MSSC Learning Objectives

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MSSC-M1 Safety  |   MSSC-M2 Quality   |   MSSC-M3 Manufacturing   |   MSSC-M4 Maintenance

MSSC-M1: SAFETY
Unit
Core Content
Subject
Unit Description
Learning Objectives
1   Learning Techniques Introduction of learning and study techniques necessary for success in MSSC certification course Tools for Success
Understanding of personal learning styles to assist in student capitalizing on training
Best Practice note taking
How to read a textbook
Learning from each other
2   Working in Manufacturing Types of manufacturing, benefits of manufacturing careers, and responsibilities of six (6) types of frontline manufacturing jobs Choosing a Career
Explain why manufacturing is an excellent career choice
Identify the major sub-industries within manufacturing
Identify the challenges and rewards of working in a high-performance manufacturing workplace
Working on the Frontlines
Identify major responsibilities of a frontline production worker
Identify the six major concentrations in frontline manufacturing
Explain the importance of cross-training
3   The Impact of Manufacturing Importance of manufacturing on everyday lives and skills needed for success in high performance manufacturing Skills for Success
Explain the importance of MSSC certification
Identify the key knowledge and skills required for success in production manufacturing
Identify ways to prepare for a career in high-performance manufacturing
Describe education and training programs that can prepare you for a career in high-performance manufacturing
The Impact of Manufacturing
Describe how manufacturing impacts people and the economy
Identify major developments in the history of manufacturing
Explain how customer expectations affect manufacturers
Describe the effects of the global economy on manufacturers
Explain how regulations and standards affect manufacturers
4   Responding to Customer Expectations Methods of responding to customer expectations, systems used by high performance manufacturing to produce quality products, and advanced manufacturing techniques Responding to Expectations
Describe four ways in which manufacturers can respond to customer expectations
Identify systems used by high-performance manufacturers to produce quality goods at the lowest possible cost
Identify advanced technologies used in manufacturing
Inside Best Practice Companies
Students understand requirements for preparing a presentation
5   Best Practice Companies Case studies in best practice techniques used by successful U.S. companies to achieve high performance manufacturing Intel
Describe how production workers use information to coordinate work flow
Explain how production workers ensure quality
Identify what production workers can do to maintain a safe work area
Harley- Davidson
Explain how quality checks and audits help frontline workers meet customer needs
Describe how work teams coordinate work flow and help manage resources
Explain why manufacturers need to be able to customize products
Union Carbide
Describe how production workers monitor the production process to ensure quality and efficiency
Identify what production workers do to maintain a safe work area
Explain how production workers ensure efficient use of resources and continuously try to improve team performance
American Licorice
Explain how frontline work teams can help a company become more competitive
Explain how inspecting products ensures that they meet customer needs and design requirements
Identify ways that production workers reduce waste and cut costs
6   Communication Skills Techniques for effective verbal communication, including giving/ receiving feedback and listening Communication Basics
Explain why effective communicating is essential to success in manufacturing
Improve your reading, writing, listening, and speaking skills
Give and receive constructive and positive feedback
7   Production Group Communication Communicate effectively with internal and external customers; communicate effectively with production team members Communication Strategies
Communicate with internal and external customers clearly, accurately, and in a timely way
Communicate technical information effectively
Use information and communication technology
8   Communication Strategies Techniques for effective written communication; use email and other written communication technologies Communication Strategies (continued)
