Temperature sensors

Temperature sensors
WKDTR

Features

  • Wide range of measurement
  • Ouick response
  • Simple installation
  • Long life span
  • Excellent mechanical strength, and vibration resistance.
  • Custom sheath outer diameters available

Mineral insulated resistance thermometers are known as WKDTR RTD sensors. In general, temperature affects a metal’s electrical resistance. Compared to most other metals, platinum is more linear and has a higher temperature coefficient. As a result, it works best for measuring temperature. Platinum has outstanding physical and chemical characteristics. For long-term use as a resistance element for temperature measurements, industrial high purity elements are easily obtainable. Because the features are outlined in JIS and other international standards, a very precise temperature reading is made possible.

Description
Technical Details
Applications
Accessories
Documents
01

Introduction to Temperature Sensors

In industries where precise temperature measurement is critical for process control and safety, WZPK RTD temperature sensors stand as stalwart instruments, providing reliable and accurate readings even in the most demanding environments. These sensors, equipped with mineral-insulated resistance thermometers, offer a robust solution for temperature monitoring across a wide spectrum of applications. WZPK RTD temperature sensors are a type of resistance temperature detector (RTD) commonly used for measuring temperature in industrial applications. RTDs operate on the principle that the electrical resistance of certain materials changes predictably with temperature. Mineral-insulated RTDs, as the name suggests, use a mineral insulation material to protect the RTD element (usually made of platinum) from environmental factors such as moisture, vibration, and pressure. This design makes them robust and suitable for harsh environments.The RTD element itself is typically made of platinum, which is known for its stability and accuracy over a wide temperature range.

02

Uses of Temperature sensors

Temperature probes including RTD and TC sensors on the terminal head. The primary purpose of temperature probes is to measure fluid and gaseous temperatures. The dependable sealing capability of this installation type under vacuum and under overpressure is a crucial selection factor. The HVAC, kiln, and apparatus engineering sectors, as well as refrigeration engineering. High Strength & Vibration Resistance: Performs reliably in harsh environments, including vibrations.

03

Applications of Temperature sensors

Wide Measurement Range: Operates from -200°C to +500°C, suitable for various applications. Quick Response: Small heat capacity enables high sensitivity and rapid temperature detection. Easy Installation: Flexible design allows on-site bending for complex configurations. Long Lifespan: Magnesium oxide insulation prevents resistance deterioration, ensuring durability.

Principle of Temperature sensors

In general, a metal’s electrical resistance changes with temperature. Compared to most other metals, platinum in particular is more linear and has a higher temperature coefficient. For this reason, it works best while measuring temperature. Platinum has exceptional physical and chemical qualities. It is easy to get industrial high purity elements for use as resistance elements in temperature measurements over an extended period of time. Because the features are outlined in JIS and other international standards, it is possible to detect temperature with extreme precision.

Technical Specification

Sensor
Pt100 or Pt1000 or Cu50 etc
Temperature
-200℃ to +850℃
Output
4-20mA / RTD
Supply
DC12-40V

Applications

Heating and Cooling Reactors

Heating and cooling reactors are crucial components in various industrial processes, particularly in chemical, pharmaceutical, and food industries. These reactors are used for carrying out reactions under controlled temperature conditions.

Disinfecting and
Sterilizing

Disinfection and sterilization are critical processes across various industries, particularly in healthcare, pharmaceuticals, food processing, and biotechnology. These applications ensure the elimination of harmful microorganisms.

Waste Heat Recovery Boilers

Waste heat recovery boilers are essential components in industries where significant amounts of heat are generated during various processes but are typically wasted. These boilers capture this waste heat and convert it into useful energy, thereby improving.

Dyeing WasteWater

Treatment of highly coloured wastewater containing a variety of dyes in varying quantities is a major component of wastewater treatment in the textile and dye industry.The flow of dye into the interior of the fibre as well as the interaction between a dye .

Exhaust Gas Treatment

Exhaust gas treatment systems (EGTS), also referred to as SOX scrubbers, are an alternative to these solutions that clean the exhaust gas in order to reduce SOX emissions to a level that is equivalent to the acceptable fuel sulphur
content.

Fertigation System

Fertigation is the process of injecting fertilisers into an irrigation system for the purpose of amending the soil, the water, and other water-soluble goods. Adding chemicals to an irrigation system is known as chemigation, which is connected to fertigation.

Accessories

Documents

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