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What is the role of high-temperature industrial television in glass factories?
Summary: What is the role of high-temperature industrial television in glass factories? In glass kilns, television monitoring of flame combustion allows for full monitoring of the flow state of the glass liquid and the operable working state, which is of great significance to improving productivity and product quality.
High-temperature industrial television What is its role in a glass factory?
The combustion in the glass furnace allows the television to monitor the flame combustion, fully monitor the flow state of the glass liquid surface, and monitor the operable working state. This is of great significance to improving productivity and product quality.
Problems to be solved:
1. Due to the high furnace temperature, the camera protective film must be water-cooled and co-cooled, and operate normally at a furnace temperature of 1600℃.
2. The process structure and materials of the water-cooled cover should be guaranteed. Otherwise, it is easy to burn and leak water, destroying the furnace working state.
3. Correctly select the installation location. Otherwise, the working surface cannot be observed.
4. Convenient maintenance. Equipment used for a long time in high ambient temperatures is prone to fouling, leading to the need for rapid daily maintenance. This is because the design of the equipment manufacturing needs to consider quickly insertable connectors.
Real-time monitoring of the glass melting furnace condition.
In the melting furnace of a glass factory, the boundaries of bubbles and the distribution of the material pile can be clearly observed, as well as the working conditions of the combustion flame in each small furnace, and the wear and corrosion of the high-furnace furnace wall can also be observed.
Tin bath industrial television.
Used to observe and monitor the position of the wire drawing machine, retainer, and plate edge in the tin bath. Water-cooled protective film or pinhole protective film should be used. These cameras can be configured with a multimedia remote video monitoring system using single-ended, long-ended, long-ended network topology connections or a hard disk video system.
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