Industrial Automation Technician - Network Repair (Target)
Competency-based
2
Years
156
Skills
191h
Related instructions
Classroom instruction topics
- CTSCA-NR Network Repair
On-the-job training
- HMI Operation
- Describe the Function of an HMI Panel
- Describe the Parts of an HMI Panel
- Describe the Basic Operation of an HMI Panel
- Describe How to Operate a PLC Project that Uses an HMI Panel
- Programmable Controller Operation
- Describe the Function of a Programmable Logic Controller
- Describe the Basic Components of a PLC
- Describe the Types of PLC Programming Languages
- Describe the Basic Structure of a PLC Ladder Logic Program
- Describe the Basic Operation of a PLC
- Describe the Basic Components of Rockwell Studio 5000 PLC Software
- Describe How to Power Up a Rockwell CompactLogix PLC
- PLC Ethernet Communication
- Describe the Function of a Point-to-Point Ethernet Network
- Describe the Basic Operation of a Point-to-Point Ethernet Network
- Describe Ethernet Network Addressing
- Describe the Function of RSLinx Software
- Describe How to Configure an RSLinx EtherNet/IP Driver
- Describe How to Download and Upload a PLC Project
- Describe How to Use Rockwell Studio 5000 Software to Run and Monitor a PLC
- Basic PLC Program Instructions
- Describe the Operation of an Absolute I/O Address
- Describe the Operation of a Symbolic I/O Address
- Describe How to Interpret PLC Input/Output and Power Diagrams
- Describe the Operation of NO and NC Contact Input Instructions
- Describe the Operation of a PLC Output Instruction
- Enter a PLC Logic Program
- PLC Project Elements
- Describe the Studio 5000 CompactLogix Tag System
- Describe How to Create a Rockwell Studio 5000 PLC Project
- Describe How to Enter a PLC Program
- Describe How to Edit a Rockwell Studio 5000 PLC Logic Program
- Describe the Function of Project Documentation and Give an Application
- PLC Motor Control 1
- Describe the Operation of a PLC-Controlled Constant Speed Electric Motor
- Describe the Operation of a PLC-Controlled Fluid Power Motor
- Describe the Operation of Input Instructions That Use Output Addresses
- Enter and Operate a PLC Program That Uses an Input Instruction with an Output Address
- Describe the Operation of PLC Seal-In Logic
- Enter and Operate a PLC Program That Uses Seal-In Logic
- Describe the Operation of Internal Output Instructions
- Enter and Operate a PLC Program That Uses Internal Output Instructions
- Design a PLC Program That Controls Two Constant-Speed Electric Motors
- PLC Timer Instructions
- Describe the Function of a PLC Timer Instruction
- Describe Types of PLC Timer Instructions
- Describe the Components of a Timer Instruction
- Describe the Operation of a Non-Retentive On-Delay PLC Timer Instruction
- Describe the Operation of a Non-Retentive Off-Delay PLC Timer Instruction
- Describe the Operation of a Retentive PLC Timer Instruction
- PLC Event Sequencing 1
- Define Event-Driven Sequencing
- Describe the Operation of a Single-Cycle Reciprocating Cylinder PLC Program
- Enter and Operate a Single-Cycle Reciprocating PLC Program
- Describe the Operation of a Continuous-Cycle Reciprocating Program
- Enter and Operate a Continuous-Cycle Actuator Reciprocating Program
- Describe the Operation of a PLC Program with Manual and Automatic Modes
- Design a PLC Program with Manual and Automatic Modes
- Describe Three Methods of Stopping a PLC-Controlled Machine
- PLC Event Sequencing 2
- Describe How to Design a PLC Sequence Program Using a Seven-Step Process
- Describe the Operation of a Basic Multiple Actuator PLC Sequence Program
- Enter and Operate a Multiple Actuator PLC Sequence Program
- Design a Multiple Actuator PLC Sequence Program Using a Seven-Step Design Process
- Define Time-Driven Sequencing and Give an Application
- Describe the Operation of a Time-Driven Sequence PLC Program
- Enter and Operate a Time-Driven Sequence PLC Program
- Describe the Operation of a PLC Program Safety Interlock
- Enter and Operate a PLC Program That Uses a Safety Interlock
- PLC Count Up Instructions
- Describe the Function of a PLC Counter Instruction
- Describe Types of PLC Counter Instructions
- Describe the Operation of a PLC Count Up Instruction
- Enter and Operate a PLC Program That Uses a Count Up Instruction
- Describe the Operation of a PLC Count Down Instruction
- Enter and Operate a PLC Program That Uses a Count Down Instruction
- Describe the Operation of a PLC Counter Production Control Application
- Design a PLC Program That Uses a Counter Instruction
- Math And Data Instructions
- Describe Four Types of Tags for Storing Numeric Data and Give an Application
- Describe the Function of Controller Math Instructions and Give an Application
- Describe the Operation of the CompactLogix ADD Instruction
- Describe the Operation of the CompactLogix SUB Instruction
- Describe the Operation of the CompactLogix MUL Instruction
- Describe the Operation of the CompactLogix DIV Instruction
- Describe the Function of Data Transfer Instructions and Give an Application
- Describe the Operation of the CompactLogix MOV Instruction
- Component Troubleshooting