Communicate with internal and external customers clearly, accurately, and in a timely way
Communicate technical information effectively
Use information and communication technology
9* MSSC-OS1 Production Teams Techniques for building successful frontline teams, consensus decision making, idea generation Building Successful Teams
Describe the benefits of teamwork
Identify four types of manufacturing teams
Explain the skills required for successful teambuilding
Working in Teams
Develop a SMART goal
Develop and implement a successful problem-solving strategy
Participate in reaching a decision by consensus
Prevent or resolve conflict
10* MSSC-OS2 Training and Leadership How to deliver effective training; prepare to train; evaluate training results; lead teams; conflict resolution Training & Leadership
Train other workers
Conduct training in an effective and appropriate manner
Describe the traits of an effective leader
11 Covered by MSSC-OS2 Meeting Customer Needs Types of customers and their importance, identification of internal and external customer needs Identifying Customer Needs
Identify the types of external and internal customers
Identify the different and common needs of external and internal customers
Explain a customer's use of a product to confirm that it will be built to meet the customer needs
12* MSSC-OS3 Introduction to Safety Agencies that regulate safety, internal safety groups, emergency procedures, perform a job safety analysis, workplace behavior, and safety inspections Creating a Safe Workplace
Identify agencies that regulate safety in the workplace
Describe the role of a safety committee
Correct potential safety and environmental hazards in the workplace
Report potential safety and environmental hazards in the workplace
13~ MSSC-OS4 Personal Protective Equipment Types, applications and use of personal protective equipment for ears, eyes, body, face, hand, foot, and respiration Practicing Safety
Demonstrate knowledge of the proper personal protective equipment (PPE) to wear to ensure safety
Demonstrate knowledge of the proper clothing to wear to ensure safety
Identify safety issues related to hazardous materials that require personal cleanup
14~ MSSC-OS5 Fire and Electrical Safety Fire and electrical safety guidelines, use of fire extinguishers, lockout / tagout procedure, basic first aid, and accident reporting Practicing Safety (continued)
Demonstrate knowledge of the proper personal protective equipment (PPE) to wear to ensure safety
Demonstrate knowledge of the proper clothing to wear to ensure safety
Identify safety issues related to hazardous materials that require personal cleanup
15* MSSC-OS6 Work Area Safety Housekeeping safety, work area permits, ergonomics, platform and man lift safety Keeping the Workplace Safe
Demonstrate knowledge of safety issues and practices to prevent accidents or recommend action in the workplace
Explain how to handle hazardous materials and hazardous waste safely
Describe proper emergency response in the workplace
16~ MSSC-OS7 Hazardous Material Safety Types of hazardous materials, Hazmat safety guidelines, Hazmat labeling systems, Material Safety Data Sheets, handling and storage procedures Keeping the Workplace Safe (continued)
Demonstrate knowledge of safety issues and practices to prevent accidents or recommend action in the workplace
Explain how to handle hazardous materials and hazardous waste safely
Describe proper emergency response in the workplace
17~ MSSC-OS8 Tool and Machine Safety Safety guidelines for machine operation, hand tools, cutting tools, compressed air, portable power tools, guards; pneumatic lockout / tagout; use of ladders Tool Safety & Maintenance
Explain the need for strict safety observance in handling tools
Identify proper tool maintenance and housekeeping procedures
Identify safety systems and sensors on tools and equipment
Explain the purpose of preventive and predictive maintenance
18~ MSSC-OS9 Material Handling Safety Safety guidelines for powered lift trucks, cranes, rigging, and equipment movement; use a hoist; select a sling; use a pry truck; use a lift truck Tool Safety & Maintenance (continued)
Explain the need for strict safety observance in handling tools
Identify proper tool maintenance and housekeeping procedures
Identify safety systems and sensors on tools and equipment
Explain the purpose of preventive and predictive maintenance

