Safety management for oil temperature machines must ensure thorough installation and testing. During installation, carefully check drawings and data, and individually inspect the boiler body, equipment, and safety devices. This includes parameters indicating the performance indicators of the boiler, such as boiler capacity, steam pressure, steam temperature, feedwater temperature, heat balance, and thermal efficiency. Absolutely reject any substandard boiler products and never install them carelessly.

Proper maintenance of the oil temperature machine can prevent malfunctions and extend the machine's lifespan, but this requires that the oil temperature machine itself be of high quality. Therefore, selecting a good oil temperature machine is also very important.

An oil temperature machine is a mold temperature machine that uses heat-conducting oil as the medium. It can also be referred to as an oil heater, oil temperature heater, or oil circulation temperature controller.

Basic Introduction: Detailed Information on Oil Temperature Machine (Ultra-High Temperature Oil Temperature Machine)

1. Computer touch control, easy and intuitive operation.

2. Microcomputer dual-group P.I.D. temperature controller, touch screen with internal storage, automatic calculation.

3. Safety protection and fault indication system

4. Long lifespan of components.

5. Fast heating and cooling, with stable temperature.

6. The unique power heating design is suitable for various temperature control environments, offering significant energy-saving effects.

7. Seamless stainless steel, with small tube diameters and even wall thickness.

8. Auto-exhaust function upon startup

9. Molding Oil Return Temperature Inspection Chart

To prevent such a terrifying incident from occurring, how can we avoid the overflow of thermal oil in furnace? Below, let's learn about it together based on its common usage.

Oil temperature machine installation and operation instructions, as well as usage instructions:

1. The dehydration and temperature increase rate is too fast while driving, causing steam and low-boiling point volatiles to冲击胀大槽, leading to oil overflow. Solutions to avoid this: Strictly follow the temperature increase curve requirements for heating, adjust the heating rate based on the pressure fluctuations and exhaust conditions.

2. Multiple thermal equipment units are used in replacement, where high-temperature thermal oil rapidly flows into the low-temperature system and comes into contact with cold oil. As the cold oil absorbs heat, the low-boiling point components vaporize and evaporate in large quantities; Solution: When the low-temperature thermal equipment is put into operation, the valves are gradually opened and the flow rate is gradually increased to achieve a gradual balance in the heat exchange between the hot and cold oils.

3. Defects in the hot oil pump or oil leakage in the system. Solution: Loosen and continuously heat, loosen the drain valve to allow the heat-conducting oil to flow through the furnace tubes and into the low-level oil storage tank.