DytspectrumOwlPRODUCTS classification

Our high-performance graphite electrodes are refined from high-quality natural graphite materials, which have excellent conductivity and high temperature resistance. They are widely used in industries such as electric arc furnaces, casting, and metallurgy.

◎ Real-time nonstop temperature monitoring
◎ Benchtop design specially for electronics repairing and thermal management
◎ Eash operation with a USB cable connect to PC
◎ Equipped 260×200 resolution to output vivid thermal imaging ◎ Quick response with 25 Hz refresh rate
◎ Wide temperature measurement range -10~550C;
◎ Support extra experimental box with temperature sensor

◎ Small size with the front lens only (13 * 13 * 8) mm and the interface board of (23.5 * 15.3) mm
◎ 256 x 192 infrared resolution provides high-definition thermal image
◎ Equipped with USB interface board, it can be developed into different products
◎ Low power consumption only 640mW
◎ Split-type design for the lens and interface board, which are connected by FPC flat cable

◎ Euipped detector resolution max 640*512
◎ Adopt patented falcon image processing chip
◎ Ultra low power consumption ◎Wide measurement range -20℃~+450℃
◎ Support output high quality image
◎ Providing rich expansion interfaces

As a product provided by Dianyang Technology, Normal temperature scale TS-44 is able to provide standard and accurate temperature value, and can be used together with TA Series Integrated Thermal Analyzer for it to calibrate the temperature accuracy under a high gain of (-10℃ – 120℃). With a factory standard temperature value of 50℃, the temperature scale is able to detect whether there is any deviation in the temperature measurement results of TA Thermal Analyzer, or be used in the real-time temperature calibration by TA Thermal Analyzer to ensure that its temperature deviation is not greater than ±0.5℃.

The simulation experiment box is mainly used for the thermal design in the auxiliary circuit design. Its acrylic high light transmission shell ensures impermeability on one hand, through which you can view the placement of the circuit board on the other hand. Through the thermal imaging observation window, the overall thermal image and corresponding temperature of the circuit board can be observed.