Amatrol’s advanced robotics simulation eLearning course (MB766) covers major topics, such as how to connect a conveyor to the Pegasus robot; how to operate the conveyor; how to develop a robot program; developing programs to make a robot load and unload multiple automated machines; and much more!
Amatrol’s Robotics 2 eLearning course (MB762) takes robotics training to the next level. Learners will encounter advanced robotics training topics and concepts, such as application development, flexible manufacturing cells, and quality and production control.
The Smart Factory network communications training systems feature real-world scenarios learners will encounter on the job, including configuring an I/O-Link Master in a PLC project. The system features in-depth multimedia curriculum for a well-rounded learning experience that will prepare learners to make an immediate impact in the technologically-advanced Smart Factory environments of the present and future.
This interactive multimedia course for Amatrol’s Tabletop Mechatronics Learning System covers automation operations, programmable logic controller operation, basic PLC programming, PLC motor control, pick and place feeding, PLC event sequencing, indexing, and sorting and parts storage. Study in-depth topics like types of operator station discrete logic output devices, the basic structure of a PLC ladder logic program, how to create a PLC project, the operation of a PLC program for a reversing motor control, how to adjust a vacuum switch, how to adjust a capacitive sensor, and much more.
This system teaches use of web-based maintenance communications in a Smart Factory environment to efficiently generate automatic and manual maintenance push, email and web notifications and communication.
This course covers topics like the function, components, and basic operation of wireless networks in a smart factory environment, as well as how to setup and test a wireless network and how to pass data between Siemens controllers.
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.
This course covers smart ultrasonic sensors. Learners will study: smart sensor function; smart ultrasonic sensor operation and configuration; and smart ultrasonic sensor in a PLC project operation.
This smart factory multimedia course covers the fundamentals of network security. Learners will study the function of industrial network security, the basic operation of a virtual LAN, how to configure VLAN using a PROFINET switch, and how to configure the port security of a managed Ethernet switch.
Downtime, or the time the manufacturing line is not producing, can cost thousands of dollars per minute. To minimize downtime, the technician must thoroughly understand the machines and components in his or area and be able to act quickly as failures arise. This course covers topics such as mechatronics power supply, input and output troubleshooting, as well as processor and mechatronics station troubleshooting. (Refers to 87-FTSAB53A)
Amatrol’s PLC Learning System – Siemens S7-1500 (87-IOSS715) provides an input/output simulator that allows learners to test PLC programs by providing manual input and output indicators that connect to a Siemens S7-1500 PLC input/output. This Siemens PLC program simulation system adds to Amatrol’s Mechatronics Learning System – Siemens S7-1500 (870-S715) and covers vital PLC training topics like PLC operation, programming, motor control, event sequencing, timer instructions, and counter instructions. The knowledge and skills covered by this PLC training system are extremely valuable for advanced manufacturing career opportunities like industrial maintenance technicians.
Amatrol’s Programmable Logic Controller PLC I/O Simulator Learning System – CompactLogix L16 (87-IOSAB53A) covers the operation and programming of programmable controllers, one of the most important and widely-used products in modern industry.
Amatrol’s Tabletop Mechatronics is a portable, durable, affordable learning system that forms a fully automated line to teach real-world Mechatronics skills. This learning system features a pick-and-place, gauging, and inventory station, all of which fit on a standard tabletop!
Amatrol’s Mechatronics Learning System – Siemens S7-1500 (870-S715) provides a Siemens S7-1500 programmable logic controller (PLC) with 2-port PROFINET switch used by learners in conjunction with Amatrol’s Mechatronics system to program, operate, and adjust components and applications on an automated production line. PLCs are a vital part of modern industry and are used in innumerable applications across the automotive, manufacturing, packaging, and pharmaceutical industries, just to name a few.
The 870-AB53A includes and L16 Allen-Bradley AB5300 PLC with a PLC mounting console, a 24 VDC power supply, a master control relay, curriculum, an install guide, and a student reference guide. This learning system will be used to cover major topic areas such as mechatronics safety, electrical sensors, actuator adjustment, stepper motor programming, torque adjustment, discrete I/O handshaking, system startup/halt, and much more! Amatrol’s Mechatronics and PLC training is second-to-none.
This learning system features a hydraulic press module, part clamp module, hydraulic power unit, and more! Among other demonstrations, the 87-MS9’s clamp module will pick up a test valve and the hydraulic press module will hold a test manifold against the valve body. Learners will use these and other components to practice operating, programming, and adjusting real-world mechatronics equipment. Amatrol uses components that learners will find on-the-job in order to give the best opportunity to build confidence and industrial competencies.