 

MSSC-M2: QUALITY AND CONTINUOUS IMPROVEMENT
Unit
Core Content
Subject
Unit Description
Learning Objectives
19~ MSSC-OQ1 Introduction to Blueprint Reading 1 (Multi-view Drawings) Reading multi-view drawings to visualize part shapes, identify features, and identify dimensions Multi-view Drawings
Interpret blueprint drawings when shown an object
Identify views on a blueprint
Identify line types given a blueprint drawing
Select the front view of an object
Interpret linear dimension features on a blueprint
Interpret circular dimension features on a blueprint
Interpret Angular dimension features on a blueprint
Identify dimensions of an object by reading a technical drawing
20~ MSSC-OQ2 Blueprint Reading 2 (Sectional Drawings and Fasteners) Reading drawings to determine part hole sizes and locations, scales, title blocks, part section features, and fastener sizes Sectional Drawings and Fasteners
Determine a dimension of an object given an un-dimensioned scaled drawing
Interpret the information in a blueprint title block
Identify the size and type of fastener given an example
 
21~ MSSC-OQ3 Blueprint Reading 3 (Geometric Dimensioning & Tolerancing) Interpretation of part dimension tolerances, geometric dimensioning and tolerancing symbols and frames, and datums Geometric Dimensioning & Tolerancing
Determine if a part dimensions within tolerance using conventional tolerancing
Calculate the limits of a dimension given its tolerance
Determine the type of fit between two mating parts
Make a sketch of a part using baseline dimensioning
Place a datum feature symbol on a drawing
Place a feature control frame on a part drawing
22~ MSSC-OQ4 Basic Measurement Interpret English and S.I. measurements; perform system conversion; use tape measures and rules; accuracy and repeatability Basic Measurement
Use metric rule to measure an outside length of a part
Use a decimal inch machinist rule to measure a length
Use a machinist rule graduated in common fractions of an inch to measure a dimension
Use a tape measure to measure a length
Convert between common fraction inches and decimal inches
Convert between U.S. customary units and S.I. units
23~ MSSC-OQ5 Precision Measurement Tools Making precision measurements using dial calipers, digital calipers, and micrometers Precision Measurement Tools
Calibrate a dial caliper
Use caliper to measure an outside dimension of a part
Use a caliper to measure an inside dimension of a part
Use digital caliper to measure an outside dimension of a part
Use a digital caliper to measure an inside dimension of a part
Use an outside micrometer graduated in English units to measure the length of a part
Use an outside micrometer graduated in metric units to measure the outside dimension of a part
Use a micrometer to measure the outside diameter of a cylindrical part
24~ MSSC-OQ6 Dimensional Gauging Gaging parts using dial indicators, digital indicators, and data acquisition software; calibration of instruments; part mastering Dimensional Gauging
Master a dial indicator
Measure a dimension using a dial indicator
Collect and display data using data acquisition software
25* MSSC-OQ7 Quality Systems Quality system elements, definition of quality, ISO 9000 standard, types of quality management systems Focus on Quality
Explain the key elements of a quality system
Identify the steps involved in building quality into a product
Explain the purpose of quality management systems
26 Covered by MSSC-OQ8 Quality Improvement Basic concepts of statistical process control: central tendency, control charts, histograms Improving on Quality
Explain the importance of data collection and analysis to quality
Identify statistical tools used in process improvement
Identify the roles of management and production workers regarding quality
27~ MSSC-OQ8 Introduction to SPC (Statistical Process Control) Calculate mean, range, construct and analyze histograms, determine and interpret Cpk Statistical Process Control
Identify the type of variation given a cause
Calculate the mean of a set of data
Calculate the range of a set of data
Manually construct a histogram given a set of data
Analyze a histogram
28~ MSSC-OQ9 Control Charts Types and applications of control charts; construct and analyze an X bar and R chart Control Charts
Classify types of a given data
Manually record process data on an X and R chart
Manually construct an X and R chart
Analyze an X and R chart
29~ MSSC-OQ10 Continuous Improvement - 1 Use of PDCA cycle; construct and analyze Pareto charts; use brainstorming and fishbone diagrams to solve production problems Continuous Improvement
Construct a C&E diagram given a set of causes
Create a cause and effect diagram as part of a brain-storming process
Manually construct a pareto chart
30 Covered by MSSC-OQ7 Continuous Improvement - 2 Role of production in quality, quality teams, methods of improving quality and benchmarking Improving on Quality (Unit 26 cont’d.)
Explain the importance of data collection and analysis to quality
Identify statistical tools used in process improvement
Identify the roles of management and production workers regarding quality
31 Covered by MSSC-OQ7 Quality Inspections Methods of quality inspection at different stages of manufacturing; develop a sampling plan; document and communicate inspection results Quality Inspections
Describe inspection procedures
Identify methods of inspecting materials, processes, and final products
Explain the purpose of documentation and record keeping for inspections
 
32 Covered by MSSC-OQ7 Quality Audits Types of quality audits, Quality audit procedures, document quality audit results; develop an action plan and recommendation from a quality audit Quality Audits
Explain the purpose of a quality audit
Describe the procedures of quality audit
Describe how audit results are reported
33 Covered by MSSC-OQ10 Preventive and Corrective Actions Types of nonconformities and methods of detection; perform a root cause failure analysis; decide when / how to take preventive and corrective action Eliminating Nonconformities
Identify conditions that require preventive or corrective actions
Explain the process of root cause failure analysis
Identify when to use preventive action and when to use corrective action
 
34 Covered by MSSC-OQ10 Verification and Documentation Perform an effectiveness check; document and report preventive and corrective actions Verification & Documentation
Explain why verification is an essential part of preventive and corrective action
Explain the process of reporting and documenting preventive and corrective actions
Explain why records of preventive and corrective actions must be retained

