GENERAL, TECHNICAL & ENTRY LEVEL EMPLOYEE PROGRAMS
| Introduction to Injection Molding | |
| Course Outline: | This course is a review covering the four key elements of injection molding; Molds, Machines, Materials, and Processing. Processing is the method of getting all the elements working together in an efficient cost effective way. This course covers costs especially as they relate to floor operations and the impact on the plant’s bottom line. |
| Introduction to Networking Technology and Systems Analysis | |
| Course Outline: | Informational Technology
This Informational System literacy course will introduce the student to basic networking technology which includes an over view of Fundamentals, Media, Topologies and Standards, Hardware, Protocols, Remotes Access, Security, and some troubleshooting techniques. It will also introduce the student to project management and related activities, tools, and techniques for analyzing business problems, specifically for an information system. This is a 30 hour course – 15 sessions. |
| MTC 101: Blueprint Reading | |
| Course Outline: | |
| MTC 103: Computer Basics for Maintenance & Operations Personnel | |
| Course Outline: | |
| MTC 100: Predictive/Preventative Maintenance | |
| Course Outline: | |
| MTC 104: Welding For Maintenance Personnel | |
| Course Outline: | |
| MTC 102: Industrial Safety for the Maintenance Technician | |
| Course Outline: | |
| MTC 141: Industrial Maintenance Basics | |
| Course Outline: | |
| Brake Press Print Reading | |
| Course Outline: | This is a comprehensive program including Shop Math, Print Reading, and Measuring Skills. Topics for Shop Math
Topics for Print Reading:
Topics for Measuring Skills
This is a forty two hour course. |
| Conducting On The Job Training | |
| Course Outline: | Do your employees lack a foundation of understanding about how to train customers? Do they need a systematic approach? Are important objectives of training being overlooked?
Join us for this two-day workshop! Goal: To provide a framework for a systematic approach to on-the-job training.
Please note this class qualifies as a long elective for the Supervisory Certificate Program. |
| Espirit Level 1,2 and 3 | |
| Course Outline: | Esprit provides a solid foundation in drawing and editing fundamentals, drawing techniques, and also viewing and dimensioning, and develops a solid foundation creating CNC (Computer Numerical Controls) code for machining with lathes, mills, and EDM (Electrical Discharge Machines) machines. The student will gain the skills and proficiency needed to produce accurate models and drawings.
Each level is a 30 hour course – 10 sessions. Please call Tammy Marcase at 717-843-3891 to arrange a start date. With prior approval of the instructor, the student develops an evening training schedule to fit their personal time requirements; that is, either one day a week, two days a week, three days or four days a week with any mix of days. |
| Mechanical Desktop Level 1,2, and 3 | |
| Course Outline: | Mechanical Desktop is for users who are new to feature-based solid modeling. It covers Mechanical Desktop’s capabilities to create, edit, manipulate, and plot part and assembly module and drawings. The student will learn to create parametric solid models from sketches, and from existing 2-D drawings. Using exercises based on real world scenarios, the student will understand the design process from beginning to end, starting with part inception and ending with the finished drawings.
Please call Tammy Marcase at 717-843-3891 to arrange a start date. With prior approval of the instructor, the student develops an evening training schedule to fit their personal time requirements; that is, either one day a week, two days a week, three days or four days a week with any mix of days. |
| RFID Education Program | |
| Course Outline: | The purpose of this course is to establish a solid well rounded understanding of RFID technology, the challenges, implementation strategies and techniques for rolling out RFID technology.
Two-day systems approach to RFID Implementation. This hands-on, comprehensive course also includes various lab exercises. This RFID Education Program is designed to bring all potentially affected parts of the organization up to speed on RFID and serve as a jumping off point for all corporate-wide initiatives. Instructor: OTA Training, LLC OTA Training LLC is the global leader in providing comprehensive vendor-neutral, hands-on technical educational programs in RFID technology. |
| Fundamentals of FTIR | |
| Course Outline: | A 1 day introduction to FTIR, an important chemical analysis technique. The course covers how an FTIR works, how to measure data and instrument quality, manipulating spectra to gain more information, and how to use an infrared microscope. I. The Basics of FTIR A. Introduction to Infrared Spectroscopy 1. The Properties of Light 2. What is an Infrared Spectrum? 3. Infrared Spectroscopy: Good and Bad Points B. The Advantages of FT-IR 1. Signal-to-Noise Ratio (SNR) 2. The Throughput Advantage 3. The Multiplex Advantage C. The Disadvantage of FTIR: Water and CO2 Peaks II. How an FT-IR Works A. Interferometers & Interferograms B. How a Spectrum is Produced 1. The Fourier Transform 2. Background & Single Beam Spectra C. Optimizing Resolution & Minimizing Noise D. FTIR Hardware 1. Infrared Sources 2. Beamsplitters 3. Detectors 4. The He-Ne Laser E. Measuring Spectral & Instrument Quality III. Spectral Manipulations: Handling Mixture Spectra A. The Laws of Spectral Manipulation B. Spectral Subtraction 1. Theory 2. Optimizing Subtraction Results 3. Spotting Artifacts C. Library Searching 1. Background & Theory 2. The Search Process 3. Properly Interpreting Search Results 4. Subtract & Search Again: The Analysis of Mixtures IV. Infrared Microscopes A. How an Infrared Microscope Works B. Preparing Samples C. Applications Wrap-up. Time for individual consultations and questions. |
| Pro/Engineer Wildfire 3.0 | |
| Course Outline: | Overview: This course is designed for new users who want to become proficient with Pro/ENGINEER Wildfire 3.0 as quickly as possible. You will focus on learning core-modeling skills in this comprehensive, hands-on course. Topics will include sketching, part modeling, assemblies, drawings and basic model arrangement techniques. The course also includes a comprehensive design project that enables you to practice your new skills by creating realistic parts, assemblies, and drawings.
At the end of each module, you will find a set of review questions to reinforce critical topics from that module. Your instructor will discuss these with the class. Both in the middle and at the end of the course, you will find a course assessment in Pro/FICIENCY intended to evaluate your understanding of the course as a whole. After completing this course you will be well prepared to work effectively on product design projects using Pro/ENGINEER Wildfire. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Electronics or Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. A member company that has a reservation for employee training in a scheduled class may relinquish the seat(s) by notifying the scheduling coordinator. If the cancellation is within the cancellation terms of the approved contract, then no fee will be required; otherwise full fee is required. If the seat is able to be filled by another participant prior to the start of class, no fee will be assessed. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone – (717) 843-3891, Fax - (717) 854-9445, E-mail: tmarcase@mascpa.org. This training is supported by funding through the Department of Labor and Industry. |
| Industrial Controls 101 MASCPA | |
| Course Outline: | This is designed for entry level electricians & mechanics. The course will introduce electricians to control technology and teach them troubleshooting techniques. Each student will wire several industrial control circuits employing motor starters and relays. They will test and troubleshoot their panels.
Prerequisite: Students should have a sound understanding of electrical fundamentals such as: Understanding current flow, terms and their unit of measurement, amps, volts, and ohms. Basic Understanding of Electromagnets.
*Please note that the check should be made payable to South Central Workforce Investment Board and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. This training is supported by funding through the Department of Labor and Industry. |
| Video Jet Excel | |
| Course Outline: | Program Focus: A performance based instructional program in which students will become familiar with operation, maintenance procedures and basic troubleshooting skills relative to Excel series printers.
Topics: Introduction & Orientation, Fluid Diagrams, Theory of Operation, Alignment, Programming, Calibration, General Fluid Systems, Ink Maintenance, Component Identification, Single Level Troubleshooting Who Should Attend: Plant maintenance engineers or technicians. Objectives: Students will be able to correctly program messages, perform startup & shutdown procedures and describe the pneumatic, hydraulic and electrical systems. Also, students will be able to correctly perform fluid maintenance procedures as well as troubleshoot single level problems. Prerequisites: Students should have a basic understanding of pneumatic, hydraulic and electrical concepts as well as mechanical skills. |
| Introduction to Geometric Dimensioning and Tolerancing | |
| Course Outline: | The course is primarily a study of the geometric controls set forth in the ASME standard Y14.5M-1994. The goal is a beginning level ability to interpret a symbolic language used on engineering drawings to communicate geometric information. These symbols limit error for the geometric characteristics of size, form, orientation, and location on selected part features. In general, the definition of each symbol is reviewed, related tolerance zones are developed and examples of acceptable and rejectable conditions are analyzed. An in-depth investigation of datums is also incorporated. Many of the controls define relationships between part features. These relationships are dimensional in nature and therefore require a specified and repeatable origin of measurement - a datum. Specific topics in this area include: the Datum Reference Frame, simulated datums, datum order of precedence and datum targeting. Additional subjects included are: feature-of-size concepts, effects of MMC, LMC an RFS on tolerance zones, determining "bonus" tolerance, verification techniques using common inspection tools and dial indicators. Students are invited to submit drawings of their own for in-class review and discussion. The use of familiar parts assists greatly in the retention of complex material. Prerequisites: A solid grounding in blue print reading and basic math skills is a must. Familiarity with basic shop processes, common machine tools and inspection equipment is beneficial but not a necessity. Class is every Wednesday. This course is sponsored by the PA Department of Labor & Industry and organized by the Original Equipment Manufacturers’ . For information on this group call Tammy Marcase at 717-843-3891. |
| Welding, Beginning through Advanced DOL | |||||||||||||||||
| Course Outline: | This company specific welding course encompasses Oxy-Acetylene Torch Cutting, Shielded Metal Arc and Gas Metal Arc Welding theory and Welding skills designed to improve safety and work performance. It is a customized program for personnel who need welding skills as determined by their employer. The level of training entered by the student is based on the individual’s welding competency as determined by ASC’s welding instructor. The program is specific and the customer must pick only one; Stick, MIG , or TIG to attend at a time. Note: You may send beginners to this course as course content is customized for your learner.
Course Numbers:
Length: Each course is 32 hours, 8 sessions- 4 hours long Fee must accompany non-member registration. Cancellation polices apply. All no shows and cancellations will be charged full price. Substitutions allowed. Students will need to come to class with their own protective equipment, gloves, helmet, etc. Registration deadline: One week prior to start date |
||||||||||||||||
| Customized Print Reading for Professionals | |
| Course Outline: | Production workers are often trained using Blueprint reading programs. In the summer of 2007, the MASCPA conducted a similar program requested by two local manufacturers for their customer service and purchasing personnel. These individuals were in constant telephone contact with personnel in other companies using product drawings during the conversation. Reviews from the program participants were excellent.
We are now offering a customized program to interested manufacturers for professionals that have no or minimal experience in reading blueprints. Course Parameters: This basic twenty hour course, conducted in two hour sessions once a week, includes orthographic projection, types of lines, features, dimensioning, sections, views, formats, math calculations, and other aspects necessary to ‘read’ a typical manufacturing drawing, and to communicate that information to another person over the telephone. Abundant “In-class” exercises are used to re-enforce the various aspects of drawing interpretation. An assessment will be conducted in the last session for the participants to evaluate their grasp of the presented materials. The course participants are encouraged to bring some company drawings to the education sessions to share and learn from others in the group. This aspect of the course is particularly beneficial to participants whose companies produce products to a variety of customer requirements. Who Should Attend: Purchasing, engineering and customer service professionals. |
| Effective Problem Solving Techniques | |
| Course Outline: | This interactive 30-hour course consists of 11 objectives covering the analytical approach to problem solving. At the end of the course, participants will be equipped to successfully think through problems utilizing the techniques demonstrated during the class sessions.
Target Audience: individuals who apply problem solving / troubleshooting techniques in their jobs. The course is accredited for 3.0 CEUs and each student must complete 100% of objectives with a passing grade of 70% to be eligible for the CEUs.