The Mechatronic CNC Mill Training System (87-MS8M60) allows learners to use a Denford CNC Micromill in conjunction with Amatrol’s Mechatronics Servo Robotic Assembly Station (87-MS5-P2). This combination provides hands-on practice for incorporating machining and CNC Mill integration within an automated lines process.
Amatrol’s 87-MS6, Torque Assembly, is mobile training station 6 of the 870 Mechatronics Learning System. The 87-MS6 station is a small Mechatronics system in itself with multiple, integrated technologies that can be used stand-alone or in combination with other training work stations.
Amatrol’s 87-MS2, Gauging, is station 2 of the 870 Mechatronics Learning System. The 87-MS2 station is a small mechatronics system in itself with multiple, integrated technologies that can be used stand-alone or in combination with other stations.
Amatrol’s 87-MS3, Mechatronics Orientation-Processing Station, is station 3 of the 870 Mechatronics Learning System. The Mechatronics orientation training station is a small Mechatronics system in itself with multiple, integrated technologies that can be used stand-alone or in combination with other stations. Industrial safety and operation are emphasized on all Amatrol Mechatronic stations.
The Mechatronics Pick and Place Feeding station teaches interfacing, problem solving, programming, sequencing and operation for pneumatic robots, material feeding systems, powered parts feeders, vacuum grippers, hall-effect sensors, and magnetic sensors. This station starts the process of assembling a working industrial directional control valve.
This course covers RFID operation and programming. The course contains in-depth training for: the function and operation of an RFID system; types of RFID tags; the function, operation, and configuration of an IO-Link Master; and the operation of RFID function block instructions.
The Smart Factory RFID training systems feature real-world equipment learners will encounter on the job, including an RFID read/write module with an RFID tag and parts set. The systems combine hands-on skills practice with in-depth multimedia curriculum for a well-rounded learning experience that will prepare learners to make an immediate impact in the technologically-advanced Smart Factory environments of the present and future.
Amatrol’s Mechatronics HMI Terminal Learning System – Siemens S7-1500 teaches learners how to use a human-machine interface (HMI) to control and monitor an automated line. Used in conjunction with Amatrol’s 870 Mechatronics stations with Siemens S7-1500 programmable logic controllers, this HMI terminal training system will teach current or future machine operators, maintenance technicians, and supervisory personnel how to use an HMI to control and monitor the status of a machine or process.
Amatrol’s Mechatronics Troubleshooting Learning System – Siemens S7-1500 (87-FTSS715) – covers mechatronics troubleshooting training stations and components by utilizing Amatrol’s world-class electronic fault troubleshooting software, FaultPro. Downtime caused by equipment problems can cost thousands of dollars per minute. For this reason, industrial maintenance technicians and operators must thoroughly understand the machines and components in his or her area and be able to act quickly as failures arise.
Amatrol’s Vision Inspection Learning Systems teach the use of web-based maintenance communications in a Smart Factory environment. These systems use a machine vision camera to examine parts traveling through the 870-series Mechatronics system and signal a PLC to reject or accept parts based on results from the examinations. The system can be used as a standalone product, but it is highly suggested for use with one or more Mechatronics carts.
The Mechatronics Manual Fault Insertion Training Module (87-MF1) adds troubleshooting capabilities to Amatrol’s 870 series Mechatronics system. Mechatronics systems are used in almost every industry including manufacturing, material processing, and packaging.
This course covers smart photoelectric sensors. Learners will study smart sensor function, smart photoelectric sensor operation, smart photoelectric sensor configuration and operation in a Siemens PLC project.
The ultrasonic sensor training systems feature real-world equipment learners will encounter on the job, including ultrasonic smart sensor and communications I/O modules. The systems combine hands-on skills practice with in-depth multimedia curriculum for a well-rounded learning experience that will prepare learners to make an immediate impact in the technologically-advanced Smart Factory environments of the present and future.
This course covers smart ultrasonic sensors. Learners will study: smart sensor function; smart ultrasonic sensor operation and configuration; and smart ultrasonic sensor in a PLC project operation.
Amatrol’s Smart Factory Siemens S7-1500 training systems feature real-world equipment learners will encounter on the job, including smart pressure sensors. The systems combine hands-on skills practice with in-depth multimedia curriculum for a well-rounded learning experience that will prepare learners to make an immediate impact in the technologically-advanced Smart Factory environments of the present and future.
