IMM has Input/Output signals for injection, mold open/close, ejection, core pull to communicate with peripheral equipment.
The core works after the robot places the insert in the mold. If the inserts are not placed properly, could the core pins be damaged?
The vacuum pump works at mold closing pause. Mold closing restarts after a certain period of time, and injection performed when the mold fully closed. In this process, is it ever difficult to know whether the vacuum level has reached the predetermined value or not?
When the insert is placed at proper position, the robot provides "core in permitted" signal to IMM.
This prevents mold damage by insert problem.
IMM locks up the mold after vacuum gage provides confirmation signal to IMM.
So you can reduce bad products by desired vacuum level.
When IMM runs with robot or other devices, proper interlock signals provides followings.
Safety and flexibility for equipment / Good quality and stability for product.
■Signals from IMM to peripheral equipment
Signal selection : Additional 7 items available
Signal channel : Additional 15ch available (STD: 5ch) -> Total : 20ch
Specifications : IMM provides dry A contact or DC24V at additional 15ch.
■Signals from peripheral equipment to IMM
Signals : Peripheral equipment can control IMM operation as injection, mold open/close, ejection and core pull.
Specifications : Dry A contact only
■Input signal confirmation screen IMM shows input signal status on the screen.
SE-EV-S / SE-EV-S-HD / SE-EV-A / SE-EV-A-HD