Cancellations must be made prior to 2 days before class start date. Substitutions are allowable. *No shows will be charged full price. This training is supported through funding by the Dept. of Labor & Industry |
| Beginning Geometric Dimensioning and Tolerancing (G,D & T) | |
| Course Outline: |
Please note that the 2009 Updates will be included in class. When: 2/9/12, 2/16/12, 2/23/12 and 3/1/12(Must attend all 4 classes) *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Register by: February 2, 2012 Payment must accompany non-member registration. Cancellations five business working days or less and ‘no shows’ will be charged full course price. Substitutions are welcome. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone – (717) 843-3891, Fax - (717) 854-9445, E-mail: tmarcase@mascpa.org |
| Microsoft Excel-Level 3 | |
| Course Outline: | Overview: In this course, students will learn how to automate common tasks, apply advanced analysis techniques to more complex data sets, collaborate on worksheets with others, and share Excel data with other applications.
Lesson 1: Streamlining Workflow, Create a Macro, Edit a Macro, Customize Access to Excel Commands, Apply Conditional Formatting, Add Data Validation Criteria, Update a Workbook's Properties, Modify Excel's Default Settings, Lesson 2: Collaborating with Others, Protect Files, Share a Workbook, Set Revision Tracking, Review Tracked Revisions, Merge Workbooks, Adjust Macro Settings, Administer Digital Signatures Lesson 3: Auditing Worksheets, Trace Cell Precedents, Trace Cell Dependents, Locate Errors in Formulas, Locate Invalid Data and Formulas, Watch and Evaluate Formulas, Group and Outline Data Lesson 4: Analyzing Data, Create a Trendline, Create Scenarios, Perform What-If Analysis, Develop a PivotTable© Report, Develop a PivotChart© Report, Perform Statistical Analysis with the Analysis ToolPak Lesson 5: Working with Multiple Workbooks, Create a Workspace, Consolidate Data, Link Cells in Different Workbooks, Edit Links Lesson 6: Importing and Exporting Data, Export to Microsoft Word, Import a Word Table, Import Text Files Lesson 7: Structuring XML Workbooks, Develop XML Maps, Import, Add, and Export XML Data Manage XML Workbooks, Apply XML View Options Who Should Attend: This course was designed for students desiring to gain the skills necessary to create macros, collaborate with others, audit and analyze worksheet data, create PivotTables and PivotCharts, incorporate multiple data sources, and import and export data. In addition, the course is also for students desiring to prepare for the Microsoft Office Specialist exam in Excel 2003 or Module 2-Key Applications of the Internet and Computing Core Certification (IC3) exam, and who already have knowledge of the basics of Excel, including how to create, edit, format, and print worksheets that include charts and sorted and filtered data. Participant must attend both days. |
| Jigs and Fixtures | |
| Course Outline: | This course is designed to introduce the student to develop a thorough understanding and working knowledge of how and why jigs and fixtures are designed and built as the are. Two fundamental tool design principles are constantly stressed: simplicity and economy. The student will learn how to save money in production of a fixture by learning to be cost-effective while ensuring that the tool has the capacity to perform all of the intended.
This class will run on Mondays and Wednesdays. |
| Geomtric Dimensioning and Tolerancing (G,D & T) | |
| Course Outline: | This course is a study of the geometric controls set forth in ASME standard Y14.5M-1994 - Dimensioning and Tolerancing. Upon completion of the course the student will demonstrate a beginners-level ability to interpret a symbolic language used on engineering drawings to communicate geometric information. This class will run on Tuesdays and Thursdays. |
| Print Reading | |
| Course Outline: | This course will introduce and/or refresh the student in Blueprint Reading, Line Interpretation, Print Terminology, with a Basic understanding of the Four Geometric Form Control Principles; Straightness, Flatness, Parallelism, and Perpendicularity, Title Block Information, Block Tolerances, General and Local Notes, Types of Dimensioning and Dimensions, effects of Tolerance Accumulation, and Datum selection. This standard course will not cover Geometric Dimensioning and Tolerancing, Welding, Machining Practices, unless requested by the client.
Upon completion of this course the student will be able to: 1. Understand Orthographic Projections, Alphabet of lines, and Matrices. 2. Be familiar with Features, Types of Dimensions. 3. Know Units of Measurement and Types of Tolerances. 4. Understand Different Views and Structures. 5. Be familiar with Bill of Material Relationship to Drawing Views.
This class will run on Tuesdays and Thursdays. |
| Materials | |
| Course Outline: | This course offers an in-depth study of the materials, tool steel, and the heat treat processes that it involves. Upon completion of the course the student will have removed the mystery that surrounds tool steel and the heat treatment process. The student will get a thorough understanding of how to heat treat parts without sacrificing wear, and they will learn how to minimize the loss from cracking or distortion. They will be introduced to tool steel selection by looking at 28 of the more popular grades of tool steel and 3 alloy steels. They will have a good understanding of how to evaluate each application. This class will run on Monday and Wednesdays. |
| Computerized Machining I | |
| Course Outline: | This course is designed to develop an introductory working knowledge of basic CNC, Computer Numerical Control programming, with special interest in its use in die design. Learning Outcomes: Introduction to Numerical Control Machinery- a. History of CNC machines b. Input Media and Binary Numbers c. Application to industry. Numerical Control systems- a. Components, b. Types of Control System, c. Cartesian Coordinate system. Tool Selection- a. Tooling for Numerical Control b. Speed and Feeds c. Process planning d. Tool Changers and Registers. Math for Numerical Control- a. Basic Applied Trigonometry b. Cutter ‘off-set’ calculation. Cutter compensation- a. Codes b. Special considerations. Loops and Subprograming, Class work hand out assignments. This class will run on Tuesdays and Thursdays. |
| Shop Practices Part 1 | |
| Course Outline: | This course offers an audit of the operation and function of the following machines; Cut-off Saw, Band Saw, Pedestal Grinder, Belt Sander, Drill Press, Lathe, Vertical Milling Machine, Surface Grinder, Heat Treatment, Honing Machine, etc. A student must be recommended by their company for enrollment in Apprenticeship Program and must be able to read and write English at a 9th grade level; add, subtract, multiply, and divide or have a recommendation for exception from the course instructor and approval of the company representative. Student will have a general understanding of covered machines included in presentation and knowledge skills necessary to maneuver/operate on the shop floor.
This class will run on Tuesdays and Thursdays. |
| Basic Die Making-Die Theory | |
| Course Outline: | Diemaking.
This class will run on Mondays and Wednesdays. |
| Hydraulics | |
| Course Outline: | 1. The student will acquire knowledge of basic physics. The student will be able to recognize definitions for force, friction and inertia. Given a problem the student will be able to select proper formulas and perform calculations. 2. The student will acquire an understanding of the Hydraulic Transmission of Force and Energy. The student will be able to use the hydraulic power triangle, recognize a weighted accumulator, draw a static hydraulic system and calculate the force of a cylinder. 3. The student will be able to describe atmospheric pressure and its effects on pumping systems. The student will be able to recognize pump cativation and locate its cause. The student will be able to identify different types of pumps and explain their operation. 4. Using a hydraulic diagram, the student will be able to identify hydraulic cylinders and hydraulic motors. The student will be able to explain their operation and calculate the mechanical force that these components can develop. 5. Given a hydraulic diagram containing standard ANSI Y32.10 Symbols, the student will be able to identify and explain the operation of check valves, two position four way valves, three position four way valves and flow control valves. The student will be able to explain the interaction between components during system operation. 6. Given a hydraulic diagram, the student will be able to explain how a check valve is used and what would happen to the hydraulic system if it failed. The student will be able to recognize and explain the operation of spring loaded, weight loaded and gas charged accumulator systems. The student will be able to explain the operation and interaction of check valves and accumulators. |
| Lead-Free Manufacturing | |
| Course Outline: | Overview This course is designed to be administered at a customer’s location and delivered to assemblers, engineers, quality assurance, and management staff that are involved in development and implementation of lead-free soldering processes. The course is one day in duration and combines a half-day lecture with a half-day of hands-on soldering with lead-free solder under the guidance of an IPC Certified instructor. Course Content Lecture Topics Material Issues: Solder Alloys, Board Finishes, Moisture Sensitivity, Component Finishes, Lead-free BGAs Soldered with Tin-Lead solder Manufacturing Processes: Screen Printing, Component Placement, Hand Soldering, Wave Soldering, Reflow Soldering, Rework & Repair Visual Inspection: IPC-A-610D and J-STD-001D lead-free references, Special lead-free anomalies from IPC-A-610D, comparison of tin-lead and lead-free visual appearance differences, “rules of thumb” for tin-lead inspection and how they are applied to lead-free Hands-on Topics During the hands-on portion of the course, the students are given the opportunity to hand solder the IPC J-STD-001 certification board with SAC305 solder. The instructor describes the minor technique differences between tin-lead and lead-free hand soldering and the students are exposed to the differences in visual appearance and wetting/spread characteristics of lead-free solder. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Electronics Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policies Apply. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone – (717) 843-3891, Fax - (717) 854-9445, E-mail: tmarcase@mascpa.org This training is supported by funding through the Department of Labor and Industry. |
| Shop Practices Part 2 | |
| Course Outline: | See Shop Practices Part 1 |
| A-520: Allen-Bradley PLC-5/Level Two Advanced Maintenance & Troubleshooting | |
| Course Outline: | This 32-hour training program allows students to gain hands-on experience using the advanced control & diagnostic capabilities of the PLC-5 programmable controller. Application troubleshooting exercises are used throughout the course to give students actual hands-on experience solving typical problems encountered in the factory. Prerequisite: Students should have successfully completed Intellect Controls Group training program A-510 or have knowledge equivalent to the course description. A-520 IS NOT INTENDED FOR BASIC LEVEL ENTRY BY STUDENTS WHO HAVE NOT ACQUIRED THE BACKGROUND DESCRIBED ABOVE.
Register by: March 15, 2010 *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| Solid Works-Sheet Metal | |
| Course Outline: | The Sheet Metal Design Class presents the user with the functionality within SolidWorks used to create sheet metal parts. Students will create various sheet metal parts and drawings using lab exercises that step them through this process. Upon completion of this class, the user should be proficient in all the SolidWorks sheet metal functionality and have the ability to create and document any sheet metal part.
Prerequisites: SolidWorks Fundamentals *For course outlines please contact Tammy Marcase. *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers' Consortium, please call Tammy Marcase at 717-843-3891. |
| Introduction to Pro/ENGINEER Wildfire 3.0 | |
| Course Outline: | This course is designed for new users who want to become proficient with Pro/ENGINEER Wildfire 3.0 as quickly as possible. You will focus on learning core-modeling skills in this comprehensive, hands-on course. Topics will include sketching, part modeling, assemblies, drawings, and basic model management techniques. The course also includes a comprehensive design project that enables you to practice your new skills by creating realistic parts, assemblies, and drawings.
At the end of each module, you will find a set of review questions to reinforce critical topics from that module. Your instructor will discuss these with the class. Both in the middle and at the end of the course, you will find a course assessment in Pro/FICIENCY intended to evaluate your understanding of the course as a whole. After completing the course you will be well prepared to work effectively on product design projects using Pro/ENGINEER Wildfire.
*Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Electronics Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policies Apply. Cancellations with less than five business days notice will be charged.Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone – (717) 843-3891, Fax - (717) 854-9445, E-mail: tmarcase@mascpa.org This training is supported by funding through the Department of Labor and Industry. |
| Schematics and Blue Print Reading | |
| Course Outline: |
*Please note that these classes are all sponsored by the Original Equipment Manufacturers’ Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers’ Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| Schematics and Blue Print Reading | |
| Course Outline: |
*Please note that these classes are all sponsored by the Original Equipment Manufacturers’ Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers’ Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| A-6000: Allen Bradley ControlLogix Programmable Controller/Level One Maintenance and Troubleshooting | |
| Course Outline: | Course Outline by Day:
Day 1: Introduction to Programmable Logic Controllers, ControlLogix Programmable Controller Hardware Familiarization and Troubleshooting, Project Database Familiarization and Troubleshooting, Local and Remote Addressing and Configuration, Database Hands-On Lab Exercise, Data Types and Organization
Day 2: Using Data Tags, Defining Tasks, Programs and Routines, Entering Ladder Logic, Instruction Familiarization and Troubleshooting, Using and Troubleshooting Relay Logic, Relay Logic Hands-On Lab Exercise, Utilities: Search, Cross Reference, Trend Chart, and Forcing, Utilities Hands-On Lab Day 3: Using and Troubleshooting Timers and Counters, Timer and Counter Hands-On Lab Exercise, Using and Troubleshooting /Math Instructions, Using and Troubleshooting Move/Logic Instructions, Using and Troubleshooting Compare Instructions, Data Manipulation Hands-On Lab Exercise. Day 4: Using and Troubleshooting MCR’s, JMPs and Subroutines, Program Control Hands-On Lab, Troubleshooting and Resolving Controller Faults, Fault Resolution Hands-On Exercise, Program Save and Restore Lecture and Hands-On Exercise, Disk Upload and Download Lecture and Hands-On Exercise, Documenting and Printing Programs Day 5: Hardware, Software and Program Troubleshooting Review, Final Class Excercise This training is supported by funding through the Department of Labor and Industry. All participants will be required to confidentially provide their social security number. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. No shows will be charged the full course price. |
| RS Logix5000 Level 3: Project Development | |
| Course Outline: | Upon completion of this course, given a functional specification for an RSLogix 5000 application, you will be able to develop a project to meet the requirements of a specification.
