An intelligent hot runner temperature control method and temperature control system

Abstract

The invention relates to an intelligent hot runner temperature control method and a temperature control system. The method includes: a main control board controls the storage circuit to read the default / last system configuration when it was shut down; the main control board detects the system configuration connected to the The number of channels of the temperature control board and the voltage control board of the main control board is displayed on the touch screen; the control parameters set on the touch screen are the default of the above channels / the control parameters when the last shutdown; the user is responsible for all The parameters of the number of temperature circuits and the number of voltage circuits are modified and checked to make them conform to the upcoming injection molding process; the modification and checking are specifically: the main control board is set with associated control rules, and the parameters of the associated control rules are input; The main control board performs associated control on temperature and voltage according to the associated control rules selected by the user, so as to achieve overall optimal control.

Description

technical field [0001] The invention relates to a temperature control system, in particular to an intelligent hot runner temperature control system used in the field of industrial injection molds. Background technique [0002] At present, the temperature control of industrial injection molds uses multiple independent meters with digital tube indication to control the temperature or voltage. When there are many temperature and voltage control channels, key settings need to be made for each control module. Moreover, each meter is in the state of working independently, and each meter needs to be set. In the prior art, there are gradually multi-channel control heads, such as our patents CN 2014208619937, CN 2014208622018, etc. The way these multi-channels are based is that one control head controls two to four channels of temperature or voltage, and the control heads are independent. [0003] The current method is low in integration level, resulting in a huge size of the enti...

AI Technical Summary

Problems solved by technology

[0003] The current method is low in integration level, resulting in a huge size of the entire control box, complicated wiring, and inconvenient troubleshooting when problems occur; The improvement and volume increase often require dozens of temperature loops and dozens or even hundreds of voltage loops to control; the third and most important thing is that the linkage between the loops cannot be related, such as overheating or overheating of A. Fourth, there is no IoT function such as remote monitoring and error alarm recording log, which is equivalent to offline operation, which is not conducive to safety monitoring production

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