#temperaturesensor

[adafruit]

SHT41 is not too hot, not to cold - just right! 🌡️👌🔄🔗📚🐻🐻🐻👧

the SHT41 sits right between the SHT40 and the SHT45 with the same typical +-1.8% humidity accuracy as the SHT40 but better guaranteed performance at the edges of functionality: +-2.5% instead of 3.5%. Given its the same footprint as the SHT40 it's an easy respin, so here ya go

[partsfe]

Star 2E-41100-17 Temperature Sensor | PartsFe

The Star 2E-41100-17 Temperature Sensor is a crucial component for ensuring precise temperature control in commercial ovens. This sensor accurately monitors and reports temperatures, allowing for optimal cooking results and consistent food quality. Its reliable performance and durability make it an essential part for maintaining peak efficiency and preventing malfunctions in Star ovens. By regularly inspecting and replacing this component, you can safeguard your equipment and ensure consistent food quality in your commercial kitchen.

[homeappliances36]

Whirlpool WPW10181986 Range Temperature Sensor HnKParts

Manufacturer Name: WHIRLPOOL Product Number: WPW10181986 OEM Part Number: WPW10181986 Product Description: Sensor

This Whirlpool WPW10181986 Range Temperature Sensor component keeps your oven at an exact temperature, which is essential for preparing delicious dishes every time. This sensor is compatible with a variety of Whirlpool range models and detects internal oven temperature variations, allowing for constant baking, roasting, and broiling.

[forlinx]

Check out this interesting tutorial! Learn how to use SPI to interface with the MAX31865 digital RTD temperature sensor on the RK3562J platform using the OK3562J-C development board. It's a great resource for those working on related projects!

[homeappliances032]

Whirlpool W10833885 Range Temperature Sensor HnKParts

Manufacturer Name: WHIRLPOOL Product Number: W10833885 OEM Part Number: W10833885 Product Description: Sensor-Range

The Whirlpool W10833885 is an essential component for electric ovens, serving as a range temperature sensor. It is essential for keeping an eye on the oven's cavity temperature. The control board of the oven receives data from this sensor continuously. The control board then makes use of this data to govern the heating element's activity, guaranteeing precise and constant cooking temperatures throughout the oven.

[hnkparts034]

Whirlpool W10859573 Oven Temperature Sensor HnKParts

Manufacturer Name: WHIRLPOOL Product Number: W10859573 OEM Part Number: W10859573 Product Description: Sensor

The Whirlpool W10859573 is an essential component for your oven's temperature control. It serves as a sensing probe, located within the oven cavity. The interior temperature is regularly monitored by this sensor. It works by converting heat into an electrical signal that is sent to the control board of the oven. In order to maintain the cooking temperature you have selected, the control board decodes this signal and modifies the heating components accordingly.

[hnkparts]

Samsung DG32-00004C Range Oven Temperature Sensor | HnK Parts

Manufacturer Name:Samsung

Product Number:DG32-00004C

OEM Part Number:DG32-00004C

The Samsung DG32-00004C Range Oven Temp Sensor is a critical component of your Samsung oven that ensures precise and constant cooking temperatures. This sensor serves as a temperature monitor, continuously detecting the inside heat of the oven and sending information about it to the control board. 

[adafruit]

PCB of the day! MCP9808 High Accuracy I2C Temperature Sensor Breakout Board 🌡️🔌💻

The MCP9808 I2C digital temperature sensor provides high accuracy and precision, with a typical accuracy of ±0.25°C over its -40°C to +125°C range, and works with any microcontroller using i2c, supporting up to 8 sensors on a single bus. Unlike the DS18B20, this sensor is attached to a breakout board PCB for easy use, with a wide voltage range of 2.7V to 5.5V, and is accompanied by a comprehensive tutorial and library compatible with Arduino & CircuitPython.

[leinsterqualityproducts]

Temperature and Humidity Detector

Introducing our brand new Temperature and Humidity Detector! This state-of-the-art device will revolutionize the way you perceive and control your surroundings. With its sleek design and accurate readings, you'll always be one step ahead of the weather. For more information and to order yours now, visit our website at: https://leinsterqualityproducts.ie/product/temperature-and-humidity-detector

[heatsensors]

Choosing between RTD or Thermocouple for an Industrial Application

Temperature measurement is an important aspect of process control and industrial applications. RTD and Thermocouples are two types of temperature sensors commonly used in various industries. What more?

Read our article to know more.

Looking to purchase RTD or Thermocouple for your industrial applications?

Call Heatcon Sensors on 098442 33244 to start a discussion and place your order. Heatcon Sensors have been manufacturing various types of thermocouples as per exact customer requirements for more than 35 years.

[zeusmining]

T451 Temperature Sensor

The T451 chip is a temperature sensing IC, the full name is TMP451AIDQFR. This chip is often used to collect and process temperature data on the Antminer hash board. It is suitable for hash boards such as Antminer S9, T9, S11, 17 series, L3+, S19, T19, etc. It can also be used for chip replacement and repair of Nintendo Switch.