 

MSSC-M3: MANUFACTURING PROCESS AND PRODUCTION
Unit
Core Content
Subject
Unit Description
Learning Objectives
35   Customer Contact Interpretation of specifications, work orders, and technical drawings. Customer Contact
Review customer needs on a regular basis
Identify technical drawings, work orders, and other ways of conveying product specifications
Maintain customer contact to ensure that needs are met
36   Creating Products Identification of the major stages of production, production resources, and factors for production method selection. Creating Products
Describe the major stages involved in producing products
Identify the resources needed for production
Identify factors that influence which production processes and technology are used to produce a product
37   Types of Production Identification of the characteristics and advantages of major types of production systems. Types of Production
Identify major types of production
Explain how large quantities of goods are produced
Explain how smaller quantities of goods are produced
38~ MSSC-OP1 Mechanical Principles Six (6) types of simple machines, operation and application of levers, and concepts of force and weight. Mechanical Principles
Calculate the weight of an object given its mass
Calculate the compression rate of a spring using Hooke's law
Use a spring scale to measure the weight of an object
Use a spring scale to measure a force on an object
Calculate torque given an application
Calculate the moment caused by a force
Calculate the mechanical advantage of a first-class lever
Measure the mechanical advantage of a first-class lever
Calculate the mechanical advantage of a second-class lever
Measure the mechanical advantage of a second-class lever
39~ MSSC-OP2 Mechanical Linkages Effect of friction on machine operation; operation of machine linkages, cams, and turnbuckles. Mechanical Linkages
Calculate the coefficient of friction given application data
Measure the force required to overcome friction in different applications
Calculate the mechanical advantage of an inclined plane
Measure the mechanical advantage of an inclined plane
Connect and operate a slider drank linkage
Connect and operate a double rocker linkage
Connect and operate a crank rocker linkage
Connect and operate a cam an cam follower
Measure the velocity and dwell of a cam
Connect an operate a turnbuckle
40~ MSSC-OP3 Gear Drives Operation of spur gear drives, speed and torque reduction concepts, operation of fixed and movable pulleys. Gear Drives
Measure the mechanical advantage of a fixed pulley
Measure the mechanical advantage of a movable pulley
Calculate the mechanical advantage of a pulley combination
Measure the mechanical advantage of a pulley combination
Connect a gear drive system
Calculate the mechanical advantage of a gear drive
41   Production Materials Types, properties, and applications of materials and chemicals used to manufacture products, including food and beverage products Engineering Materials
Describe the sources and properties of engineering materials
Explain why certain engineering materials are used to make specific products
Explain how finishes are used to improve the look and performance of engineering materials
Chemicals, Fossil Fuels & Food
Explain why chemicals play a key role in high-performance manufacturing
Describe how fossil fuels are used to make production materials
Identify sources of material for manufacturing food and beverage products
42   Testing, Selecting, and Developing Materials Factors used to select materials for a given product, methods of testing material quality, and advances in material design Testing, Selecting & Developing Materials
Describe how production materials are tested to ensure that customer and business needs are met
Identify the four key factors manufactures consider when selecting production materials
Identify new production materials that are being developed
43   Production Processes Types, operation and application of casting, molding, machining, finishing, assembly, separation, conditioning, combining, and filling Casting, Molding & Forming
Describe casting processes
Describe how molding is used to shape plastics
Identify forming techniques and their uses
Machining
Identify how machining processes are used to make parts and products
Describe conventional machining processes
Describe advanced machining processes
Conditioning, Finishing & Assembly
Identify different ways to condition parts and products
Describe major finishing processes
Explain how parts are assembled
Separating, Combining & Filling
Describe separating processes and how they are used to make products
Describe how combining is used to produce many products