This course builds upon your knowledge of common controller terms and operation and your experience with basic ladder logic programming. This course presents a deeper understanding of project development tasks that are common to all Logix5000 controllers. Such tasks as organizing tasks and routines, organizing controller data, configuring modules, and sharing data. When developing and testing your project, you will use several Logix5000 communications networks including serial, ControlNet™, and EtherNet/IP™. You will also use Producer/Consumer technology to multicast input and output devices, share data between controllers and control remote I/O. Prerequisites: Ability to perform basic Microsoft Windows tasks, knowledge of common controller terms and operation though experience or class equivalent, ability to write basic ladder logic with common instructions, such as bit, timer, counter, move, and comparison instructions through experience or class equivalent. *Please note that these classes are all sponsored by the GHRMTC. To receive the discounted price, the class participants must confidentially and securely supply their social security number.*Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the GHRMTC, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| PLC-5/SLC 500 Processors | |
| Course Outline: | PLC-5/SLC 500 Processors Upon completion of this course, you will be able to do the following tasks: • Identify the main components of programmable controller systems and describe their functions • Descibe the flow of information through a programmable controller system • Navigate through the RSLogix 5 r RSLogix 500 software • Transfer, monitor and run projects on a PLC-5 or SLC500 processor • Interpret simple ladder logic programs This course is designed as an introduction to programmable controller systems. The PLC-5 or SLC 500 system will be featured using either RSLogix 5 or RSLogix 500 software. Important: By the time the course is finished, you will not be able to program, maintain or troubleshoot a PLC-5 or SLC 500 system. However, you will have the prerequisite understanding required for the courses that teach that skill. Where: Schraedler Yesco Time: 8:00am – 5:00pm 3982 Paxton Street Harrisburg PA When: February 24-25, 2011 Cost: $ 225 *Please note that these classes are all sponsored by the GHRMTC. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the GHRMTC, please call Tammy Marcase at 717-843-3891. Register by: Register: Online: www.mascpa.org E-mail: training@mascpa.org OR Fax/Mail: Participant Names: ________________________________________________________ Company: __________________________________ Invoice Company: _____________ Check Enclosed: _______Amount:__________Authorized By: ___________________ Phone:_____________________________Fax: _________________________________ Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| PLC I and II | |
| Course Outline: | LEVEL I PLC Orientation, PLC Operation, PLC Programming Languages, Numbering Systems, PLC Memory Organization, PLC Programming Software, PLC Program Analysis, Motor Control Basics, Seal- In Program Logic, Interlock Functions, Documentation And Advanced Editing LEVEL 2: PLC Troubleshooting, Power Supply Troubleshooting, Input Troubleshooting, Output Troubleshooting, Processor Troubleshooting, System Troubleshooting Techniques, Software Troubleshooting Tools, Introduction To Event Sequencing, Continuous Cycle Logic, Multiple Actuator Event Sequencing For a full syllabus, please contact the office at 717-843-3891 When: March 14, 15, 16, 21, 22, 23, 2011 *Please note that these classes are all sponsored by the Franklin County Maintenance Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Franklin County Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Register by: March 7, 2011. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| Accusort-Model 22/24 Scanner Training | |
| Course Outline: |
When: Two dates to choose from Choice 1: June 9, 2011 Or Choice 2: June 29, 2011 *Please note that these classes are all sponsored by the GHRMC. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the GHRMC, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| Outlook 2010 Basic | |
| Course Outline: | Program Objectives: Students will learn how to use Outlook for communicating via e-mail, managing contacts, and managing their calendars.
Date/Time: Two dates to choose from Date 1: April 11, 2011, 1:00 pm to 5:00 pm or Date 2: May 10, 2011, 8:00 am to Noon Payment/Cancellation Policy: Make checks payable to “MASCPA”. Non-member payment is due prior to class start date. Cancellations five business working days or less and ‘no shows’ will be charged full course price. Substitutions are welcome. |
| Allen-Bradley PowerFlex 70/700 : Variable Frequency Motor Drives Maintenance and Troubleshooting | |
| Course Outline: | This 32-hour hands-on training program is designed to provide maintenance electricians and engineers with the required knowledge and skills to install, start-up and troubleshoot Allen-Bradley PowerFlex 70/700 Variable Frequency AC Drive systems. Emphasis is on using the Human Interface Module and DriveExplorer software to set and check parameters used in normal operation and for troubleshooting. Students will locate power, signal and control terminals, monitor drive conditions, clear faults and be able to troubleshoot drive and motor problems.
*Please note that these classes are all sponsored by the GHRMC. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the GHRMC, please call Tammy Marcase at 717-843-3891. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| Basic Hydraulics | |
| Course Outline: | This is an instructor led class, competency based program designed for entry level mechanics. The course will introduce mechanics to the fundamentals of Industrial Hydraulic controls. The fundamental hydraulic components such as pumps, hydraulics actuators and accumulators are studied in detail. Each student will get an opportunity to design a hydraulic system and test it on “Automation Studio” a computerized Hydraulic Simulator.
|
| Basic Mechanical Level 2 Course # 202 | |
| Course Outline: | This is an instructor led, compentency based program designed to instruct students on lubricating and troubleshooting mechanical systems. The student will learn proper lubricating procedures, different types of lubricates and applications. The student will perform shaft alignment, motor and pump alignment and determine the cause of overloading.
Fee must accompany non-member registration. No shows will be charged full price. Cancellation policies apply. Cancellations with less than five business days notice will be charged. Register By: November 8, 2011 |
| Advanced Geometric Dimensioning and Tolerancing | |
| Course Outline: |
Please note that the 2009 Updates will be included in class. When: 3/15/12, 3/22/12, 3/29/12, 4/5/12 and 4/12/12(Must attend all 5 classes) *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Register by: March 8, 2012 *Please note that this class is sponsored by the Electronics Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Electronics Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellations five business working days or less and ‘no shows’ will be charged full course price. Substitutions are welcome. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone – (717) 843-3891, Fax - (717) 854-9445, E-mail: tmarcase@mascpa.org |
| PLC I and II | |
| Course Outline: | LEVEL I PLC Orientation, PLC Operation, PLC Programming Languages, Numbering Systems, PLC Memory Organization, PLC Programming Software, PLC Program Analysis, Motor Control Basics, Seal- In Program Logic, Interlock Functions, Documentation And Advanced Editing LEVEL 2: PLC Troubleshooting, Power Supply Troubleshooting, Input Troubleshooting, Output Troubleshooting, Processor Troubleshooting, System Troubleshooting Techniques, Software Troubleshooting Tools, Introduction To Event Sequencing, Continuous Cycle Logic, Multiple Actuator Event Sequencing For a full syllabus, please contact the office at 717-843-3891 When: 3/5, 3/6, 3/7, 3/12, 3/13, 3/14/12 *Please note that these classes are all sponsored by the Dauphin County Maintenance Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Dauphin County Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| PLC I and II | |
| Course Outline: | LEVEL I PLC Orientation, PLC Operation, PLC Programming Languages, Numbering Systems, PLC Memory Organization, PLC Programming Software, PLC Program Analysis, Motor Control Basics, Seal- In Program Logic, Interlock Functions, Documentation And Advanced Editing LEVEL 2: PLC Troubleshooting, Power Supply Troubleshooting, Input Troubleshooting, Output Troubleshooting, Processor Troubleshooting, System Troubleshooting Techniques, Software Troubleshooting Tools, Introduction To Event Sequencing, Continuous Cycle Logic, Multiple Actuator Event Sequencing For a full syllabus, please contact the office at 717-843-3891 <*Please note that these classes are all sponsored by the Franklin County Maintenance Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Franklin County Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| Auto Cad 2006 | |
| Course Outline: | Auto Cad Provides a solid foundation in drawing and editing fundamentals, 3-D wire frame drawing and editing, 3-D toolbar, drawing automation techniques, as well as viewing layers and dimensioning and tools to provide understanding and operating proficiency of the UCS (User Coordinate System). It created a complete 3-D geometric description for down stream processes, such as analysis, visualization, 2-D drawing, and rapid prototyping. 3-D modeling provided a solid step for users planning to migrate to 3-D parametric solid modeling.
Level 1 Day/Dates: Monday, Tuesday, Wednesday and Thursdays 10 Sessions Level 2 Day/Dates: Monday, Tuesday, Wednesday and Thursdays 10 Sessions Level 3 Day/Dates: Monday, Tuesday, Wednesday and Thursdays 10 Sessions Price is per each 30 hour level. Please call Tammy Marcase at 717-843-3891 to arrange a start date. With prior approval of the instructor, the student develops an evening training schedule to fit their personal time requirements; that is, either one day a week, two days a week, three days or four days a week with any mix of days. |
| Machinery Handbook | |
| Course Outline: | This course is a study of the Machinery’s Handbook (ISBN 0-8311-2700-7) on how to use it as a reference book for maintenance personnel. Upon completion of the course the student will demonstrate a knowledge in the structure of the Machinery’s Handbook and a flexibility in being able to navigate it in problem solving situations.
This class will run on Tuesdays and Thursdays. |
FACILITY MAINTENANCE
| Industrial Water Chemistry | |
| Course Outline: | |
| MTC152: Overhead Crane Inspection & Maintenance | |
| Course Outline: | |
| Improving Maintenance Inventory Control | |
| Course Outline: | Maintenance organizations need the right materials, in the proper quantity, at the right time. If these basic conditions are not met, your maintenance efforts will be ineffective. In this era of downsized industrial operations, careless material accountability is not an option. Companies typically have several hundred to several million dollars worth of parts in a maintenance storeroom, “just in case.” This is clearly a very costly practice. The availability of better data and refined control measures will help. In addition, maintenance and material control personnel have a joint responsibility to ensure equipment reliability and plant profitability. These days, they have no choice but to work together. Making maintenance resources more productive requires effective planning methods, organizational structures and techniques for optimum management and control of maintenance inventory.
|
| CPMM® Certified Plant Maintenance Manager Certification Course | |
| Course Outline: | More than ever before, the roles of plant and facilities maintenance management professionals involve diverse issues and concerns as organizations work diligently to improve profit margins and grow their market shares. As more plant and facilities maintenance professionals assume leadership roles in these activities, they find they must clearly demonstrate their expertise. The CPMM credential is designed to validate that the participant possesses the professional expertise and knowledge required to successfully perform plant and facilities maintenance management activities. This CPMM certification course prepares individuals to take the Association for Facilities Engineering® (AFE) CPMM certification exam. The CPMM certification exam will be provided upon completion of this preparation course. Participants who take the exam must meet AFE’s eligibility requirements and pay separate AFE application and exam fees.
Prerequisite: To be eligible to sit for the CPMM exam following the completion of the certification preparation course, the participant must 1) be currently employed as a maintenance professional and have at least two or more years of experience in the maintenance management field; OR 2) have five or more years of experience in plant engineering, facilities engineering, maintenance management, or related and/or equivalent employment.
