Energy saving heating system

Abstract

The invention relates to an energy conservation heating system, in particular to the energy conservation heating system which is applied to electrical heating ovens and channel ovens. The system includes a heater which is composed of a central principal axis and a plurality of china supporting block sleeved on the central principal axis. The china supporting block are provided with a corresponding heater installation inner hole, a spring heater is fixedly arranged between the adjacent china supporting block, the spring heater is internally provided with a silex tube as the inner main beam, two ends of the silex tubes are respectively fixed and connected with the corresponding heater installation inner hole of the adjacent china supporting blocks. The benefit effect is that: taking the silex tube as the inner main beam of the spring heater ensures the spring heater not to descend, the same eight kw power only needs four china supporting block in design, leads the spring heater exposed area to reach ninety-five percent, achieves the principle of heat energy reflection and focus, and greatly improves the using energy, and can save twelve percent electrical source in the same power and work dimension.

Description

technical field [0001] The invention relates to an energy-saving heating system, in particular to an energy-saving heating system applied to various electric heating ovens and tunnel ovens. Background technique [0002] At present, domestic electric heating systems include stainless steel tubes, quartz tubes, and ceramic tubes as heating materials, and some are used as heating elements for heating. Stainless steel tubes, quartz tubes, and ceramic tubes are used. The materials themselves consume a certain amount of electricity, and the heat emitted by them passes through After the tube wall is preheated, the heat emitted consumes a lot of power. These materials are used to make the shell to protect the heating wire. After heating, the heating wire will not elongate and sag, and will not break the circuit when it touches other materials. The above reasons consume a lot of power. Any of the heating elements above is designed with the heating wire outside, and the supporting bo...

AI Technical Summary

Problems solved by technology

[0002] At present, domestic electric heating systems include stainless steel tubes, quartz tubes, and ceramic tubes as heating materials, and some are used as heating elements for heating. Stainless steel tubes, quartz tubes, and ceramic tubes are used. The materials themselves consume a certain amount of electricity, and the heat they emit passes through After the tube wall is preheated, the heat emitted consumes a lot of power. These materials are used to make the shell to protect the heating wire. After heating, the heating wire will not stretch and sag, and will not break the circuit when it touches other materials. The above reasons consume a lot of power

Any of the heating elements above is designed with the heating wire outside, and the supporting body is made of ceramic materials. Each heating element with the same power is equipped with several times more supporting materials. The exposed surface of the heating wire only accounts for 50%, and the support frame has many holes. , 1 / 3 of the heat is hidden in the hole, and all the heat cannot be sent to the furnace for use, resulting in a large power consumption

[0003] Traditional oven designs such as figure 1 As shown in Figure 2, two exhaust outlets a are generally used, and an exhaust fan c is required. The rotation shaft of the exhaust fan c is equipped with a wind wheel b, and it cannot be controlled. When there is no need to discharge, the exhaust fan c is also Exhaust air, resulting in waste of heat energy

The control electric box f of the traditional oven generally adopts a temperature control meter, a timer and an alarm, and uses full power for heating and keeping warm, which also wastes 2% of electric energy

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