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The Ratios unit of RJG's Maths for Moulders course defines ratios and how they are used in the plastic injection moulding industry. Specifically, formulas are taught to calculate intensification ratios, compression ratios, and screw L/D ratios. The lessons feature practical examples related to plastic injection moulding, opportunities for practice, and an assessment. Suggested prerequisite: Maths for Moulders: Area (Unit 1) Read more

The Volume unit of RJG's Maths for Moulders course teaches the use of the volume formula to calculate the volume of cylinders, as well as the use of a formula triangle to calculate the specific figures required when transferring moulds, ensuring that the correct mould is fitted to the correct machine. The lessons feature practical examples related to plastic injection moulding, opportunities for practice, and an assessment. Suggested prerequisite: Maths for Moulders: Area (Unit 1) Read more

Check out this short video regarding the Application Processor AP4.0! The CoPilot software is pre-installed on the Application Processor AP4.0.  The AP4.0 receives data from the Lynx™ sensor interface ports wich are connected to Lynx hardware on the injection molding machine. Read more

This short video covers the Lynx™ shielded analog input module IA1-M-V, which is a DIN-rail-mounted module that is wired to the molding machine in order to collect 0-10 V DC signals from analog measurement devices, providing information such as injection pressure, plastic pressure, screw position, and temperature. Read more

This less-than-two minute video covers the IA2-M-DFT Lynx™ digital flow temperature interface that provides all the inputs and outputs needed to interface the CoPilot® system to Smartflow® TracerVM™ and TracerVM™ with User Interface line of flowmeters. Read more

Watch this short video for an overview of the ID7-M-SEQ Lynx™ shielded sequence module.  The ID7-M-SEQ is a DIN-rail-mounted module that is wired to the molding machine in order to collect 24 V DC timing signals for use with the CoPilot® system. Read more