*Please note that the check should be made payable to MASCPA and mailed to MASCPA 160 Roosevelt Ave., Suite 400, York PA 17401. *Registration and/or completion of the the CPMM Course does not give approval to take the certification exam. Approval is granted through the application process by AFE. Prior to the exam the following will need to be completed and submitted to AFE for approval including all fees for testing remitted to AFE. All fees are subject to change. Please consult application or AFE for exam costs. Application fee $275 AFE member/$460 non-member, Test fee $35, AFE Membership (not required for testing) $235. For Certification paperwork and test results, please contact Carol Lawrence at 703-234-4066 or clawrence@AFE.org |
| Effective Planning and Scheduling for Today's Maintenance | |
| Course Outline: | This three day, comprehensive, hands-on course, designed for both new and seasoned planner, gives you all the tools you need to help you kick-start your P&S system.
In our increasingly competitive marketplace, there is less tolerance for unplanned downtime. Industry is experiencing the pressure of rising costs, foreign competition, and the need to improve work force productivity. Companies must make productive use of all their resources-labor, material, capital-through best maintenance practices. P&S has the greatest profit potential of any maintenance function-a “sure-fire” way to quickly improve maintenance performance and service. Based on current maintenance trends and technologies and our vast expertise, we provide you with information and activities to better equip you to implement P&S. This interactive session includes information on how to build a winning partnership with production, a step-by-step implementation plan, and detailed information on the daily role of the planner. As always, we present real-world illustrations on the fundamentals of P&S to help you increase productivity and lower overall costs-which means faster repairs, less downtime, and greater availability. Planning and Scheduling is a “must have system” in high performance organizations. Experience shows that the “Best of the Best” do the basics very well. Let us help you become “Best of the Best.”
For a full syllabus, contact Stephanie Feinman at 717-843-3891. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. This training is supported by funding through the Department of Labor and Industry. |
| Tooling Manufacturing Practices I | |
| Course Outline: | This course offers an audit of the operation and function of the following machines; Cut-off Saw, Band Saw, Pedestal Grinder, Belt Sander, Drill Press, Lathe, Vertical Milling Machine, Surface Grinder, Heat Treatment, Honing Machine, etc. Student will have a basic understanding of manufacturing processes and equipment. This course is designed through class theory and visits to manufacturing facilities will provide this necessary foundational knowledge. This course covers basic processes and machinery used in the job shop, tool room, or small manufacturing facility and the advanced equipment used in larger operations. This course covers material physical properties, testing and treatment. Quality measurement and gauging, process planning, and manufacturing systems are included.
This class will be held on Tuesdays and Thursdays. |
| G, D & T | |
| Course Outline: | Geometric Dimensioning and Tolerancing (G,D&T)
When: 5/24. 5/31, 6/7(Must Attend all 3 days) *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the OEM Consortium, please call Tammy Marcase at 717-843-3891. Register by: May 17, 2011 Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. This training is supported by funding through the Department of Labor and Industry. |
MECHANICAL MAINTENANCE
| Hydraulics Level I | |
| Course Outline: | This course is a hands-on introduction to fundamental fluid power principles and the operation of basic hydraulic systems. The three main areas covered are the hydraulic transmission of force and energy, the application of that energy via hydraulic actuators and the control of hydraulic energy. While basic formulas are used, math is minimized. Hydraulic components are discussed including pumps, pressure control valves, flow control valves, directional control valves, cylinders, rotary actuators, motors, filtration and piping. Basic fluid power
symbols are discussed along with basic hydraulic schematics. Operation of components is reviewed and sample circuits discussed. Circuit problems are solved by the student on a hydraulic trainer.
Safety glasses with side shields will be required for this class. Labs Include: Introduction to the hydraulic trainer, schematic & parts list Familiarization & relief valve setting Pressure reducing valve Sequence valve Flow control valve - "meter-in" Flow control valve - "meter-out" (NOTE: Labs are performed by the student on a working hydraulic trainer.) Suitability: This course is ideally suited for maintenance personnel, equipment operators, technicians, supervisors and engineers desiring a basic knowledge of hydraulic fluid power principles and components. |
| Hydraulics Level II | |
| Course Outline: | This course is a hands-on discussion of fluid power principles and the operation of more advanced hydraulic systems. It builds upon the fundamental principles covered in Hydraulics Level I course. Advanced methods of controlling hydraulic energy, including proportional valve technology, are introduced. While some formulas are used, math is minimized. Hydraulic components are discussed including variable volume pumps, proportional valve, servo valves, and insert cartridge valves. Fluid power symbols are discussed along with more advanced hydraulic schematics. Circuits covered are more complex than those in the Level I course, with some typical industrial applications. Operation of components are reviewed and sample circuits are discussed. Circuit problems are solved by the student on a hydraulic trainer.
Safety glasses with side shields will be required for this class. Labs Include: Introduction to the hydraulic trainer, schematic & parts list Familiarization & relief valve setting Counterbalance valve Accumulator control circuit Proportional directional control valve Insert Cartridge valve (Note: Labs are performed by the student on a working hydraulic trainer) Suitability: This course is ideally suited for maintenance personnel, equipment operators, technicians, supervisors and engineers desiring an advanced knowledge of hydraulic fluid power principles and components. |
| Troubleshooting Hydraulics | |
| Course Outline: | THIS CLASS HAS BEEN POSTPONED. NEW DATES WILL BE FORTHCOMING.
This course is designed to familiarize the student with analyzing problems in hydraulic systems. Students should have a working knowledge of hydraulic components and their use in basic systems, along with a working knowledge of basic fluid power symbols and hydraulic schematics. After completion of the course, students should be able to explain how to identify problems in hydraulic systems and describe common problems associated with hydraulic system components. Exercises include both system analysis problems and component problems. Prerequisite: Hydraulics Basic/Level I course(or equivalent) Topics Include: *Troubleshooting Techniques *Heat & Leakage *Contamination *Analyzing Component Faults *Applied Troubleshooting Suitability: This course is ideally suited for maintenance personnel, equipment operators, technicians, supervisors and engineers desiring a basic knowledge of analyzing component and systems problems in hydraulic fluid power systems. |
| Pneumatics | |
| Course Outline: | This course is an introduction to fundamental fluid power principles and the operation of basic pneumatic systems. The three main areas covered are the pneumatic transmission of force and energy, the application of that energy via pneumatic actuators and the control of pneumatic energy. While basic formulas are used, math is minimized. Pnuematic components are discussed including compressors, aftercoolers, driers, receivers, pressure control valves, cylinders, rotary actuators, motors, filtration and piping. Basic fluid power symbols are discussed along with basic pneumatic schematics.
Safety glasses with side shields will be required for this class. Labs Include: *Introduction to the pneumatic trainer, schematic & parts list *Familiarization & regular setting *Directional control valve *Quick exhaust valve *Flow control valve-“meter-in” *Flow control calve-“meter-out” (NOTE: Labs are performed by the student on a working hydraulic trainer.) Suitability: This course is ideally suited for maintenance personnel, equipment operators, technicians, supervisors and engineers desiring a basic knowledge of pneumatic fluid power principles and components. |
| Advanced Hydraulics for Engineers | |
| Course Outline: | THIS CLASS HAS BEEN POSTPONED. NEW DATES WILL BE FORTHCOMING.
This course is a design-oriented discussion of fluid power principles and component selection for use in hydraulic systems. Participants are assumed to have a good working knowledge of fundamental fluid power principles along with familiarity of hydraulic symbols and schematics. Prerequisite: Hydraulics Basic/Level I and Hydraulics Advanced/Level II course(or equivalent) Required Items: Scientific Calculator Topics Include: *Analysis of Hydraulic Systems *Component Sizing & Selection *Proportional & Servo System Considerations *Interfacing with Control Systems *Maintenance Considerations Suitability: This course is ideally suited for technicians, engineers and sales representatives who analyze and design systems, select components, and instruct others in operation and maintenance of hydraulic systems. |
| Lubrication | |
| Course Outline: | THIS CLASS HAS BEEN POSTPONED. NEW DATES WILL BE FORTHCOMING.
This course is designed to provide the student with a fundamental understanding of how and why effective lubrication practices are an essential aspect of industrial equipment maintenance. Students should have a basic knowledge of machinery. The textbook focuses on the practical daily aspects of lubrication that impact productivity. Case studies are reviewed that emphasize the importance of developing and implementing effective, long-term solutions for lubrication, maintenance engineering, and maintenance management. Topics Include: *Maintaining for Profit *Lubrication Theory *Oil and Grease *How Much and How Often? *Selecting a Lubrication Delivery System *Preventative & Predictive Maintenance *Health, Safety, Storage, and Handling *Filtration Suitability: This course is ideally suited for maintenance personnel, equipment operators, technicians, supervisors and engineers desiring a basic knowledge of industrial lubrication. |
| Troubleshooting Industrial Hydraulics Level I | |
| Course Outline: | Successful completion of this program should adequately prepare the participant to successfully pass the written portion of the Fluid Power Societies Industrial Hydraulic Mechanic certification examination.
*Please note that the check should be made payable to South Central Workforce Investment Board and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. This training is supported by funding through the Department of Labor and Industry. |
| A760: Rockwell RSView ME-Maintenance & Troubleshooting | |
| Course Outline: |
|
| Industrial Maintenance Mechanical | |
| Course Outline: | This program will improve your mechanical skills and give you a better overall understanding of mechanical devices. This is not a program on mechanical theory; it is practical applications that can be used immediately at your facility. You will learn how to reduce costly downtime through proper mechanical maintenance practices. This program will not only teach people what to look for in belt/pulley wear, but it will also teach them how to correctly select the proper belt for replacement. You will cover not only mechanical devices such as drive chain, sprocket types and selection, as well as mechanical drive couplers. You will also gain practical knowledge of how, when, and what to lubricate, as well as problems that exist in real world machinery and devices. Every student in this program will assemble, adjust, and learn the proper installation of several types of drive couplers, as well as chain drives, sprocket drive assembly, adjustment, and proper tensioning. Come prepared to roll up your sleeves, learn from a hands-on approach, and gain knowledge
that you can put to use the first day back to work.
*Please note that the check should be made payable to South Central Workforce Investment Board and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. This training is supported by funding through the Department of Labor and Industry. |
| A-6200: Allen-Bradley ControlLogix Level 2 Advanced Maintenance and Troubleshooting | |
| Course Outline: | This 36 hour training program provides students with hands-on experience using the advanced control and diagnostic capabilities of the Allen-Bradley ControlLogix Programmable Controller and the RSLogix5000 programming software package. Application troubleshooting excercises are used throughout the course to give students hands-on experience solving typical problems encountered in the factory.
Prerequisites: Students should have successfully completed Intellect Controls Group training program A-6000 or have knowledge equivalent to the course description and be familiar with Windows NT, 2000 or XP softwares. A-6200 is not intended for basic level entry students who have not acquired the background described above. Any company interested in joining the Origanal Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. Register by: April 4, 2011 This training is supported by funding through the Department of Labor and Industry. *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. |
| Improving Maintenance Inventory Control | |
| Course Outline: | Maintenance organizations need the right materials, in the proper quantity, at the right time. If these basic conditions are not met, your maintenance efforts will be ineffective. In this era of downsized industrial operations, careless material accountability is not an option. Companies typically have several hundred to several million dollars worth of parts in a maintenance storeroom, “just in case.” This is clearly a very costly practice. The availability of better data and refined control measures will help. In addition, maintenance and material control personnel have a joint responsibility to ensure equipment reliability and plant profitability. These days, they have no choice but to work together. Making maintenance resources more productive requires effective planning methods, organizational structures and techniques for optimum management and control of maintenance inventory.
Course Outline(Please contact Tammy Marcase at 717-843-3891 for a full outline):
|
| Designing Sheet Metal Products with Pro/ENGINEER Wildfire 2.0 | |
| Course Outline: | In this course you will learn how to design sheet metal parts and assemblies, including sheet metal production drawings. All the functions needed to create sheet metal parts, drawings, and assemblies are covered. Upon completion of this course, you will be able to create sheet metal design models, create the flat state of the model, and document both in production drawings.
