
AMATROL, INC. - 2400 Centennial Blvd. | Jeffersonville, IN, 47130 - USA | P: 800-264-8285 | Outside USA P: +1.812.288.8285 | E: contact@amatrol.com
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The Manufacturing Processes 3 eLearning courseware provides an introduction to injection molding operations that covers the injection molding process, material and machine safety, molding operations and molding problems and solutions. This course then continues with teaching inserts, threads and multiple part molds, integral hinge, and system purging. It continues into more advanced topics such as chemistry and properties of plastics, blow molding operations, and extrusion process, safety, and operations. This course incorporates introduction to plastics technology through molding and continues into blow molding and extrusion operations.
Structural Engineering 2 provides a more in depth look at engineering and advanced concepts building on the introduction of structural engineering 1. These concepts include beam and column design, defection of beams, buckling of columns, factor of safety in design, concrete fundamentals, concrete mixing and placement, concrete testing including rupture strength and compressive strength of concrete, building materials and design including identification of building structural design, building loads, and building research and design. These concepts teach learners the more advanced concepts in structural engineering.
Amatrol’s Measurement Tools 1 Virtual Training courseware for the Portable Measurement Learning System (990-MES1) introduces topics like basic measurement, precision measurement, direct gauging, indirect gauging, and dimensional measurements using both the U.S. customary system and the S.I. metric system.
This smart factory barcode course covers barcode system operation and programming. Learners will study PLC serial communication, Ethernet-to-serial interface module operation and configuration, barcode function block instruction, how to maximize barcode scan accuracy.
This course covers basic HMI panel operation. Important topics include how to connect an HMI panel, how to configure an HMI panel, how to download a project to an HMI panel, types of input and output objects, and how to operate a PLC project using an HMI panel.
This course covers mechatronics troubleshooting. Learners will study how to troubleshoot mechatronics power supply faults, how to test a PLC discrete output device, how to troubleshoot an S7-1500 processor that controls local I/O, and how to use a sequence of operation table to troubleshoot a mechatronics process.
Pegasus robot course discusses the basic operation of the Pegasus robot. These skills include safety, powerup, shutdown, manual operation, homing, end effector operation. Skills taught also include basic robot programming including movement and effector commands.
Amatrol’s Plastics Technology 2 eLearning introduces blow molding operations, basic blow molding design, and introduces extrusion operations. To introduce blow molding operations topic will cover blow molding process, blow molding safety and operations, and blow molding troubleshooting. Basics in blow molding design will introduce blow molds design, materials, and advanced design. To introduce extrusion operations topics will include extrusion process, extrusion safety and operation, and extrusion troubleshooting.
Structural Engineering 2 provides a more in depth look at engineering and advanced concepts building on the introduction of structural engineering 1. These concepts include beam and column design, defection of beams, buckling of columns, factor of safety in design, concrete fundamentals, concrete mixing and placement, concrete testing including rupture strength and compressive strength of concrete, building materials and design including identification of building structural design, building loads, and building research and design. These concepts teach learners the more advanced concepts in structural engineering.
Learners will practice virtual skills like: using a tee to connect two circuit branches together; connecting and operating a single-acting pneumatic cylinder using a 3/2 manually-operated DCV; calculating the retraction force of a cylinder given its size and pressure; and connecting and operating an exhaust port speed control circuit.