Mold temperature controller parameter configuration:

1. Temperature regulation employs PID self-tuning intelligent control, meeting the stringent requirements of high process standards.

2. Original component electricals use WEST, ABB, TE, LG, Schneider, Siemens, with high-temperature resistance.

3. Automatic exhaust gas and oil return temperature display upon startup, with heating power switch function.

4. Utilizing Yuexin recirculating pumps, pump power tailored to customer requirements, energy-saving up to 35% or more.

5. Special heating design with automatic temperature control, quickly reaching the required temperature for various products.

6. The control box and the body are isolated, providing excellent heat insulation and extending the service life of electrical components.

7. RS485 communication function for automated management. Set values and actual values are displayed separately.

8. Chain anti-error circuit and multiple safety monitoring devices; the machine automatically detects anomalies and displays the status with indicator lights.

Features of the Molding Temperature Controller:

1. Heat Source: The thermal oil heating system can provide heat users with high-temperature thermal oil at up to 350°C under normal pressure liquid phase.

2. Energy-saving, low operating costs: The thermal oil heating system operates in a closed-loop liquid cycle, with an oil outlet temperature and return temperature difference of 20-30 degrees, meaning only a 20-30 degree temperature difference needs to be heated to reach the operating temperature.

3. Safety: As the system only withstands pump pressure, the thermal oil heating system is non-hazardous, making it safer;

4. Wide Application: High-temperature setting, plate heating, rubber processing, drying, dyeing, chemical industry, plywood production, waterproof membrane manufacturing, asphalt heating, non-woven fabric hot rolling machines, fiberglass reinforced plastic hot presses, molds, drying rooms, ovens, and other industries requiring heat.

Safety Precautions for Temperature-Controlled Machines:

1. The machine is equipped with test holes on the side, which can be connected to the internal test lines within the box.

2. To observe changes inside the box during testing, turn on the indoor light (LIGHT) switch and check the inside condition through the window.

3. When the machine operates below 0°C, it is advisable to avoid opening the cabinet as much as possible. This is because, during low-temperature operation, opening the cabinet may easily cause icing on the internal evaporator and other parts, with the situation becoming more severe as the temperature drops. If opening is necessary, the door should be kept open for as short a time as possible.

4. Upon completion of the low-temperature operation, be sure to set the temperature condition to 60℃ for a drying process for approximately half an hour to prevent affecting the measurement time for the next operation or the occurrence of freezing.

5. The radiator (condenser) of the refrigeration unit should be regularly maintained and kept clean.

6. The water tank's intake pipe must have all the air completely drained to prevent water from entering.

Please note:

After the machine completes the low-temperature operation, if the work listed in point 6 is not performed, it is essential to set the normal temperature condition (30±5℃) to ensure the inside temperature of the box remains at room temperature during shutdown. This prevents the freezing phenomenon due to the very low inside temperature and the fogging on the window glass.

7. During operation, do not open the box unless necessary, as it may lead to the following adverse consequences: Excessive heat and moisture escaping outside the box...very dangerous; The inside of the box door still maintains high temperature...hazardous; The hot air may trigger a fire alarm, causing false operation.

8. Please ensure that the equipment is securely and properly grounded to prevent static induction.

Avoid restarting the refrigeration unit within three minutes after turning it off.

10. When placing heat-generating test materials inside the box, please use an external power source for the test material power control; do not use the machine's power supply directly.

11. Circuit breakers, over-temperature protectors, offering on-site test samples and safety for the operator, please check regularly.

12. Properly install the wet bulb wick to ensure accurate measurement of relative humidity.

13. Prohibition of experimental, flammable, and highly corrosive materials.

14. Please read the controller's manual and related documentation before operating the machine.

Mold temperature control machines have significant application in the die casting industry, particularly in the manufacturing of magnesium and aluminum alloys. Uneven or improper mold temperatures can lead to unstable casting dimensions, deformation of castings during the production process, and defects such as thermal stress, sticking, surface indentation, shrinkage holes, and thermal blisters. These issues also impact the production cycle, introducing unstable variables such as filling time, cooling time, and coating time. The mold's lifespan can also be shortened, causing expensive steel to develop thermal cracks and accelerate aging due to excessive cooling and heating.