Gas mold temperature machine

Gas mold temperature machineOn the basis of the gas heat exchange oil boiler, a flue gas waste heat utilization device has been added to overcome the general exhaust gas temperature of the heat exchange oil boiler. The exhaust temperature of a gas model temperature machine is generally around 75 ℃. The cold air is heated to above 100 ℃ using a flue gas waste heat utilization device, and then burned in the furnace through a split type burner to improve the thermal efficiency of the equipment. According to the actual measurements of many users, compared with traditional boilers, gas mold temperature machines save more than 10% of gas.‍

Introduction to Gas Model Temperature Machine
Gas mold temperature machine is actually a device that is not only energy-saving, but also environmentally friendly. It is precisely because gas mold temperature machine has such functions that it has been widely used in our rolling machines in recent years. For its hot pressed wooden boards and laminated solar equipment, it will also have applications. It uses imported advanced components, which have a relatively long service life and a fast temperature rise and fall speed. Its temperature control is relatively accurate and stable. In addition, it has a mold return water temperature detection table and a forced cooling function.

gasMold Temperature ControllersWorking principle
The lower end of the gas model temperature machine is equipped with a combustion chamber, and a recovery chamber is installed inside the temperature control box. The lower end side is equipped with a combustion machine that cooperates with the combustion chamber. The burner of the gas model temperature machine is connected to the gas pipeline. The air inlet of the gas model temperature machine is connected to the lower end of the recovery chamber through an intake pipe. A spiral heat transfer oil heating tube is installed in the combustion chamber of the gas model temperature machine. The two ends of the spiral heat transfer oil heating tube are connected to the heating equipment through an inlet pipe and a return pipe, respectively. There are switch valves on the inlet pipe and return pipe of the gas model temperature machine. An oil pump and an oil gas separator are connected to the return pipe in the recovery chamber of the gas model temperature machine. A discharge pipe is connected to the lower end of the oil gas separator of the natural gas model temperature machine. A discharge valve is installed on the discharge pipe of the gas model temperature machine. An oil tank, fan, and chimney are installed at the upper end of the gas model temperature machine chassis. The outlet of the electric heater in the gas model temperature machine can actually obtain a high-temperature medium that meets the technical requirements. For the internal control system of its electric heater, it can actively adjust the power output of the electric heater based on the temperature sensor signal on the output port. In this way, it can make the temperature of the medium on the output port more uniform.
For natural gas heating machines, it can actually prevent the heating material from overheating and causing coking, transformation, or carbonization. In severe cases, it can also cause the heating element to burn out, which can extend the service life of the electric heater.Natural gas model temperature machineThese components actually ensure the safe and normal operation of the heating equipment system in the gas mold temperature machine.

Product characteristics of gas mold temperature machine
1. Adopting the principle of secondary combustion, the high temperature can reach up to 300 degrees. **The high thermal power of 280KW makes it heat up faster and greatly shortens the heating time.
2. Adopting German imported patented ignition system
3. Adopting a coil with a diameter of 57mm reduces pipeline resistance and lowers inlet temperature difference.
4. Adopting a stainless steel hot air recovery system, the recovery efficiency is higher.
5. Lower exhaust temperature and longer service life.
To minimize the impact on the production process, a self circulation function has been added.
7. Debugging operation is more convenient, and the equipment can enter the normal production stage as soon as possible after installation.
8. The cost of gas can be reduced, making it more energy-efficient than ordinary gas boilers.
9. Adopting intelligent control, equipped with flow, pressure, and temperature detection and control functions, no need for dedicated personnel to guard, greatly saving labor costs.