High power digital temperature control chip DC24V power 300W model 020022 temperature constant heating control chip
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  • High power digital temperature control chip DC24V power 300W model 020022
  • High power digital temperature control chip DC24V power 300W model 020022
  • High power digital temperature control chip DC24V power 300W model 020022
  • High power digital temperature control chip DC24V power 300W model 020022
  • High power digital temperature control chip DC24V power 300W model 020022
High power digital temperature control chip DC24V power 300W model 020022High power digital temperature control chip DC24V power 300W model 020022High power digital temperature control chip DC24V power 300W model 020022High power digital temperature control chip DC24V power 300W model 020022High power digital temperature control chip DC24V power 300W model 020022

High power digital temperature control chip DC24V power 300W model 020022

  • KUNAG Vision: Kunag becomes the global leading brand of microfluidic control
  • KUNAG goal: Kunag focuses on microfluidics technology and subsystem solutions
  • Field: Printing equipment Medical equipment Environmental protection equipment Food and beverage Biotechnology Petrochemical
  • Force Pneumatic Control Fluid Reversing Welding Equipment Machinery Manufacturing Hydraulic System Experimental Equipment
  • Product description: High precision digital temperature sensing chip, intelligent temperature control chip, temperature control chip with overheating protection function, programmable temperature control chip, low-power t
  • INQUIRY

The high-power digital temperature control chip has a maximum carrying power of 300W and a voltage of DC24V DC. It can adjust temperature and display temperature values in real time, and supports customization

The main application areas of temperature sensor chips are as follows:

Industrial sector

-Industrial automation: used in the production processes of industries such as steel, chemical, and power to monitor and control the temperature of equipment such as furnaces, reaction vessels, and pipelines, ensuring the stability of production processes and product quality, while preventing equipment overheating from causing safety accidents.
-Electronic equipment manufacturing: In the processes of semiconductor chip manufacturing, circuit board soldering, etc., precise temperature control and monitoring are carried out to ensure product performance and quality.

In the field of consumer electronics

-Smart home: It can achieve real-time monitoring of indoor temperature, automatically adjust the operating status of air conditioning, heating, smart fans and other devices, improve living comfort and save energy.
-Wearable devices: integrated into wearable devices such as smart bracelets and smartwatches, real-time monitoring of human body temperature and other health data, providing users with health status references.

Medical field

-Medical equipment: used in thermometers, medical monitors, incubators, anesthesia machines and other devices to accurately measure human body temperature or environmental temperature, providing important basis for disease diagnosis, treatment and rehabilitation.
-Drug storage and transportation: Monitor the ambient temperature in drug warehouses, cold chain logistics, and other links to ensure that drugs are stored and transported within the specified temperature range, ensuring the quality and efficacy of drugs.

Automotive field

-Engine management: Monitor engine coolant temperature, intake temperature, exhaust temperature, etc. to ensure that the engine operates within the optimal temperature range, improve fuel economy and power performance, and extend engine service life.
-Interior environment control: detects the temperature inside the car, automatically adjusts the air conditioning system, and provides a comfortable interior environment for drivers and passengers.

Environmental monitoring field

-Meteorological observation: used in meteorological stations to measure atmospheric temperature, ground temperature, etc., providing data support for weather forecasting, climate research, and meteorological disaster warning.
-Water quality monitoring: Monitoring the temperature of water bodies and understanding their thermal conditions is of great significance for evaluating water quality and the living environment of aquatic organisms.

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Add: Lane 819, Qinghewan Road, Qingpu Industrial Park, Qingpu District, Shanghai

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