Details: https://www.zeusbtc.com/ASIC-Miner-Repair/Parts-Tools-Details.asp?ID=269

[draegerit]

Temperatur-Sensor WSEN-TSDI von Würth Elektronik Anschluss per Sensor Shield oder per I2c am Arduino #wuerthelektronik #temperaturesensor #arduino #maker #diy #tech #techy #technology #electronic #components #microcontroller #soldering #draegerit (hier: Stefan Draeger Software) https://www.instagram.com/p/Cn5FRbdL_Sk/?igshid=NGJjMDIxMWI=

[ruggedmonitoring]

Testing of Microwave Absorbing Materials | Rugged Monitoring

A comprehensive testing solutions for cutting edge research applications. We have broad range of sensors like testing of microwave absorbing materials, cryogenic temperature sensor & semiconductor temperature sensor etc.

Read more: https://bit.ly/3jTsZs0

[p-a-s]

Application of Industrial Analyzer

Popularize computer applications The application of computers, especially microcomputers, in the field of component analysis instruments is a revolution in the whole field of component analysis instruments and a major trend in the development of component analysis instruments since the late 1970s. At present, computers have been widely used in data processing of various modern component analysis instruments, monitoring the functions of component analysis instruments, controlling their work, and various operating parameters. The combination of computer and component analysis instruments has become an effective tool for automatic control of the production process. Due to the emergence of microcomputers, especially single-chip microcomputers, some "intelligent" component analysis instruments with microcomputers have been produced in succession.

Widely adopt new technologies The emergence of new technologies such as laser technology, solid gas sensors, large-scale integrated circuits, superconductivity, photoconductivity, etc. has greatly expanded the variety and application range of component analysis instruments and improved the accuracy, sensitivity, stability, and automation of instruments. At present, the development of science and technology has entered a new stage, with new disciplines, new technologies, and new processes emerging in endlessly. Many achievements in natural science and engineering technology have not been fully applied in the field of component analysis instruments. Component analysis instruments must widely use the latest achievements in all disciplines so that they can develop faster and better serve scientific and technological progress and national economic development.

Continuously improve the degree of automation With the improvement of the level of automation products in China, it is urgent to gradually apply various mature composition analysis instruments and analysis methods in the laboratory to the production practice, and become a means to continuously and automatically complete the necessary measurement, supervision, and adjustment tasks in the production process. Therefore, on the one hand, efforts should be made to solve the research and development of the automatic sampling and sample pretreatment system required by the process component analysis instrument, and on the other hand, the automation degree of the main machine of the component analysis instrument should be improved to make it fully automatic. In fact, it is not only necessary for the automation of the production process, but also necessary for the laboratory analytical instruments to continuously improve the degree of automation of the component analysis instruments. Therefore, improving the degree of automation is one of the main development trends of the current component analysis instruments.

Standardize as much as possible In the early 1960s, some widely used laboratory composition analysis instruments, such as gas chromatography, began to use the so-called "building block" structure. It is to decompose the instrument into several standard components, which are properly combined according to different purposes to meet the requirements of different functions. In addition, standardized plug-ins shall be used as far as possible in terms of electronic components, which can be an amplifier, a program controller, a computer online interface, etc. To realize the standardization, serialization, and unit combination of the component analysis instrument is not only conducive to reducing the production cost of the instrument and shortening the manufacturing cycle, but also can simplify the operation technology, improve the use flexibility, reduce the maintenance workload, and promote the application of the component analysis instrument. Therefore, it is one of the development directions that should be advocated. Gradually popularizing computer technology, widely using the latest achievements in various disciplines, constantly improving the degree of automation of the instrument, and striving to achieve standardization and serialization are the main development trends of the current composition analysis instrument.

Supmea Process Automation Instrument Company Supmea Co., Ltd., founded in 2006, is a national high-tech enterprise engaged in the R&D, manufacturing, sales, and service of process automation instruments. The headquarters of the company is located in Qiangtang District, Hangzhou, which integrates the national economic and technological development zone, a university town, and a cross-border e-commerce zone. The company has more than 400 employees, more than 90% of whom have college degrees or above, and has gathered a large number of professional and technical talents in automation, measurement, and control, communication, electronics, electrical, mechanical, and other fields. Supmea is a director unit of the China Instrument and Meter Society. Since 2013, Supmea has been awarded the honorary titles of the most growth-oriented enterprise, Zhejiang provincial science, and technology-oriented enterprise, national high-tech enterprise, etc. Due to its outstanding development achievements in recent years. The company's products mainly include temperature, pressure, flow, level, analysis, and other process automation instruments, which are widely used in various industrial fields and have won the trust and reputation of nearly 500000 customers. At present, the company has set up service centers in Beijing, Shanghai, Guangzhou, Nanjing, Chengdu, Wuhan, Changsha, Jinan, Zhengzhou, Suzhou, Jiaxing, Ningbo, and other places, and has set up offices and contact points in Singapore, the Philippines, and other countries. Its business covers more than 120 countries and regions.