Requirements:
- 895-AB PLC Troubleshooting Learning System:
- PLC Troubleshooting Learning System-AB ControlLogix (895-AB551)
- PLC Troubleshooting Learning System-AB CompactLogix L30 with Modular IO (895-AB53M1)
- PLC Troubleshooting Learning System-AB CompactLogix L16 with Point IO (895-AB53P1)
- Computer (see Computer Requirements)
Utilities:
- Electricity (120V/60Hz/1ph)
- Compressed Air
Options:
- PLC Electronic Operator Interface Learning System - 6" Display (895-HMIAB1)
- PLC Electronic Operator Interface Learning System - 10" Display (895-HMIAB2)
- PLC Distributed I/O Learning System (895-DIOAB1)
- PLC Ethernet Network Learning System (895-ENAB1)
- PLC Ethernet Network Learning System, DLR and NAT Capable (895-ENAB2)
- Wireless Ethernet Communications Learning System (895-WLAB1)
- PLC Automatic Identification Learning System (895-IDAB1)
- PLC Motion Control Learning System - AB 1-Axis (895-MC1)
- PLC Motion Control Learning System - AB 2-Axis (895-MC2)
- Cloud-Based Visual Communications Learning System (895-VCAB1)
- PLC High Speed Counter Learning System (895-HSCAB1)
- PLC Ethernet I/P Communications Learning System (895-EIPAB1)
- PLC-Controlled AC Electronic Drive Learning System (895-DRV1)
- PLC Pneumatic Process Control Learning System (895-IPC1)
- PLC Smart Sensor Learning System (895-SS10)
Amatrol’s Smart Controls Troubleshooting Workstation (895) teaches users the hands-on programmable logic controller (PLC) troubleshooting skills they need to excel in today’s jobs that feature a wide variety of applications with Industry 4.0 technologies. Users will learn how to operate, program, and troubleshoot PLCs that interface with many different types of applications, including electro-pneumatics; motor control; temperature control; variable frequency drives; smart sensors; process control; and I/O Link communications.
This tabletop system provides hands-on experience with real-world components, including three different types of powerful Allen-Bradley PLCs (ControlLogix, CompactLogix Modular, and CompactLogix); distributed I/O using Ethernet/IP communications with industrial managed switches; smart sensors; smart motor drives; intelligent interface terminals; wireless Ethernet communications; and process control applications. Students will study industry-relevant applications and learn hands-on skills that will build a strong foundation for a successful career in a variety of industries that use advanced Industry 4.0 smart controls technologies.