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Detailed explanation of the usage method of the furnace temperature tester
2023-11-28
furnace temperature tester is a device used to measure and monitor furnace temperature, widely used in various industrial fields. This article will provide a detailed introduction to the usage of the furnace temperature tester, helping you better understand and operate the equipment. Firstly, in order to use the furnace temperature tester correctly, you need to have a detailed understanding of the components of the equipment. The furnace temperature tester usually consists of a temperature sensor, display screen, and control panel. The temperature sensor is responsible for measuring the furnace temperature and transmitting the data to the display screen for display through the control panel. Before starting to use, please ensure that the furnace temperature tester is correctly installed on the furnace you want to measure. Place the temperature sensor in the classic position of the furnace and ensure good contact between the sensor and the furnace wall to obtain accurate temperature readings. Next, you need to familiarize yourself with the control panel of the furnace temperature tester. Control panels typically have some basic control buttons, such as on/off buttons, temperature adjustment buttons, and display brightness adjustment buttons. Ensure that you understand the function of each button and operate it as needed. Before starting the measurement, you can adjust the settings of the furnace temperature tester according to actual needs. Usually, you can set the desired temperature range through the temperature adjustment button on the control panel. In addition, you can also adjust the brightness of the display screen,
Electronica South China 2023 in Shenzhen, China
2023-11-02
Further Discussion on the Setting of Temperature Curve for Lead-free Reflow Soldering
2023-09-06
Due to the need to use some lead-free components on the original tin-lead circuit board, the problem of backward compatibility arose.
2022 "Quick Cup" National Electronic Manufacturing Welding Expert Competition
2022-10-25
Warmly congratulate the SMT Special Committee of the Guangdong Electronics Society on the successful hosting of the "2022 6th" Quick Cup "National Electronic Manufacturing Welding Proficient Selection Competition Guangdong Branch Competition" by Quick Automation Technology (Dongguan) Co., Ltd., with nearly 50 manufacturing welding experts from Shenzhen, Dongguan, Guangzhou, Zhuhai and other places. Every elite expert is brave and brave, swift and fierce, tenacious and tenacious, striving for every minute and second with perseverance and perseverance Move forward and turn the tide. Congratulations to the top six Guangdong players in the 2022 KuaiKe Cup National Electronic Manufacturing Industry Welding Proficient National Finals! first prize Liu Taohui | Huawei Machinery Co., Ltd Second Prize Geng Jiquan | Huawei Machinery Co., Ltd Zhong Guoqiang | Guangdong Kuanpu Technology Co., Ltd Third Prize Li Yaoyong | Ricoh Creative Intelligent Manufacturing Co., Ltd Chen Yongjia | Guangzhou Hongyu Technology Co., Ltd Qin Tuan | Dongguan Aidian Electronics Co., Ltd Congratulations to the above experts for achieving excellent results and successfully advancing to the 2022 KuaiKe Cup National Electronic Process Welding and Welding Expert National Finals. Keep working hard and create brilliance!
PCBA Lecture Hall: Should RSS be used for the furnace temperature curve of reflow soldering? Or RTS type?
2022-10-16
Should the reflow temperature profile be set to RSS (saddle style)? Is it better to set it to RTS type (inclined lift)? TESDATA has found that many PCBA engineers have been troubled by this issue because a boss has requested RTS, but they are also psychologically afraid.
Discussion on Technical Requirements for Perforated Reflow Welding
2021-09-08
Perforated reflow soldering is an emerging technology in international electronic assembly applications. When there are both mounting components and a small number of sockets and other plug-in components on the same side of the PCB, we usually adopt the method of first mounting through the reflow furnace, and then manually inserting through wave soldering. However, if perforation reflow soldering technology is adopted, it is only necessary to insert the plug-in components and pass them through the reflow furnace together after the patch is completed and before entering the reflow furnace.