At the end of each day, you use the Pro/FICIENCY skills assessments to reinforce your understanding of the course topics. Your instructor utilizes the results from the anonymous skills assessments as the basis for daily review sessions. Audience: This course is intended for design engineers, mechanical designers, and industrial designers. People in related roles can also benefit from taking this course.
|
| Advanced Motor and Drives | |
| Course Outline: | Students analyze three phase motor problems, contractor problems, motor drive problems and other circuit analysis problems with volt and amp meters. Along with using calculators to determine the mathematical outcomes and verifying the correctness of Ohm’s law and power equations with the use of meters.
Who Should Attend: This course is designed for students who have taken Industrial Electricity I class or has been working in the electrical maintenance field for some time. *The Food Consortium is funded through the PA Dept. of Labor. Participants will be required to confidentially provide their Social Security numbers prior to or on the day of class in order to receive the Food Consortium price. Companies will be invoiced the full cost of the class for those attendees who do not provide the social security number. |
| Basic Hydraulics Course #301 | |
| Course Outline: | This is an instructor led,compentency based program designed for entry level mechanics. The course will introduce mechanics to the fundamentals of Industril Hydraulic controls. The fundamentals hydraulic components such as pumps, hydraulic actuators and accumlators are studied in detail. Each student will get an opportunity to design a hydraulic system and test it on "Automation Studio" a computerized hydraulic simulator.
|
| RCM Reliable Centered Maintenance | |
| Course Outline: |
*Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. This training is supported by funding through the Department of Labor and Industry. |
| Industrial Mechanical Maintenance I | |
| Course Outline: |
When: Tuesdays and Thursdays, March 10, 12, 17, 2009 *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org |
| Industrial Mechanical Maintenance II | |
| Course Outline: | Course Objectives:
When: Tuesdays and Thursdays, March 31, April 2, 7, 2009 *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org |
| Training Seminar Machine Safety | |
| Course Outline: |
|
| Basic Pneumatics Course #401 | |
| Course Outline: | This is an instructor led, compentency based program designed for entry level mechanics. The course will introduce mechanics to the fundamentals of Industrial Pneumatic controls. The fundamentals pneumatic components such as valves, pneumatic actuators and accumulators are studied in detail. Each student will get an opportunity to design a pneumaitc system and test it on a Pneumatic Training Simulator.
|
| Troubleshooting Industrial Controls Circuits Course #131 | |
| Course Outline: | This is an instructor led, compenteny based program designed to instruct students in a logical approach to troubleshooting. The student is given procedures on how to approach the problem and use soft skills to solve the problem. The student must solve the problems in a limited amount of time. A strong emphasis is placed on blue print reading and understanding of standard control circuits. The students are instructed on how to solve the problem and find the failed component on the first try within a given time frame.
Learner Outcomes
|
| Mechanical Print Reading | |
| Course Outline: |
Date: March 23 and March 25, 2010 *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. This training is supported by funding through the Department of Labor and Industry. |
AUTOMATION AND PROCESS CONTROL
| AC and DC Variable Speed Motor Drives MC-100 | |
| Course Outline: | This 36-hour hands-on training course is designed to provide maintenance electricians with a thorough understanding of AC and DC motor construction, operation and variable speed control. Hands-on lab exercises are used throughout the training course to simulate actual plant conditions. Course hardware will include Variable Frequency AC and DC Motor Drive Workstations, Circuit Test Workstations, Oscilloscope and Multimeter test equipment. Hands-on labs will explain operation and troubleshooting of diodes, transformers, SCR’s transistors and other electrical control devices.
Course Topics:
|
| Allen Bradley SLC 500 Level #1 MTC 130/IC | |
| Course Outline: | This 36-hour program allows students to gain hands-on experience using the control and diagnostic capabilities of the Allen-Bradley SLC-500 programmable controller. Hardware and software troubleshooting are heavily emphasized throughout this course.
Course Outline: Introduction to Programmable Controllers, Hardware Description/configuration, Safety considerations, IBM Compatible Terminal Operations, Program Entry and Interpretation, Use of Software Utilities in Troubleshooting, Program Editing, Troubleshooting, Peripheral Operations- Program Loading and Program Printing |
| Allen Bradley SLC 500 Level 2 MTC131(r)/IC | |
| Course Outline: | This 36-hour program allows students to gain hands-on experience using the advanced control and diagnostic capabilities of the Allen-Bradley SLC-500 programmable controller. Application projects emphasizing hardware and software troubleshooting techniques are used throughout the course to create a hands-on learning environment.
Course Outline: Review of SLC-500 Hardware, Advanced Programming Terminal, Instruction Familiarization, SLC-Network communications, Processor Communications, Program Interrupt Instructions, Overview Topics-~Analog I/O, ~Communication, ~PID Instructions |
| Machining Technology Level 1 and 2 | |
| Course Outline: | Machine operators will learn safe setup and operation of the horizontal band saw, vertical milling machine, surface grinder, drill press and pedastal grinder. Students learn to select, mount, drill and grind with varoius grinding wheels, bonds, and grit sizes.
Level 1 Day/Dates: Monday,Tuesday, Wednesday, Thursday 30 Sessions Level 2 Day/Dates: Monday,Tuesday, Wednesday, Thursday 30 Sessions Please call Tammy Marcase at the office at 717-843-3891 to schedule a start date and time. With prior approval of the instructor, the student develops an evening training schedule to fit his personal time requirements; that is, either one day a week, two days a week, three days or four days a week with any mix of days. Times: 5:00 pm to 8:00 pm Cost is per level |
| MTC125: Machine Numeric Controls | |
| Course Outline: | |
| MTC126: PLC Troubleshooting Fundamentals | |
| Course Outline: | |
| A-6300 Allen Bradley ControlLogix-Level 3 | |
| Course Outline: | THIS CLASS HAS BEEN POSTPONED
This 36-hour program provides students with hands-on experience in the troubleshooting and maintenance of the Allen-Bradley ControlNet, DeviceNet and EtherNet communications networks. Hardware and software troubleshooting techniques are heavily emphasized.
Prerequisites: Intellect Controls Group training I-100 or a working knowledge of electromechanical control devices, relay ladder logic and Windows NT Software. This is NOT an entry-level training program.
*Completion of Level II course not required for Level III. |
| MTC136: Modicon 984/Quantum Family Programable Controlers-Level 1, Maintenance and Troubleshooting | |
| Course Outline: | |
| MTC137: Modicon 984/Quantum Famil Programable Controllers-Level 2, Adanced Maintenance and Troubleshooting | |
| Course Outline: | |
| Hydraulics Fittings and Pipes | |
| Course Outline: | THIS CLASS HAS BEEN POSTPONED. NEW DATES WILL BE FORTHCOMING.
This course is a hands-on, introductory discussion of hydraulic fittings, tubing, hose and pipes. The student will learn to identify the various fittings used in hydraulic systems, those used on both rigid and flexible lines. SAE and metric fittings will be covered. The student will learn to identify the size and working pressure of tubing, hose and pipe used on hydraulic systems. While some knowledge of basic hydraulic systems and measurement tools is helpful, it is not required. Labs Include:
Required Items: Safety glasses with side shields Suitability: This course is ideally suited for maintenance personnel, equipment operators, technicians, supervisors and engineers desiring a basic working knowledge of hydraulic fittings and piping. |
| A750: Allen-Bradley PanelView 300,550,600,900,1000&1400 Non-Enhanced Operator Terminal Editing & Troubleshootong | |
| Course Outline: |
Students should have successfully completed Intellect Controls course A-510(PLC-5/Level I), A-5000(SLC500/Level I), A-6000 (Control/Logix Level I) or have knowledge equivalent to the course description and have basic experience with Microsoft Windows Operating System. THIS IS NOT AN ENTRY LEVEL TRAINING PROGRAM. |
| A-6000 ControlLogix Programmable Controller/Level One | |
| Course Outline: | Course Outline by Day:
Day 1: Introduction to Programmable Logic Controllers, ControlLogix Programmable Controller Hardware Familiarization and Troubleshooting, Project Database Familiarization and Troubleshooting, Local and Remote Addressing and Configuration, Database Hands-On Lab Exercise, Data Types and Organization
Day 2: Using Data Tags, Defining Tasks, Programs and Routines, Entering Ladder Logic, Instruction Familiarization and Troubleshooting, Using and Troubleshooting Relay Logic, Relay Logic Hands-On Lab Exercise, Utilities: Search, Cross Reference, Trend Chart, and Forcing, Utilities Hands-On Lab Day 3: Using and Troubleshooting Timers and Counters, Timer and Counter Hands-On Lab Exercise, Using and Troubleshooting /Math Instructions, Using and Troubleshooting Move/Logic Instructions, Using and Troubleshooting Compare Instructions, Data Manipulation Hands-On Lab Exercise. Day 4: Using and Troubleshooting MCR’s, JMPs and Subroutines, Program Control Hands-On Lab, Troubleshooting and Resolving Controller Faults, Fault Resolution Hands-On Exercise, Program Save and Restore Lecture and Hands-On Exercise, Disk Upload and Download Lecture and Hands-On Exercise, Documenting and Printing Programs Day 5: Hardware, Software and Program Troubleshooting Review, Final Class Excercise This training is supported by funding through the Department of Labor and Industry. All participants will be required to confidentially provide their social security number. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. No shows will be charged the full course price. |
| A-6400 ALLEN-BRADLEY ControlLogix Motion Maintenance & Troubleshooting | |
| Course Outline: | This 32-hour course will provide the student with the knowledge and skills to identify, install, configure and troubleshoot a closed loop motion control system in the Logix 5550 architecture. In addition, students will learn specific programming instructions used for motion control in the Logix 5550 ladder logic programs.
Topic Outline: Overview of Motion Control Concepts, Hardware Description, Hard wiring of 1756 Motion Components, Configuring an Axis, Tuning and Testing an Axis, Motion Instructions Control Structures, Basic Motion Instructions, Advanced Motion Instructions, Fault Routines, System Troubleshooting Prerequisites: Students should have successfully completed Intellect Controls Group training program A-6000 and A-6200 or have knowledge equivalent to the course description and be familiar with Microsoft Windows® functions. *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. This training is supported by funding through the Department of Labor and Industry. |
| Allen Bradley PowerFlex 70/700 Variable Frequency Motor Drives Maintenance and Troubleshooting | |
| Course Outline: | This 32-hour hands-on training program is designed to provide maintenance electricians and engineers with the required knowledge and skills to install, start-up and troubleshoot Allen-Bradley PowerFlex 70/700 Variable Frequency AC Drive systems. Emphasis is on using the Human Interface Module and DriveExplorer software to set and check parameters used in normal operation and for troubleshooting. Students will locate power, signal and control terminals, monitor drive conditions, clear faults and be able to troubleshoot drive and motor problems.
Course Outline: Introduction to AC Motor Speed Control:-Motor Characteristics, -Variable Frequency Inverters, Power and Signal Wiring
Drive Installation/Replacement: -Motor Feedback Polarities, Control Options: -Interface Modules, -Input Modules, Human Interface Module: -Control and Display Panel, -Operating Modes, -Start-up Parameters, -Advanced Parameters Operation, Troubleshooting, Fault Identification and Clearing, Troubleshooting Charts and Corrective Action, PLC Operation,
SCANport Communication+, Discrete Inputs and Outputs, Block Transfer of Data, Other Allen-Bradley Drives, DriveExplorer Software Fee must accompany non-member registration. No shows will be charged full price. |
| A-6300: Allen-Bradley ControlLogix/Level III | |
| Course Outline: | This 36-hour program provides students with hands-on experience in the troubleshooting and maintenance of the Allen-Bradley ControlNet, DeviceNet and EtherNet communications networks. Hardware and software troubleshooting techniques are heavily emphasized.
Prerequisites: Intellect Controls Group training I-100 or a working knowledge of electromechanical control devices, relay ladder logic and Windows NT Software. This is NOT an entry-level training program.
*Completion of Level II course not required for Level III. |
| CNC Series 16 18 21 Maintenance | |
| Course Outline: | This Series 16/18/21 Maintenance course provides the tools for maximizing troubleshooting techniques to maintain a machine tool equipped with a Series 16/18/21A,B,C or I Series CNC. Classroom demonstrations and presentations are followed by the actual use of a Series 16/18/21 CNC for hands-on lab exercises to reinforce new skills. Hardware connections and the software interface are taught in the class.