Describe how filling processes are used in production
44~ MSSC-OP4 Machining Processes Interpret stock material sizes and types from specifications; use a band saw to cut stock material to size; types of machine tools Machining Processes
Determine the size of three common metal stock shapes: sheet, flat, round
Select stock size and type given a part drawing
Use a band saw to cut stock to a specified length
45~ MSSC-OP5 Machine Tooling Use basic layout techniques to prepare a part for machining, size a drill bit, identify drill bit by size, select and install drill press tooling, operate a drill press Machine Tooling
Use basic layout techniques to mark the center points of holes on a work piece
Determine the size of a drill
Change the spindle speeds of the floor drill press
Install a twist drill into a drill chuck
46~ MSSC-OP6 Machine Operations Use a drill press to perform basic drilling operations: reaming, counterboring, countersinking, and tapping Machine Operations
Select a drill and drill a hole for reaming
Select a reamer and ream a hole
Drill a pilot hole to prepare a hole for countersinking
Select a countersink and countersink a hole
Drill the pilot hole for the counter-boring operation
Select a counter-bore and counter bore hole
Select a drill size and drill the holes for the tapping operation
Use a countersink to chamfer a hole Selecta tap and thread hole using a tap and tap a wrench
47 Covered by MSSC-OP7 Tools and Equipment Use Types, applications and use of hand tools, portable power tools, and equipment Tool and Equipment Use
Identify common tools and equipment
Identify how tools and equipment are used in manufacturing
Describe different types of tool-related jobs
48* MSSC-OP7 Equipment Procedures Interpret standard operating procedures; read technical manuals to obtain information; Total Productive Maintenance; machine operation procedures Equipment Procedures
Identify Technical manuals and SOP's
Explain the need for equipment standards
Explain the need for training in tool use and safety
49* MSSC-OP8 Production Planning and Workflow Basic concepts of production planning, work flow, and facilities layout; read flow charts and Gannt charts; identify bottlenecks and ways to balance workflow Production Planning
Explain the need for planning in production processes
Identify the key elements of production planning
Describe tools used for production planning
Work Flow
Explain concepts of work flow
Describe three measures of plant capacity
Explain how bottlenecks interrupt work flow
Identify the advantages and disadvantages of different types of facility layouts
50 Covered by MSSC-OP8 Production Components Types of inventory and inventory management concepts; read a bill of material; identify cost of downtime and calculate product cost Materials Inventory
Identify the main types of inventory
Identify the costs of maintaining inventory
Identify the elements of a supply chain
Time and Costs
Specify what should be included in time and cost estimate of production
Identify the four basic approaches to maintenance
Production Systems
Identify the key difference between a push system and a pull system
Identify combinations of push systems and  pull systems
51* MSSC-OP9 Production Control Operation of push and pull production systems, just-in-time production, lean manufacturing, methods of feedback to control quality, use of calibration Controlling the Process
Explain the three main functions of feedback control as it is used in quality control
Define calibration and explain how it is performed
Identify the purpose of a control chart
52 Covered by MSSC-OP9 Documenting the Process Types of production documents, methods of retaining documents, and use of electronic data exchange; read and handle production documents Documenting the Process
Identify the main functions of production documents
Identify the guidelines for retaining documents
Identify the benefits of electronic data interchange (EDI)
53 Covered by MSSC-OP9 Product Packaging Types and applications of product packaging; packaging regulations and laws; select packaging for given product; interpret package labels Product Packaging
Identify the federal agencies that regulate packaging
Identify the four basic aspects of packaging regulated by federal agencies
State the purpose of and inspection label
54 Covered by MSSC-OP9 Product Distribution Methods and applications of transporting produced products; interpret shipping documents; use a tracking system Product Distribution
Identify the three basic elements of a transportation system
Identify the main methods of transporting products
State what must be listed on the documentation that must accompany a hazardous materials shipment