The Smart Factory network communications training systems feature real-world equipment learners will encounter on the job, including analog position sensor modules. The systems combine hands-on skills practice with in-depth multimedia curriculum for a well-rounded learning experience that will prepare learners to make an immediate impact in the technologically-advanced Smart Factory environments of the present and future.
Amatrol’s Smart Factory training systems feature real-world equipment learners will encounter on the job. The systems combine hands-on skills practice with in-depth multimedia curriculum for a well-rounded learning experience that will prepare learners to make an immediate impact in the technologically-advanced Smart Factory environments of the present and future.
The Smart Factory network communications training systems feature real-world equipment learners will encounter on the job. The systems combine hands-on skills practice with in-depth multimedia curriculum for a well-rounded learning experience that will prepare learners to make an immediate impact in the technologically-advanced Smart Factory environments of the present and future.
This system teaches use of web-based maintenance communications in a Smart Factory environment to efficiently generate automatic and manual maintenance push, email and web notifications and communication.
The Smart Factory network communications training systems feature real-world equipment learners will encounter on the job, including configuring an I/O-Link Master in a PLC project. The systems combine hands-on skills practice with in-depth multimedia curriculum for a well-rounded learning experience that will prepare learners to make an immediate impact in the technologically-advanced Smart Factory environments of the present and future.
These systems are designed to teach wireless EtherNet/IP communications, as well as Wireless PROFINET communications, in a Smart Factory setting. Learners will develop understanding of wireless access modules, and wireless remote client modules, among other wireless communication skills.
This smart factory course covers the fundamentals of network security. Learners will study the function of industrial network security, the basic operation of a virtual LAN, how to configure VLAN using a PROFINET switch, and how to configure the port security of a managed Ethernet switch.
This smart factory course covers lean production metrics and manufacturing execution systems. Learners will study topics like process cycle times, takt time, process yield, how to eliminate production bottlenecks, and the basic operation of a web-based manufacturing execution 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.
The Smart Factory network communications training systems feature real-world equipment learners will encounter on the job, including both managed and unmanaged network switches. The systems combine hands-on skills practice with in-depth multimedia curriculum for a well-rounded learning experience that will prepare learners to make an immediate impact in the technologically-advanced Smart Factory environments of the present and future.
Amatrol’s Pegasus II Robotic Learning System (880-RA21B) teaches articulated arm servo robotics and how it’s applied in industrial tasks like assembly, material handling, machine tending, gluing, and inspection. This Pegasus Robotic training system includes 5-axis articulated servo robot arm with a 360 degree work envelope, industrial controller, and state-of-the-art teach pendant which are used to practice over 140 executable commands using the powerful MCL II language.
This robotics and computer programming system features Pegasus Robotic Simulation Software Integrated Workstation expand the capabilities of 94-RCP-1 Optional Flexible Manufacturing Learning System 1, 94-FMS-1 and more! Learners will use these and other components to practice programming, operating, developing, and controlling of real-world robotics and computer equipment. Amatrol uses components that learners will find on-the-job in order to give the best opportunity to build confidence and industrial competencies.
Amatrol’s Pegasus Robotics Simulation Learning System (88-RSS1) teaches the programming and operation of the Pegasus articulated servo robot. The Pegasus simulation software includes powerful 3D graphic simulation tools that reproduce the Pegasus and the workcells in realistic 3D images with dynamic characteristics similar to actual operation. Learners can see four different views of a workspace simultaneously. Solids modeling technology provides a realistic view of program results, including collision detection.
Amatrol’s Robotics 1 Learning System (96-ROB1A) teaches articulated arm servo robotics and how it’s applied in industrial tasks like assembly, material handling, and inspection. This introductory robotics training system includes a 5-axis articulated servo robot arm with a 360-degree work envelope, mobile workstation, industrial controller, and state-of-the-art teach pendant. Using these real-world components, learners will be able to practice over 140 executable commands using the powerful MCL II programming language.
Amatrol’s Robotics 2 Learning System (96-ROB2A) is a great addition to the Robotics 1 Learning System (96-ROB1A) for those who want to take their robotics training to the next level. Learners will encounter advanced robotics training topics and concepts, such as application development, flexible manufacturing cells, and quality and production control. The system includes a variety of industrial-quality components, including a linear servo conveyor.
AMATROL, INC. - 2400 Centennial Blvd. | Jeffersonville, IN, 47130 - USA | P: 800-264-8285 | Outside USA P: +1.812.288.8285 | E: contact@amatrol.com