Prerequisite: Participants should have a basic understanding of CNC, machine tools and electricity, and should know the basics of Ladder or machine sequence logic and signal tracing. They should also have a basic electrical background, and follow appropriate safety practices related to electrical equipment.
|
| Alpha Servo Maintenance | |
| Course Outline: | The Alpha Servo Maintenance course provides a functional understanding of installation, maintenance, and troubleshooting of GE Fanuc Alpha series power supplies, amplifiers and motors. Students will learn complete diagnostic address and error code fault tracing. In-depth classroom discussions about how and why servos operate are followed by laboratory exercises to reinforce newly learned skills with live equipment.
Prerequisite: Participants should first attend one of our CNC control maintenance classes or have equivalent CNC knowledge. They should also be comfortable with working with voltages over 200 volts AC, and be able to operate a digital voltmeter, a VOM (volt ohm meter) and an oscilloscope.
|
| PLC Systems Course #202 | |
| Course Outline: | This course is 30 hours and is accredited for 3 CEU’s. Each student must complete 100% of the Learner Outcomes with a passing grade of 70% on each Learner Outcome and attend all classes in order to be eligible for the CEU’s. There will be no partial credit given.
1) The student will be introduced to the operation and wiring of control devices. Using the concepts of basic undervoltage circuit design, the student will design and draw a Master Undervoltage Circuit.
2) The student will build a knowledge base of the components of a PLC system. They will be able to distinguish between elements of hardware and elements of software. The student will be able to distinguish a PLC from a computer.
3) The student will be able to relate inputs and outputs to the Data Tables in the PLC.
4) The student will develop a comprehensive understanding of the program scanner. In an effort to build comprehension, they will run three simulations of program scans of input tables, output tables and program tables.
5) The student will be able to specify the input and output cards for a PLC system and design a wiring diagram implementing the inputs and outputs required for the design and operation of a machine.
6) The student will build a knowledge base of AB MicroLogix 1000, 1200, and 1500 PLC’s capabilities. The student will design an AB 1762-L24AWA wiring diagram using a functional description.
7) The student will learn powerful troubleshooting techniques and use them to solve 2 troubleshooting problems on a PLC water pump system.
Course Length: 32 hours. Class is every Tuesday and Thursday. No shows will be charged the full course price. |
| Solid Works-Advanced Surface Modeling | |
| Course Outline: | The goal of this course is to teach you how to use surface features to build parts using SolidWorks software. Most of the case studies and exercises in this course are taken from consumer product design applications, and the lessons center around the combined use of solids and surfaces, with the goal always being to create a good solid. During this course we will learn industry standard surfacing terminology necessary to understand a ground-up surface modeling approach, as well as answer some of the “when” and “why” questions which are inevitable with the solids to surfaces paradigm shift. If your modeling experience to date has been completely in the solids realm, you may find that working in surfaces requires a different approach.
Prerequisites: SolidWorks Fundamentals and minimum of 80 hours SolidWorks Modeling Time are required. SolidWorks Advanced Part Modeling is recommended. *For course outlines please contact Tammy Marcase. *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers' Consortium, please call Tammy Marcase at 717-843-3891. |
| Solid Works Fundamentals II | |
| Course Outline: | Fundamentals Part II Topics: Drawing sheets and views, Dimensions, Annotations, Sheet Formats and Templates, Assembly Drawing Views, Bill of Materials and Tables, Performance and Display Issues, Drawing References and Comparison. Prerequisite: Mechanical design experience and completion of the SolidWorks "Getting Started Tutorial" included with the software. You need Part I before taking Part II. *For course outlines please contact Tammy Marcase. *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers' Consortium, please call Tammy Marcase at 717-843-3891. |
| Solid Works Fundamentals II | |
| Course Outline: | Fundamentals Part II Topics: Drawing sheets and views, Dimensions, Annotations, Sheet Formats and Templates, Assembly Drawing Views, Bill of Materials and Tables, Performance and Display Issues, Drawing References and Comparison. Prerequisite: Mechanical design experience and completion of the SolidWorks "Getting Started Tutorial" included with the software. You need Part I before taking Part II. *For course outlines please contact Tammy Marcase. *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers' Consortium, please call Tammy Marcase at 717-843-3891. |
| SolidWorks-Fundamentals I | |
| Course Outline: | Fundamentals Part I Topics: Introduction, Introduction to Sketching, Basic Part Modeling, Modeling a Casting or Forging, Patterning, Revolved Features, Shelling and Ribs, Editing: Repairs and Design Changes, Bottom-Up Assembly Modeling. *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers' Consortium, please call Tammy Marcase at 717-843-3891. |
| SolidWorks-Advanced Part Modeling | |
| Course Outline: | The Advanced Part Modeling Class completes the users’ exposure to the extensive part modeling capabilities of SolidWorks. The class covers advanced solid features, part modeling automation tools and modeling with surfaces.
This class is intended for users who work with complex parts on a daily basis as well as users who need to maximize the design re-use capabilities of SolidWorks. Upon completion of the course, the user will have all the tools necessary to model the most complex part designs as well as the ability to utilize the SolidWorks design automation features. Prerequisites: SolidWorks Fundamentals and Minimum of 80 hours SolidWorks Modeling Time *For course outlines please contact Tammy Marcase. *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers' Consortium, please call Tammy Marcase at 717-843-3891. |
| Solid Works-Advanced Assembly Modeling | |
| Course Outline: | The Advanced Assembly Modeling Class offers exposure to the extensive assembly capabilities of SolidWorks. While this class will be beneficial to the user who needs to build large, complex assemblies, it will also be useful for a user who needs to achieve a higher level of confidence in the assembly mode. This class is recommended for any user who typically works in an assembly intensive environment. Upon completion of the class, the user should be able to create and manage any assembly and be familiar with all of the advanced assembly tools and their application.Topics: Top Down Assembly Modeling, In-context features and parts, Smart Mates, Assembly Configurations, Large Assembly Management Prerequisite: SolidWorks Fundamentals and Minimum of 80 hours SolidWorks Modeling Time *For course outlines please contact Tammy Marcase. *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers' Consortium, please call Tammy Marcase at 717-843-3891. |
| Advanced PLC's-Control and Programming | |
| Course Outline: |
FOR A FULL SYLLABUS CONTACT TAMMY MARCASE AT 717-843-3891. *Please note that these classes are all sponsored by the Franklin County Maintenance Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Franklin County Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| PLC Systems | |
| Course Outline: |
For a full syllabus contact Tammy Marcase at 717-843-3891. Prerequisite: The student should have experience troubleshooting control systems for 3-5 years. It is highly recommended that the student completes the #101 course. *Please note that these classes are all sponsored by the Franklin County Maintenance Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Franklin County Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| A-770: Rockwell FactoryTalk View SE HMI Software Maintenance & Troubleshooting | |
| Course Outline: | Section One - FactoryTalk View HMI Overview- FactoryTalk View Studio, FactoryTalk , View Machine Edition, FactoryTalk View Server, FactoryTalk View Client, OPC versus DDE, Other software-- RSLinx Enterprise - RSLinx for FactoryTalk View- Adobe Acrobat, Software Tools with FactoryTalk View Studio--Application Manager, - Tag Import/ Export Utility\, -Transfer Utility, - Desk Lock Section Two – FactoryTalk View Client-Starting FactoryTalk View Client, Starting Additional FactoryTalk View Clients from within FactoryTalk View, Stopping FactoryTalk View Client Section Three - FactoryTalk View Studio- Creating a New Application, Opening an Existing Application, Renaming, Copying, Deleting, Backing Up, and Restoring Applications, RSV Studio Features-- Title Bar, Menu Bar, Tool Bar -Application Explorer Workspace - Diagnostics List - Status Bar - Project Settings Section Four - Setting Up Communications- Data Servers, Creating Data Servers-- RSLinx Enterprise Server - Setting up Communications, OPC Server, Editing or Removing Data Servers Section Five – Working with Tags- Types of Tags-- Direct Tags (Data Server Tags)- HMI Tags, When to Use Data Server Tags-- Allows use of one tag database - Allows complex tag structures from ControlLogix to be used without creating corresponding HMI tags, When to Use HMI TAGS--You need to scale or offset a tag value, or set minimum or maximum values for a tag - You need to organize tags differently than in the controller-- You need to use tags in Visual Basic, Steps for Using HMI Tags-- Using Tag Names that Don’t Exist --Browsing for Tags - Tag Organizations - Creating Tag Folders, Deleting the Folders Section Six - Creating HMI Tags- Tag Types-- Analog, Digital, String & System, Data Sources, Using the Tag Editor, Creating Tags, Addressing Syntax for Device Tags, Importing Tags from a PLC or SLC Database Section Seven - Creating a Graphical display- Creating a New Display, Adding Objects—Pushbuttons, - Indicators, - Numerical Entry, - Numerical Displays, Testing Displays, Screen Navigation, Object Explorer, Property Panel, Tag Placeholders, Local Messages, Entering and Using Expressions in Fields, Adding Animation, Active-X Objects Section Eight – Alarm Screens- Describe Alarm Functions in FactoryTalk View, Define Alarming, Configure Alarms, Creating an Alarm Summary Section Nine – Trends- Configuring Real-time Trending, Using the Trend Library Section Ten - Activity Logging Screens- Configuring the Activity Log Model, Troubleshooting Data Logging Section Eleven – Data Logging- Configuring the Data Log Model, Setting up and using an ODBC Database, Creating New File Sets *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Franklin County Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. This training is supported by funding through the Department of Labor and Industry. |
| Advanced PLC Level 5 | |
| Course Outline: | PLC TROUBLESHOOTING- a. Describe two levels of troubleshooting and give an application for each b. Describe six types of PLC faults c. Describe the functions of PLC status and diagnostic indicators d.Activity 1 – use PLC status indictors to determine the status of PLC operation POWER SUPPLY TROUBLESHOOTING- a. Describe the operation of the PLC power supply circuit b. Describe how to troubleshoot PLC power supply problems c. Describe how to troubleshoot a PLC DC power supply module d. Activity 2 – Troubleshoot PLC power supply problems INPUT TROUBLESHOOTING- a. Describe how to test PLC discrete input devices b. Activity 3 - Test a PLC discrete input device c. Describe the operation of the TEST mode and give an application d. Describe how to test a discrete input module e. Activity 4 – Test a discrete input module OUTPUT TROUBLESHOOTING- a. Describe the FORCE function and give an application b. Describe the function of the Force Table and its effect on the PLC’s Input and Output data tables c. Activity 5 – Use the FORCE function and give an application d. Describe how to test a PLC discrete output device e. Activity 6 - Use the FORCE function to test a PLC discrete Output device f. Describe how to test a PLC discrete Output module g. Activity 7 – Test a PLC discrete Output module RETENTIVE TIMER INSTRUCTION- a. Describe the function of two types of timer instructions and give and application of each b. Describe the operation of a retentive timer ON-DELAY instruction c. Activity 1 – Enter and edit a PLC program that uses an RTO instruction NON-RETENTIVE TIMER INSTRUCTIONS- a. Describe the function and application of two types of non-retentive timer instructions b. Describe the operation of the non-retentive ON-DELAY timer instructions c. Activity 2 – Enter and edit a PLC program that uses a TON instruction d. Describe the operation of an OFF-DELAY timer instruction e. Activity 3 – Enter and edit a PLC program that uses a TOF instruction TIME-DRIVEN SEQUENCING- a. Define Time-Driven sequencing and give three applications b. Describe the operation of a time-driven sequence program c. Activity – Design a PLC program that provides low voltage starting of an electric motor TIMER APPLICATIONS- a. Design a PLC program that uses a time-driven sequence to control an actuator b. Design a PLC program to control a plastic injection molding machine c. Activity – Troubleshoot a PLC program that controls a plastic injection-molding machine. UP COUNTER INSTRUCTION- a. Describe the functions of two types of PLC counter instructions b. Describe the operation of an UP COUNTER instruction c. Activity 1 – Enter and edit a PLC program that uses an UP COUNTER instruction d. Activity 2 – Design a PLC program to control the number of production cycles DOWN COUNTER INSTRUCTION- a. Describe the operation of a DOWN COUNTER instruction b. Activity 3 – Enter and edit a PLC program that uses a DOWN COUNTER instruction c. Activity 4 – Design a PLC program that controls a conveyor queue station *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. This training is supported by funding through the Department of Labor and Industry. |
| SolidWorks-Advanced Part Modeling | |
| Course Outline: | The Advanced Part Modeling Class completes the users’ exposure to the extensive part modeling capabilities of SolidWorks. The class covers advanced solid features, part modeling automation tools and modeling with surfaces.
