Analog Controls Training Package

MST’s Industrial Analog Controls Training provides a complete industrial analog controls training course from a subject matter expert. Whether you choose to schedule onsite training or utilize our curriculum and simulator package, our customized training will provide your employees with hands-on experience and a full understanding of analog controls. Start your customized analog controls training today!

To learn more about our various Industrial Maintenance Training Programs including Maintenance Fundamentals Training, Industrial Electrical Training, Mechanical Training, Electrical Controls Training, Pneumatics Controls Training, or Programmable Logic Control Training, contact us today.

Our Analog Controls Training Package Includes

Instructor Guide (1)

Lesson Plans: a complete guide for the instructor that clearly describes the learning objectives, materials needed, and topics to be covered for each of the sessions

Lesson Content: text, images, and diagrams that help to demonstrate the concepts in the session

Hands-On Activities: each session includes instructions for each hands-on activity

Student Profile Sheet

Lists all skills that must be attained by students before passing the course; provides a guide for all curriculum

Lab Guide (1)

Step-by-step instructions and pictures to support all hands-on activities

Student Guide (2)

Lesson Content: text, images, and diagrams that help to demonstrate the concepts in the session

Hands-On Activities: each session includes instructions for each hands-on activity

Tools and Components

All tools and materials needed to facilitate each session

Support Package

Email and phone support by qualified MST experts upon request

Training Programs

  • Session 1 - Introduction to Process Control

    Importance of Process Control, Purpose of Management, Types of Displays, Process Signals, Analog Data Representation, Signal Operating Values, Signal Measurement Error, Response Time, Measurement System Deterioration, Controller Output, Transmitters, Proportionality, Pneumatic Signal Transmission, Electrical Signal Transmission, Current Pneumatic Systems, Transmission of Other Signals, Typical Control Lamps

  • Session 2 - Process Control Fundamentals

    Industrial Process Requirements, Systems Response, On-Off Control Systems, Proportional Control, Typical Level Control Loop, Reset and Derivative, Control Loops, Cascade Control System, Tuning a Control Loop, Ratio Control Loop, Typical Industrial Loop, Transmitter Communication, Analog Signal Conditioning, Analog Signal Converters, Conversion from Analog to Digital, Digital Indicators and Recorders, Microprocessor-Based Recorders, A Complete Control System

  • Session 3 - PID Control Part I

    Control Loops, Terminology of Control Loops, Sensor Characteristics, Controllers, Recorders, Signal Conditioners, Final Control Elements, Control Modes Classification, Digital Control Systems, Supervisory Control, Direct Digital Control (DDC), Distributed Control Systems (DCS)

    Advanced Control, Ratio Control System, Cascade Control System, Loop Dynamics, Effects of Process Time Lag, Higher-Order Delay Lags, System Stability and Transient Response, Stability and Controller Turning, Gain and Phase Shift

  • Session 4 - Temperature Measurement and Control

    Operation of Resistant Thermometers, Wheatstone Bridge Circuits, Lead-Wire Errors, RTD Composition and Construction, Advantages and Disadvantages of RTDs, Thermistors, Thermocouples, Extension Wires, Change in Reference-Junction Temperature and Compenstation, Advantages and Disadvantages of Thermocouples, Primary Calibration Standards, Primary Standard Instruments, Secondary Standard Instruments, Instrument Inspections, Controlled-Temperature Environments, Ice Baths, Other Temperature References, Calibration and Testing Methods

  • Session 5 - Level Measurement

    Liquid Level and Conductivity, Measuring Levels Using Capacitance, Capacitance Probes, Capacitance Probe Electronics, Ultrasonic Level Detectors, Resistance Level Detectors, Photoelectric Level Detectors, Point Level Detection, Hydrostatic Pressure, Relative Density/Specific Gravity, Pressurized Fluids, Pressure Head, Pressure Head Instrumentation, Air Bellows, Air Purge Systems, Force-Balance Diaphragm Systems, Differential Pressure Transmitters, Density Measurement, Safety

  • Session 6 - Pressure Measurement

    Pressure Conversion, Potentiometric Pressure Transducers, Servo Pressure Transducers, Strain Gauge Pressure Transducers, Piezoelectric Pressure Transducers, Response Comparisons, Environmental Considerations, Pressure Transmitter Components, Locating Mounting Instruments, Placing the Instruments into Service, Periodic Maintenance, Troubleshooting and Repair, Proper Equipment Requirements for Maintenance, Troubleshooting, Repair, and Calibration, Safety

  • Session 7 - Flow Measurement

    Principles of Open-Channel Flow, Flumes, Ultrasonic and Capacitance Level Sensors, Turbine Flowmeters, Paddlewheel Flowmeters, Magnetic Flowmeters, Vortex-Precession Meters, Vortex-Shedding Meters, Mass Flow, Mass Flowmeters, Thermal Flowmeters, Heat-Transfer Meters, Hot-Wire Meters, Ultrasonic Flowmeters, Installation Procedures for Mteres

  • Session 8 - Working with Controllers

    Types of Controllers, Automatic/Manual Control, Controller Range and Span, Direct-and Reverse-Acting Controllers, On/Off Controllers, Proportional Controllers, Tuning the Control Loop, Types of Proportional Controller Output, Current-Proportioning Control, Time-Proportioning Control, Position-Proportioning Control, Control Strategies, Hardware Option for Controllers, Auto/Manual Station, Auxiliary Outputs, Indicators, Controller Limits and Alarms

  • Session 9 - Electric Motor Drives

    Names of Electric Motor Drives, Motor and Voltage Control, Pulse Width Modulations, AC Drive Types, Consideration of Programming, Basic Parameters, Advanced Parameters, Parameter Protection/Keypad Controls, Functionality of Inputs and Outputs, Troubleshooting Safely with Electric Motor Drives, Troubleshooting Tests and Solutions

  • Session 10 - Final Control Elements

    Final Control Elements and Variables, Components of a Typical System with Feedback Components, Electrical Control Signals, Fluidic Control Signals, Valves, Actuators, Actuator Positioners, Solid State Relays, Proportional Control Relays

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Multi-Skill Training Services, Inc. (MST) can enhance the performance of your industrial maintenance personnel by improving your maintenance employees’ technical skills through targeted training.