There are many kinds of FRP furnaces and their structures are becoming more and more complex. However, from the point of view of realizing system functions, FRP furnaces mainly include the following systems: executive system, power system, transmission system, control system and control system. For these four systems, the manufacturers of glass tempering furnace have made the following detailed introduction to you, come and watch it quickly!

1. Glass Tempering Furnace Execution System

It includes executing mechanism and executing component. It uses mechanical energy to change the nature, state, shape and position of the work object, or to detect and measure the work. In short, it is a device for production or other predetermined requirements. Execution system is usually at the end of mechanical system, which directly contacts with the working object, and its output is also the main output of mechanical system. Therefore, the performance of the execution system directly affects the performance of the whole system.

2. Power System of Glass Tempering Furnace

It includes power engine and its supporting devices, and is the power source of mechanical system. According to the nature of energy conversion, it can be divided into primary engine and secondary engine. Primary power engine is a kind of machinery that transforms the natural energy (primary energy) into mechanical energy, such as internal combustion engine, steam turbine, hydraulic turbine, etc. Secondary power machine is a machine that converts secondary energy (electric energy, liquid energy, gas energy, etc.) into mechanical energy, such as motor, hydraulic motor, pneumatic motor, etc. The glass tempering furnace adopts the secondary power machine, that is, the power system of the motor.

3. Transmission System of Glass Tempering Furnace

The transmission system is an intermediate device which transfers the power and motion of the power engine to the execution system. The transmission system has the following main functions: decelerating or increasing the speed of the engine to meet the needs of the execution system. Stepless speed change movement, when the stepless speed change can not meet the requirements or economically, the force or torque required. If the working performance of the power machine fully meets the requirements of the execution system, the transmission system can be omitted so that the power machine and the execution system can be directly linked.

4. Operation and Control System of Glass Tempering Furnace

Manipulation and control systems are all devices that enable power, transmission and execution systems to coordinate with each other and accurately complete the functions of the whole machine. The main difference between the two is that the control system mostly refers to the device that achieves the above requirements through manual operation, including starting, clutching, braking, speed change, commutation and other devices. The control system refers to the device that changes the working parameters or running state of the control object by manual operation or the signal obtained by the measuring element, such as servo mechanism, automatic control device, etc. Good control system can make the mechanical system in a good state of operation, improve stability and reliability, and have better economy.