- Describe Six Types of PLC Faults
- Describe the Operation of a PLC Power Distribution System
- Describe How to Use the PLC's Status and Diagnostic Indicators to Troubleshoot a PLC
- Describe How to Troubleshoot PLC Discrete Inputs and Input Devices
- Describe How to Force on a PLC Output
- Describe How to Troubleshoot PLC Discrete Outputs and Output Devices
- Systems Troubleshooting
- Describe How to Troubleshoot a PLC Power Distribution System
- Describe How to Troubleshoot a CompactLogix Processor
- Describe How to Identify and Clear a PLC Processor Fault
- Describe 5 Methods of Systems Troubleshooting
- Describe a 6-Step Systems Troubleshooting Process
- Basic VFD Operation
- Describe the Function of an AC Variable Frequency Drive
- Describe the Basic Operation of an AC Variable Frequency Drive
- Describe the Main Parts of an AC Variable Frequency Drive
- Describe the Wiring Connections to an AC Variable Frequency Drive
- Describe the Keypad Menus of an AC Variable Frequency Drive
- Describe How to Use a Keypad to Operate an AC Variable Frequency Drive
- Basic VFD Control
- Describe Types of VFD Parameters
- Describe How to Configure a VFD for Operation
- Describe the Operation of 2-Wire and 3-Wire VFD Control Systems
- Describe How to Configure a VFD for 2-Wire or 3-Wire Control
- Describe the Operation of a 2-Wire and 3-Wire PLC-Controlled VFD System
- Describe VFD Fault Codes
- Describe How to Reset a VFD Fault
- VFD Troubleshooting
- Describe How a Variable Frequency AC Drive Detects Faults
- Describe Six Common Faults That Can Be Detected by a Variable Frequency Drive
- Describe How to Troubleshoot a Variable Frequency AC Drive System
- Analog Output Modules
- Describe two types of analog outputs
- Describe the operation of the 1734 analog output module
- Describe the functions of the seven parameter groups of a 1734-OE2V analog output module
- Describe how to determine parameter settings for a 1734-OE2V analog output module
- Describe how to configure a CompactLogix analog output module
- Describe the module-defined tag structures of a CompactLogix analog output module
- Describe how to monitor CompactLogix analog output module channel data
- Basic Industrial Ethernet Operation
- Describe the Function of an Industrial Ethernet Network
- Describe the Basic Components of an Ethernet Network
- Describe the Basic Operation of an Ethernet Network
- Describe Ethernet Network Cable Topologies
- Describe How to Connect an Unmanaged Ethernet Switch
- Describe the Fundamentals of Network Addressing
- Describe the Operation of an Ethernet Subnet
- Network Performance And Managed Switch Operation
- Describe the Function of an Industrial Managed Switch
- Describe the Basic Operation of an Industrial Ethernet Managed Switch
- Describe the Basic Operation of the Dynamic Host Configuration Protocol
- Describe How to Configure an Industrial Ethernet Managed Switch
- Describe How to View Network Diagnostics Using a Managed Ethernet Switch
- Basic Ethernet/IP Operation
- Describe the Function of an Industrial Network
- Describe Types of Industrial Protocol Networks
- Describe the Basic Operation of EtherNet/IP
- Describe the Communication Structure of an EtherNet/IP Network
- Describe How to Configure a PLC Project for EtherNet/IP
- Describe How to Pass EtherNet/IP Data between Controllers
- Barcode Systems
- Describe the function of a barcode identification system
- Describe the operation of a barcode reader
- Describe how to maximize barcode scan accuracy
- Describe the basic operation of serial communication
- Describe the basic operation of an Ethernet-to-serial interface module
- Describe the basic operation of a function block instruction
- Describe the operation of a barcode function block instruction
- Describe the operation of PLC comparison instructions
- Wiring PLCs
- Describe the Elements of a Panel Installation Drawing Package
- Describe How to Mount a Programmable Controller in an Enclosure
- Describe How to Mount a VFD in an Electrical Enclosure
- Describe How to Wire and Test PLC Ground and Supply Power Circuits
- Describe How to Wire and Test a MCR Circuit
- Describe How to Wire PLC Discrete Inputs and Outputs
- Describe How to Test and Startup a PLC Installation
- Wiring VFDs
- Describe How to Wire Ground, Power, and Motor Circuits to a VFD
- Describe How to Interface a VFD with PLC Discrete I/O
- Describe How to Test and Start Up a VFD Installation
- Describe How to Interface and Operate a VFD Using MODBUS
- Wiring HMIs
- Describe How to Mount an HMI Panel
- Describe How to Wire and Test HMI Panel Ground and Power Circuits
- Describe How to Construct and Test a Cat 5 Ethernet Cable
- Describe How to Interface and Test an HMI Panel and PLC via Ethernet II
- Wiring Analog Devices
- Describe How to Install and Test an Ethernet Switch
- Describe How to Install and Wire Power to a 2-Wire DIN Rail Mounted Transmitter
- Describe How to Interface a 2-Wire, DIN Rail Mounted Transmitter to an Analog Input and Test Its Operation
- Describe How to Interface a Thermocouple to a Transmitter
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