The structural composition of the industrial vacuum furnace: the industrial furnace body, including the frame support structure, the furnace structure, the material conveying system and the like. Heating systems, including equipment systems that provide heat to materials in industrial furnaces, such as energy medium piping and equipment systems, power transmission system transformers, and the like. Smoke exhaust system, including flue, chimney, heat exchanger and exhaust auxiliary equipment. Other ancillary equipment.
The equipment is used for vacuum sintering of different kinds of alloy materials, devices, NdFeB magnetic materials, SmCo magnetic materials, hydrogen storage alloy, reactive and refractory metal. The unique inner (outer) flow cycle and large vacuum unit are used so that it has these advantages: uniform cooling, fast speed, good temperature uniformity, large pumping quantity, uniform temperature control, high vacuum and no leakage. Cooling mode is divided into internal circulation (RVSX) and external circulation (RVS).
The control system is controlled by PLC. The intelligent temperature controller controls the temperature and it has high control precision and high degree of automation. It can realize automatic / manual no disturbance switching and abnormal alarm function. It is safe, reliable and simple to operate.
Industrial furnaces often involve heating processes such as melting, drying, baking, and chemical reactions in their production processes. Industrial furnaces are the heating equipment used in these processes. The fuels that provide heat to these devices are mainly gaseous fuels, liquid fuels, solid fuels, and electricity. With these heating devices, burns and electric shocks are prone to occur. If gas or liquid fuel is used, it may pose a fire or explosion hazard if it leaks or overflows.
When the industrial furnace is used, the furnace door lifting mechanism must be in good condition, and the broken wire of the wire rope is not allowed to exceed the specified value. Suitable for heavy hammer configuration
When the exposed transmission part should be provided with a protective cover. If it is a water-cooled furnace door, it must also ensure that the pipeline is unblocked and the winter pipeline is not frozen. The furnace door shall have a limited position device. When entering and leaving the furnace, there shall be an interlocking device for cutting off the power supply. The number of broken wires of the wire rope within the pitch shall not exceed 10%, and the weight hammer suspension of the balanced furnace door shall be reliable. It is required that the protective device of the exposed transmission part should maintain the correct installation position and the structure is reasonable. The rope pulley of the furnace car should be intact. All the pulleys and sprockets on the kiln are in good structure, no defects, and flexible.
The furnace wall and furnace lining of the industrial furnace body should be tight and free from leakage. The refractory material is required to be subjected to heat, corrosion, friction and chemical etching. The furnace wall of the furnace body should be kept intact and there should be no defects; the gap between the refractory material and its products must not leak; at the same time, the integrity of the kiln must be strong. The gas valve should be able to stop the switch in any position according to the operation requirements, especially when the flame is extinguished, the fuel supply can be cut off quickly. The valve requires no looseness and leakage to maintain its integrity and reliability. The oil pipe, air duct and heating pipe shall be free of cracks and leaks. Pipes of various purposes should be kept leak-free, crack-free, unobstructed, the nozzle should be unblocked, and the oil temperature and oil (wind) pressure should be kept normal.

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