 

MSSC-M4: MAINTENANCE AWARENESS
Unit
Core Content
Subject
Unit Description
Learning Objectives
55* MSSC-OM1 Welding Types of welding, applications, operation of the welding process, welding safety Welding
Identify types of welding
Welding applications
Operation of the welding process
Learn about welding safety
56~ MSSC-OM2 Basic Electrical Circuits Operation of basic electrical circuits, input devices, output devices; basic concept of AC and DC electricity; read and interpret an electrical schematic Basic Electrical Circuits
Use an AC tester to check a wall outlet for electricity
Connect and operate a power supply
Connect and operate a circuit using three types of manual switches
Connect and operate a resistor, buzzer, solenoid, and motor
57~ MSSC-OM3 Electrical Measurements Basic concepts of electrical resistance, voltage, current, series circuits, parallel circuits; use of multimeter to measure electrical signals Electrical Measurements
Use an analog voltmeter to measure the voltage at a point referenced to ground
Use a DMM to measure the voltage from a point referenced to ground
Use a DMM to measure voltage drops in series and parallel circuits
Test continuity of wires using a DMM
58~ MSSC-OM4 Electrical Power Basic concepts of power consumption in series and parallel electrical circuit; select and size circuit protection devices; reset circuit protection devices Electrical Power
Calculate series resistance given each load's resistance
Use Ohm's law to calculate voltage, current, and resistance in a series circuit
Calculate total power
Calculate total resistance in a parallel circuit
59~ MSSC-OM5 Pneumatic Power Systems Basic concepts of pneumatic system operation with linear actuators; adjust and read pressure; connect an air hose; operate pneumatic circuit; drain a filter Pneumatic Power Systems
Read a pneumatic pressure gage
Connect and adjust a pressure regulator
Drain a pneumatic filter
Connect a pneumatic hose that uses quick connect fittings
Hook up various pneumatic circuits
60~ MSSC-OM6 Basic Pneumatic Circuits Basic concepts of pneumatic system operation with rotary actuators; read and interpret a pneumatic schematic Basic Pneumatic Circuits
Calculate force of a pneumatic cylinder
Use Boyles law to calculate changes I pressure and volume
Connect and operate flow control valves
61~ MSSC-OM7 Principles of Pneumatic Pressure and Flow Determine pressure required for specified actuator force output; factors that affect system pressure loss; adjust actuator speed using flow control valves Principles of Pneumatic Pressure and Flow
Calculate force of a pneumatic cylinder
Use Boyles law to calculate changes I pressure and volume
Connect and operate flow control valves
62~ MSSC-OM8 Lubrication and Coolants Types, properties, and applications of grease and oil for lubrication; use of viscosimeter; use of grease gun; lubrication management, recycling Lubrication and Coolants
Use a viscosimeter to measure oil viscosity
Select an oil specification for a given application
Select a grease specification for a given application
Use a grease gun to lubricate a pillow block bearing
Read and interpret a material safety data sheet
 
63~ MSSC-OM9 Bearings and Couplings Types, operation, and application of bearings and couplings; mechanical power transmission safety guidelines; importance of proper shaft alignment Bearings and Couplings
Perform lockout/Tagout
Install and adjust pillow block antifriction bearing and shaft
Install and adjust a flexible jaw coupling
 
64~ MSSC-OM10 Belt Drives Types, operation, and application of belt drives; calculate speed and torque ratios; align a belt drive and adjust tension Belt Drives
Calculate pulley ratio
Verify alignment of a fractional HP V belt drive with a finished bore
Determine the belt deflection force for a given application
Adjust belt tension using an adjustable mounting base
65~ MSSC-OM11 Chain Drives Types, operation, and application of chain drives; calculate speed and torque ratios; align a chain drive and adjust tension Chain Drives
Calculate sprocket ratio
Calculate shaft speed and torque of a chain drive system
Install and align a roller chain drive system with adjustable centers
Adjust chain sag to a specified amount
66~ MSSC-OM12 Machine Control Concepts Basic concepts of electrical relay logic; solenoid valve operation; connect a basic electrical logic circuit; interpret a basic ladder diagram schematic Machine Control Concepts
Describe the function of relay control logic circuits
Connect and operate an AND, OR, NAND, and NOR logic control circuit
Read and interpret the operation of a circuit given a ladder diagram
Design a ladder diagram using one or more logic elements
67~ MSSC-OM13 Machine Automation Basic concepts of electrical relay control; limit switch and sensor operation; connect a basic cylinder reciprocation relay circuit Machine Automation
Read and interpret ladder diagrams with detached symbology
Design a logic circuit that uses a limit switch to sequence an event
Design a continuous-cycle cylinder reciprocation circuit with a safety interlock
68~ MSSC-OM14 Machine Operation Modes Basic concepts of electrical relay control; timer operation; operation of automatic/manual machine modes; connect a basic timer control circuit Machine Operation Modes
Design a time driven traffic light circuit
Connect and operate a control circuit to perform an unloaded start of a motor
Connect and operate auto and manual circuits, pushbutton jog circuits and a cylinder dwell circuit
69~ MSSC-OM15 Electric Motor Control Basic operation of motor control relay circuit; operation of motor starters and overload protection; basic AC motor operation; operate a motor control circuit Electric Motor Control
Perform a lock/out tagout
Connect an AC motor to power lines
Connect a motor-control circuit to power