The recent advancements in mold temperature control technology have resulted in the increased utilization of this control equipment. Currently, it is widely used in the manufacturing industries, as well as other research facilities and it is expected to gain further popularity in the future. Moreover, there are several models of this equipment available in the market. However, selecting a suitable one for your application needs requires proper thought and adequate research.

 

There are different types of mold temperature control machines available in the market. The two most common types are the explosion proof and the non-explosive one. As the name depicts, the explosion proof mold temperature control machine ensures safety and high quality by preventing sudden and unplanned explosions. The mold temperature control accuracy provided by this machine is almost equal to the thermometer scale's performance.

 

The non-explosive mold temperature control machine (a) is similar to its explosive counterpart, with only slight difference in its internal and external temperatures. It operates at the same level as the explosive mold temperature control systems. This equipment operates at three stages: high temperature pump (b), high pressure pump (c) and storage tank for cool (d). With the use of two pumps, high temperature pump (b) is used for cooling while the storage tank for cool water is used for heating. This equipment also contains a thermostat, which monitors the stable mold temperature, automatically shut off when the internal temperature of the pump reaches the set level.

 

This mold temperature control machine (a) is very similar to the non-explosive type. The main differences are in its operation method, which is different from the other type. In the other type, the temperature is controlled by adjusting the high pressure and high stability of the pump; this equipment's thermostat provides the cooling, and heater core maintains the consistent temperature.

 

The non-explosive mold temperature control machine (a) has similar principle like the explosive type, only that the external and internal temperatures are adjusted manually. Unlike the former, it has separate high and low temperature pump for each stage. With the help of separate high and low temperature pumps, this equipment can maintain consistent and reliable temperature. This temperature control system also has a thermostat, which measures the stable mold temperature, and automatically shuts off when the temperature of the surrounding air becomes too hot. This equipment also contains a thermostat, which monitors the stable mold temperature, and automatically shuts off when the temperature of the surrounding air becomes too cold. It also contains a safety shut off switch, which stops the process if the temperature of the surrounding air becomes too high or too low.

 

This research report offers some more information on the oil type temperature controller. It has an automatic shut-off feature, a safety shut off switch, variable speed fan, and dual buffering capability, etc. This research report explains further about the advantages of using this kind of temperature controller. First, this oil type temperature controller has a consistent output temperature, as it does not need any external power source and thus, it operates on batteries. Second, this oil type temperature controller has an extended operating time, as it is able to maintain its temperature level for several hours without the need of changing any of the parts.

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