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The gas mold temperature controller combines a gas heat-conducting oil boiler, a flue gas waste heat utilization device, a high-level tank, a circulation pump, a combustion system, a PLC control system, an oil-gas separator, etc., and leaves the factory after assembly. After being delivered to the user's site, it can be used as long as it is connected to the gas, electricity, and thermal oil import and export. No special boiler room is required. Due to the one-key operation, no special furnace worker is required.

The gas saving of the gas mold temperature controller is mainly reflected in the use of flue gas waste heat. The gas mold temperature machine comprehensively utilizes the high-temperature flue gas of the gas heat conduction oil boiler 200 or more than 300 degrees through the waste heat utilization device, and the exhaust temperature is only about 75 ℃. The air that enters the furnace to support combustion through the burner can reach more than 100 ℃. According to the measurement of users in many industries, the gas mold temperature machine can save more than 10% gas compared with the same specification of heat conduction oil boiler. The equipment of the gas mold temperature controller is highly integrated, the system is simple, the resistance is small, the temperature can be controlled within ± 3 ℃, generally installed near the heating equipment, PLC control does not need to be on duty.

The hardware configuration of the gas mold temperature machine is determined by a certain degree. The imported gas combustion system components, the unitary door PLC control system, and the stable performance of the thermal oil circulation pump have been calculated by many companies. The boiler saves more than 10% gas, which is more than 30% less than the steam boiler of the same specification. The energy saving benefit is very obvious. It has been applied in nearly 1,000 companies such as sheet metal, rubber, plastic grate, reaction kettle, shoe materials, waterproofing, and labor protection materials.

There are advantages and disadvantages of gas mold temperature machine and electric heating mold temperature machine.

1. Operating cost: The operating cost of the gas mold temperature machine is lower than that of the electric mold temperature machine.

2. Temperature control accuracy: The temperature control accuracy of the electric heating mold temperature machine is higher than that of the gas mold temperature machine.

3. Energy efficiency ratio: The energy efficiency of the electric heating temperature controller is higher than that of the gas heating temperature controller.

4. Floor space: The floor area of the electric heating mold temperature machine is smaller than that of the gas mold temperature machine.

5. Initial investment cost: The equipment purchase cost of the gas mold temperature machine and the opening fee of the natural gas pipeline are higher than the initial investment cost of the electric heating mold temperature machine.