This class is intended for users who work with complex parts on a daily basis as well as users who need to maximize the design re-use capabilities of SolidWorks. Upon completion of the course, the user will have all the tools necessary to model the most complex part designs as well as the ability to utilize the SolidWorks design automation features. Prerequisites: SolidWorks Fundamentals and Minimum of 80 hours SolidWorks Modeling Time *For course outlines please contact Tammy Marcase. *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers' Consortium, please call Tammy Marcase at 717-843-3891. |
| Introduction to Pro/ENGINEER Wildfire 4.0 | |
| Course Outline: | This course is designed for new users who want to become proficient with Pro/ENGINEER Wildfire 4.0 as quickly as possible. You will focus on learning core-modeling skills in this comprehensive, hands-on course. Topics include sketching, part modeling, assemblies, drawings, and basic model management techniques. For a full syllabus please call the office at 717-843-3891 This is a 5 day class. It will also be offered on 11/8-11/12/10 and 12/13-12/17/10. *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Surfacing Using Wildfire 4.0 | |
| Course Outline: | The Surface Modeling with Pro/ENGINEER Wildfire 4.0 training course teaches you how to use surface modeling in Pro/ENGINEER Wildfire 4.0 to create models with shapes that are too complex for solid features. In this course, you will learn how to use various techniques to create complex surfaces with tangent and curvature continuities. You will also learn how manipulate surfaces using editing tools, and analyze surfaces for quality and desired characteristics. In addition you will learn how to create solid features using the surfaces as references. Pro/FICIENCY assessments will be provided in order for you to assess your understanding of the course materials. The assessment results will also identify the class topics that require further review. For a full syllabus contact the office at 717-843-3891. *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Pro/E Mechanica Simulation using Pro/E Wildfire 4.0 | |
| Course Outline: | This course is designed for new users who want to test, validate, and optimize product designs with the Pro/ENGINEER Wildfire 4.0 Mechanica module. Mechanica enables you to simulate structural and thermal loads on product designs. In this course, you will complete comprehensive, hands-on lab exercises that simulate realistic analysis and design optimization activities. You will also learn about advanced topics such as dynamic analyses, combined mechanical and thermal analyses, and Fatigue Studies. A module on Mechanica Best Practices is also included to help users avoid some of the more common problems that new users encounter. For a full syllabus contact the office at 717-843-3891. *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Detailing with Pro/E Wildfire 4.0 | |
| Course Outline: | Detailing with Pro/ENGINEER Wildfire 4.0 is a comprehensive training course that teaches you how to quickly create detailed drawings using information captured within 3-D design models. In this course, you learn how to create drawings, how to detail drawings, and how to take advantage of the parametric and associative nature of Pro/ENGINEER Wildfire 4.0 when configuring drawings. After completing this course, you will be able to create production drawings suitable for manufacturing. For a full syllabus contact the office at 717-843-3891. *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Mechanism Design Using Pro/E Wildfire 4.0 | |
| Course Outline: | In this course, you will learn about creating mechanism connections, configuring the mechanism model, creating a kinematic analysis, and evaluating results. These topics will enable you to simulate the range of motion between components in your moving assemblies, create gear connections that simulate the gear ratios, create cam connections that enable Pro/ENGINEER parts to “push” other parts they come into contact with, and check for collisions between moving components. After completing this course, you will be prepared to work on mechanism designs using Pro/ENGINEER Wildfire Mechanism Design. Pro/FICIENCY assessments will be provided in order for you to assess your understanding of the course materials. The assessment results will also identify the class topics that require further review. For a full syllabus contact the office at 717-843-3891. *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Mechanism Simulation Using Pro/E Wildfire 3.0 | |
| Course Outline: | This course is designed for experienced users who want to add motion to their products and analyze dynamic reactions of moving components. In this course, you will focus on learning advanced modeling and analysis skills in this comprehensive, hands-on course. For a full syllabus contact the office at 717-843-3891. *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Piping Using Pro/E Wildfire 3.0 | |
| Course Outline: | In this course, you will learn how to create specification driven industrial piping designs using Pro/ENGINEER Wildfire 4.0.This includes learning how to use schematic diagrams created with Routed Systems Designer 8.0 to drive 3-D industrial piping designs created within Pro/ENGINEER Wildfire. For a full syllabus contact the office at 717-843-3891. *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Advanced Modeling with Pro/E Wildfire 4.0 | |
| Course Outline: | The Advanced Part Modeling with Pro/ENGINEER Wildfire 4.0 training course teaches you how to use advanced part modeling techniques in Pro/ENGINEER Wildfire 4.0 to improve your product designs. In this course, you will learn how to create and modify design models using advanced sketching techniques and feature creation tools. You will also learn how to reuse existing design geometry when creating new design models. For a full syllabus contact the office at 717-843-3891. *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Advanced Assembly Design With Pro/E Wildfire 4.0 | |
| Course Outline: | In this course, you will learn how to use Pro/ENGINEER Wildfire 4.0 to create and manage complex assemblies. You will learn how to use advanced assembly tools that enable you to add and maintain design, increase your efficiency, and increase system performance when working with large assemblies. For a full syllabus contact the office at 717-843-3891. *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Pro/E Wildfire 5.0 Update From Pro/E Wildfire 4.0 | |
| Course Outline: | *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Sheetmetal Design using Pro/E Wildfire 3.0 | |
| Course Outline: | Sheetmetal Design using Pro/ENGINEER Wildfire 4.0 is a comprehensive training course that teaches you how to create sheetmetal parts in Pro/ENGINEER.
The course builds upon the basic lessons you learned in Introduction to Pro/ENGINEER Wildfire 4.0 and serves as the second stage of learning. In this course, you will learn how to design sheetmetal parts and asemblies, including sheetmetal production drawings. All the functions needed to create sheetmetal parts, drawings, and assemblies are covered. For a full syllabus contact the office at 717-843-3891. *Please note that these classes are all sponsored by the Original Equipment Manufacturers Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. |
| Advanced PLC | |
| Course Outline: |
|
ELECTRICAL MAINTENANCE
| Electrical/Electronics Repair Maintenance | ||||||||||
| Course Outline: | Participants will need to complete courses one through seven to receive the Repair Technology certificate. The first course identifies and analyzes a wide variety of electrical hardware components and their electrical icon symbols. With the use of a meter, the students learn and understand the functionality of the components. They use electrical symbols to design basic electrical motors circuits, control circuits, holding circuits and alarm circuits similar to those encountered in the workplace. Troubleshooting techniques are developed through coursework. Please contact Tammy Marcase at 717-843-3891 for a detailed description of the other classes.
Schedule for this Repair Technology Series
These classes will be running on Tuesdays and Thursdays at 8:00am to 11:00 am. You may register your trainee for the entire series through Tammy Marcase, (717) 843-3891. Assessment/Testing is available. This training is supported by funding through the Department of Labor and Industry. Cost:
*Please note that the check should be made payable to South Central Workforce Investment Board and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. |
|||||||||
| Industrial Electricity I | |
| Course Outline: | Course Outline: This 40-hour course is designed for entry-level electricians and mechanics and will lead them through relay control technology and teach them troubleshooting techniques. Each student will wire many industrial control circuits/panels using momentary switches of some type, motor sensors, proximity switches, relays motor starters contractors, and transformers. Towards the end of the course, students will be testing and troubleshooting their panels.
*Please note that these classes are all sponsored by the Original Equipment Manufacters' Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Original Equipment Manufacturers' Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org |
| MTC107: Sensors | |
| Course Outline: | |
| MTC103: Soldering & Crimping | |
| Course Outline: | |
| MTC109A: Understanding & Wiring Electrical Control Circuits | |
| Course Outline: | |
| MTC109B: Understanding & Wiring Electrical Control Circuits-Lab | |
| Course Outline: | |
| MTC110: Pneumatics/Sensors | |
| Course Outline: | |
| MTC111: Plant Electrical Systems | |
| Course Outline: | |
| Advanced Industrial Electricity | |
| Course Outline: | This twenty-one hour course provides the fundamentals of electricity. Emphasis is directed towards understanding the technical aspects of electricity and their application in manufacturing.
Topics include:
Text: Electricity, Principles and Practices Who should attend: those needing an understanding of basic electrical concepts for industrial purposes, new maintenance and set-up people. Those who have attended the level I session or who can demonstrate competency in the Basic Electricity I material. (A short assessment will be given to those who have NOT attended the MASCPA level I course – Basic Electricity I.) |
| NEC 2005 | |
| Course Outline: | This course analyzes the changes in the 2005 edition such as:
Participants will receive a NEC Update 2005 book. Review any electrical theory questions. Review NEC in a discussion/class participation setting. And review MFPA 70E & 79 (which are addressed within NEC) |
| Troubleshooting Industrial Hydraulics Level II | |
| Course Outline: | This course focuses on advanced troubleshooting of industrial hydraulic systems using in-plant schematics. The participant will practice hands on troubleshooting skills on our industrial hydraulic trainers. This course is designed to raise the skill level of the hydraulic mechanic to the hydraulic technician level. The participant will calculate proper sizing of hydraulic pumps, actuators, valves, and piping. Hydraulic servo and proportional valve function, operation, terminology, and setting procedures will be covered; a background in electronics is not necessary. Topics covered will also include; pressure intensifiers, air-over-oil, and pressure compensated pumps. ISO 1219 Industrial hydraulic symbology will be used and reinforced. Course can be customized to meet specific client needs, ie; researching in-plant equipment specs, updating in-plant schematics, hands on testing preparation, basic electronic control of hydraulic systems, or covering plant specific topics or equipment.
Successful completion of this program and review of the International Fluid Power Society (IFPS) study guide should adequately prepare the participant to pass the written portion of the IFPS “Industrial Hydraulic Technician” certification examination. For more information see IFPS.org Prerequisites: Successful completion of H-100 Troubleshooting Industrial Hydraulic/Level I *Please note that the check should be made payable to South Central Workforce Investment Board and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. This training is supported by funding through the Department of Labor and Industry. |
| Electrical/Electronics Repair Maintenance | ||||||||||||||||||||||
| Course Outline: | Participants will need to complete courses one through seven to receive the Repair Technology certificate. The first course identifies and analyzes a wide variety of electrical hardware components and their electrical icon symbols. With the use of a meter, the students learn and understand the functionality of the components. They use electrical symbols to design basic electrical motors circuits, control circuits, holding circuits and alarm circuits similar to those encountered in the workplace. Troubleshooting techniques are developed through coursework. Please contact Tammy Marcase at 717-843-3891 for a detailed description of the other classes.
Schedule for this Repair Technology Series
You may register your trainee for the entire series through Tammy Marcase, (717) 843-3891. Assessment/Testing is available.
Checks for this course are payable to the Manufacturers’ Association of South Central PA. |
|||||||||||||||||||||
| Industrial Controls 101 | |
| Course Outline: | This is designed for entry level electricians & mechanics. The course will introduce electricians to control technology and teach them troubleshooting techniques. Each student will wire several industrial control circuits employing motor starters and relays. They will test and troubleshoot their panels.
Prerequisite: Students should have a sound understanding of electrical fundamentals such as: Understanding current flow, terms and their unit of measurement, amps, volts, and ohms. Basic Understanding of Electromagnets.
*Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. This training is supported by funding through the Department of Labor and Industry. |
| Industrial Controls 115 | |
| Course Outline: | Advanced level course that is designed for master level electricians. The course will teach electricians to trouble-shoot complex relay control circuits. Each student will wire a pumping station control panel and test it. They will also trouble-shoot and find bugs that instructors will install into their panels. The students will be timed as they trouble-shoot and must find and correct the problem in less than 20 minutes.
