitters, which converts temperature signals within the range of -200~+1600 ℃ into two wire 4-20mA DC electrical signals in a very simple way and transmits them to displays, regulators, recorders, DCS, etc.

The on-site temperature display instrument adopts imported chips for assembly with high precision and stability, with an error of ≤ 0.5%. The internal power supply, micro power consumption, and stainless steel shell provide strong protection and exquisite appearance.

Digital integrated temperature transmission controller, also known as temperature switch or temperature controller, is a product that integrates temperature measurement display, analog quantity transmission output, and alarm output.

The SBW series wall mounted temperature transmitter mainly consists of two units: a temperature sensor and a temperature transmitter. According to installation requirements, wall mounted integrated temperature transmitters and wall mounted split type temperature transmitters can be produced; The wall mounted integrated temperature transmitter is mainly used to measure indoor and outdoor environmental temperature and display and output signals on site.

A rail type temperature transmitter is a device that converts input single or dual thermal resistance and thermocouple signals into output isolated single or dual linear current or voltage signals, and improves the electrical isolation performance between input, output, and power supply.