Views: 0 Author: Site Editor Publish Time: 2024-04-01 Origin: Site
The glass tempering furnace has become the main equipment for tempered glass production, producing various sizes and styles of tempered glass for various industries, and possessing mechanical strength and thermal stability that ordinary glass cannot match, making it safer to use. Do you know the specific structural composition and transmission method of the glass tempering furnace equipment?
1. Structural composition of glass tempering furnace
The flat steel tempering furnace is mainly composed of four parts: discharge section, convection heating section, flat tempering section, and extraction section, as well as high-pressure centrifugal fan, air supply pipeline, air collection box, gas circuit, electrical control cabinet, operation platform, etc.
The transmission of each part of the unit adopts AC frequency conversion technology, with motor drive and adjustable reciprocating drive speed; The operation of each part is automatically completed by a control system composed of industrial computers and PLCs; The wind pressure of the air supply system is automatically adjusted, the upper and lower air grilles are electrically opened and closed, the air volume is electrically balanced, and the main air valve is automatically turned on and off; The main drive of the furnace body and wind grid adopts an O-belt drive, among which the furnace body adopts a triple composite drive synchronous technology, namely an orthogonal circular drive belt and an interconnected circular drive belt; The main transmission of the input and output stages adopts chain transmission, with a simple and reliable structure; When the main transmission of the furnace body and wind grid is in a power outage state, manual emergency sheet discharge function can be installed. According to customer needs, emergency power supply devices can also be added to ensure the low-speed operation of the ceramic roller conveyor of the furnace body after power outage. Let's learn about the mechanical transmission mode of the glass tempering furnace together.
2. Mechanical transmission mode of glass tempering furnace
2.1. Belt transmission: Tempered glass is transmitted through the ceramic roller track of the tempering furnace, using O-belt and synchronous belt transmission, which is also the main mechanical transmission mode in the current operation of glass tempering furnaces.
2.2. Chain drive: Chain drive is mainly used for the roller drive of the upper and lower platens; Roller conveyor transmission for C-bend/B-bend; C-bend/B-bend counterweight lifting transmission; The lifting and lowering transmission of the wind grille of the glass tempering furnace.
2.3. Gear transmission: Hand cranked drive of the glass tempering furnace body; Bending arc mechanism transmission; Furnace lifting transmission; Wind grille lifting transmission.
2.4. Worm gear and worm gear transmission: transmission of worm gear reducers; The wind grille and glass tempering furnace body are driven by elevators.
2.5. Spiral drive: the furnace body screw lifting drive on the glass tempering furnace; Elevator transmission for wind barrier lifting; The transmission of the B bending and arc changing mechanism in a small tempering furnace.
The above mechanical transmission methods for the glass tempering furnace are applied in various operating structures of the furnace, playing different roles, and the overall coordination completes the smooth operation of the equipment.
