SGE-225-0-0340 05000C-05000C

The SGE-225-0-0340 05000C-05000C is part of a class of industrial equipment known as Furnace Testers. This type of equipment is used to test the properties of various metals and other materials in extreme environments. It is mainly used by the metal industry, such as steel mills, and other industrial users to check the raw material, heat-treat, or create new alloys of a particular metal.

The main purpose of these devices is to accurately measure the physical characteristics of a material under severe conditions that might not be available in a conventional lab. These could be high-temperature (up to 1000°C) or high-pressure (up to 1000 bar) experiments. Such extreme environmental conditions can be simulated in the equipment for accurate testing results.

The SGE-225-0-0340 05000C-05000C is a furnace tester designed to work in high temperatues and pressures. It utilizes five thermo couples for temperature measurement, a pressure controller for pressure monitoring, and an EZData software suite to generate test results. The five thermo couples are used to take temperature readings from the outside surface of the material being tested, which allows for accurate analytical results. The pressure controller helps to maintain the pressure inside the furnace and make sure the pressure is within acceptable limits.

The EZData software suite is used to interpret the readings from the thermo couples and pressure controller. This software suite can be used to generate graphs and tabular data which can be used to analyze the test results. The software also has a user-friendly interface, which makes it easy to use for even inexperienced users.

The SGE-225-0-0340 05000C-05000C is versatile in its applications and can be used in various industrial processes, such as welding, annealing, forging, and others. It is also used to determine thermal expansion coefficients and other physical characteristic of metals during tests. It is an ideal device for studying the properties of materials under extremes conditions and for comprehensive analysis of materials.