Prerequisite: Students should have a sound understanding relay control circuits and motor starters with at least 3 years of experience trouble-shooting relay controls. Course #101 is recommended if student has less than 3 years experience. Course Length: 30 hours. This training is supported by funding through the Department of Labor and Industry. All participants will be required to confidentially provide their social security number. Any company interested in joining the Original Equipment Manufacturers Consortium, please call Tammy Marcase at 717-843-3891. All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. |
| Troubleshooting, Maintenance & Repair of Small Refrigerant Electrical Systems | |
| Course Outline: | This course consists of 6 objectives. It is a 25 hour course and is accredited for 2.5 CEU’s. Each student must complete 100% of the objectives with a passing grade of 70% on each objective in order to be eligible for the CEU’s. Their will be no partial credit given.
For a full syllabus please contact Tammy Marcase at 717-843-3891 |
| Advanced Troubleshooting Industrial Electrical Circuits | |
| Course Outline: |
Tools/Materials: Students should bring the following to class each day: hand-held multimeters, calculators, basic writing tools, writing utensils and notepaper. Fee must accompany non-member registration. No shows will be charged full price. |
| Circuit Board Repair | |
| Course Outline: | This five day course provides participants with an intense, hands-on printed circuit board rework and repair lab coupled with a review of all the applicable procedures outlined in the IPC-7711/7721A Specification. Utilizing the industry’s latest tools, materials and technology, students will perform a variety of IPC-7711 through-hole and surface mount components rework and inspection processes. Additionally, students will demonstrate advanced proficiency in the repair and restoration of damaged printed circuit board assemblies. Upon successful completion of the course, students will attain an industry recognized IPC certificate which is valid for two years.
Students will learn and demonstrate in a lab setting, the procedures and processes for rework, repair and restoration techniques for the following: Wire splicing, Through-hole, Chip and MELF, SOIC/SOT, J-Lead & QFP, Conformal coating, PWB Circuit Repair, Laminate repair. Students will be required to perform workmanship inspection of PCB assemblies to the acceptance criteria of IPC-A-610, Acceptability of Electronic Assemblies. Students must score a minimum average of 80% on a two-part written exam. Please contact Tammy Marcase for a complete breakdown of course modules and schedule. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Electronics Consortium, please call Tammy Marcase at 717-843-3891. This training is supported by funding through the Department of Labor and Industry. |
| Industrial Electricity I | |
| Course Outline: | Course Outline: This 40-hour course is designed for entry-level electricians and mechanics and will lead them through relay control technology and teach them troubleshooting techniques. Each student will wire many industrial control circuits/panels using momentary switches of some type, motor sensors, proximity switches, relays motor starters contractors, and transformers. Towards the end of the course, students will be testing and troubleshooting their panels.
*Please note that these classes are all sponsored by the Dauphin County Maintenance Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Dauphin County Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org |
| Circuit Board Repair | |
| Course Outline: | This five day course provides participants with an intense, hands-on printed circuit board rework and repair lab coupled with a review of all the applicable procedures outlined in the IPC-7711/7721A Specification. Utilizing the industry’s latest tools, materials and technology, students will perform a variety of IPC-7711 through-hole and surface mount components rework and inspection processes. Additionally, students will demonstrate advanced proficiency in the repair and restoration of damaged printed circuit board assemblies. Upon successful completion of the course, students will attain an industry recognized IPC certificate which is valid for two years.
Students will learn and demonstrate in a lab setting, the procedures and processes for rework, repair and restoration techniques for the following: Wire splicing, Through-hole, Chip and MELF, SOIC/SOT, J-Lead & QFP, Conformal coating, PWB Circuit Repair, Laminate repair. Students will be required to perform workmanship inspection of PCB assemblies to the acceptance criteria of IPC-A-610, Acceptability of Electronic Assemblies. Students must score a minimum average of 80% on a two-part written exam. Please note that this class is Monday, Tuesday, Wednesday and Thursday for 2 weeks. Please contact Tammy Marcase for a complete breakdown of course modules and schedule. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Electronics Consortium, please call Tammy Marcase at 717-843-3891. This training is supported by funding through the Department of Labor and Industry. |
| Advanced Industrial Controls Course #115 | |
| Course Outline: | This is an instructor led, compentency based program designed for master level electricians. The course will teach electricians to trouble-shoot complex relay control circuits. Each student will wire a pumping station control panel and test it.
|
| Basic PLC Course #130 | |
| Course Outline: | This is an instructor led, competency based program designed for industrial electricians. The course will introduce electricians to the operation and troubleshooting of PLC systems. The first part of the course covers basic PLC theory as it applies to any PLC. The second part of the course covers specific instructions for AB MicroLogic 1000, 1200 and SLC-500 PLC's using RS Logiz software. The student should have experience troubleshooting control sysems for 2-4 years. It is highly recommended the student completes course #101 first.
|
| AC Motors Course #150 | |
| Course Outline: | This is an instructor led, compentency based program designed for master level electricians. The course will teach electricians to understand the operation and maintenance of three phase motors.
|
| Basic Mechanical Level I Course # 201 | |
| Course Outline: | This is an instructor led, competency based program designed to instruct students on proper removal and installation of bearings, pulleys, chains, sprockets, gears and couplings. The student will learn proper alignment procedures and will perform alignment procedures on chain drives and belt drives. The student will learn the 4 step coupling alignment procedure and will perform it on shafts and couplings using a dial indicator.
|
| Basic Mechanical Level 2 Course # 202 | |
| Course Outline: | This is an instructor led, competency based program designed to instruct students on lubricating and troubleshooting mechanical systems. The studen will learn proper lubricating procedures, differnet types of lubricants, and applications. The student will perform shaft alignment, motor and pump alignment and determine the cause of overloading.
|
| Industrial Electricity I | |
| Course Outline: | Course Outline: This 40-hour course is designed for entry-level electricians and mechanics and will lead them through relay control technology and teach them troubleshooting techniques. Each student will wire many industrial control circuits/panels using momentary switches of some type, motor sensors, proximity switches, relays motor starters contractors, and transformers. Towards the end of the course, students will be testing and troubleshooting their panels.
*Please note that these classes are all sponsored by the Franklin County Maintenance Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Franklin County Maintenance Consortium, please call Tammy Marcase at 717-843-3891. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| Industrial Electricity II | |
| Course Outline: | Course Outline: This twenty-one hour course provides the fundamentals of electricity. Emphasis is directed towards understanding the technical aspects of electricity and their application in manufacturing.
Who should attend: those needing an understanding of basic electrical concepts for industrial purposes, new maintenance and set-up people. Those who have attended the level I session or who can demonstrate competency in the Industrial Electricity I material. When: March 26-28, 2012 Cost: $ plus an additional $ for a book for anyone who did not take Industrial Electricity I. *Please note that these classes are all sponsored by the Dauphin County Maintenance Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. Any company interested in joining the Dauphin County Maintenance Consortium, please call Tammy Marcase at 717-843-3891. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. |
| Electrical Print Reading | |
| Course Outline: | Learning Outcomes: *Introduction to blueprints, *Defining blueprint purpose, *Key as it pertains to blueprints, *How measurements are determined and what they mean, *Read to interpret blueprints, *Measure with common instruments, *Interpret and perform Quality Inspection Plan, *Approve product as a result of inspection
Date: April 20 and April 22, 2010 *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. This training is supported by funding through the Department of Labor and Industry. |
| Electro Pneumatics | |
| Course Outline: | This course is comprised of Five Units. Unit One describes each part of an electrical control system. Unit Two presents the basic principles of electricity and ladder diagrams and introduces sensors and logical valve functions. Units Three and Four, present functional and industrial systems demonstrating sequencing, speed regulation, continuous reciprocation, safety circuits and multi-pressure control. Unit Five presents the basic troubleshooting techniques used in troubleshooting the electrically controlled pneumatic systems. To provide hands-on learning the participants will work on LabVolt Pneumatic Trainers to set-up and trouble shoot circuits.
Learning Objectives 1. Identify Electro Pneumatic System components. 2. Explain the function of each components. 3. Describe what a ladder diagram is, how it operates and how it relates to Pneumatics. 4. Connect and operate ladder diagrams for AND and OR applications. 5. Explain the advantages of indirect control of directional valves. 6. Improve reciprocating time response using quick exhaust valve. 7. Learn about proximity switches and solenoid-operated directional valves. 8. Assemble test circuits using AND and Or functions. 9. Show how a directional valve can memorize a signal and maintain a position. 10. Demonstrate how to pneumatically lock and unlock a circuit. 11. Compare air-locked and electrically locked circuits. 12. Learn about limit switches. 13. Use a pressure regulating valve. 14. Manage multiple pressure control to create a shift in force exerted by an actuator in choosing a different pressure setting. 15. Learn about pressure switches. 16. Learn basic circuits for sequencing to control actuators in a specific order. 17. Learn about cascade circuits. 18. Create an alternating circuit to simulate a cycle-operating application featuring a time-delay relay. 19. Use air compression to control a time-delay relay. 20. Create an alternating circuit to simulate a cycle-operating application and learn basic rules for that type of control. 21. Learn about counters. 22. Build a drilling machine circuit to reproduce typical industrial applications. 23. Build a garbage compactor circuit as a synthesis of previous learning. 24. Set-up multiple control devices to make them work properly in a large electro pneumatic circuit. 25. Use a VOM to troubleshoot an electrical control circuit. 26. Locate faults placed in a system by the instructor. 27. Develop an efficient troubleshooting method to quickly locate faults. Date/Time: 5/18/10 8:00am – 4:30pm 5/19/10 8:00am – 4:30pm 5/20/10 8:00am – 12:00pm *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. This training is supported by funding through the Department of Labor and Industry. |
| Electro Pneumatics | |
| Course Outline: | This course is comprised of Five Units. Unit One describes each part of an electrical control system. Unit Two presents the basic principles of electricity and ladder diagrams and introduces sensors and logical valve functions. Units Three and Four, present functional and industrial systems demonstrating sequencing, speed regulation, continuous reciprocation, safety circuits and multi-pressure control. Unit Five presents the basic troubleshooting techniques used in troubleshooting the electrically controlled pneumatic systems. To provide hands-on learning the participants will work on LabVolt Pneumatic Trainers to set-up and trouble shoot circuits.
Learning Objectives 1. Identify Electro Pneumatic System components. 2. Explain the function of each components. 3. Describe what a ladder diagram is, how it operates and how it relates to Pneumatics. 4. Connect and operate ladder diagrams for AND and OR applications. 5. Explain the advantages of indirect control of directional valves. 6. Improve reciprocating time response using quick exhaust valve. 7. Learn about proximity switches and solenoid-operated directional valves. 8. Assemble test circuits using AND and Or functions. 9. Show how a directional valve can memorize a signal and maintain a position. 10. Demonstrate how to pneumatically lock and unlock a circuit. 11. Compare air-locked and electrically locked circuits. 12. Learn about limit switches. 13. Use a pressure regulating valve. 14. Manage multiple pressure control to create a shift in force exerted by an actuator in choosing a different pressure setting. 15. Learn about pressure switches. 16. Learn basic circuits for sequencing to control actuators in a specific order. 17. Learn about cascade circuits. 18. Create an alternating circuit to simulate a cycle-operating application featuring a time-delay relay. 19. Use air compression to control a time-delay relay. 20. Create an alternating circuit to simulate a cycle-operating application and learn basic rules for that type of control. 21. Learn about counters. 22. Build a drilling machine circuit to reproduce typical industrial applications. 23. Build a garbage compactor circuit as a synthesis of previous learning. 24. Set-up multiple control devices to make them work properly in a large electro pneumatic circuit. 25. Use a VOM to troubleshoot an electrical control circuit. 26. Locate faults placed in a system by the instructor. 27. Develop an efficient troubleshooting method to quickly locate faults. Date/Time: 6/8/10 8:00am – 4:30pm 6/9/10 8:00am – 12:00pm 6/10/10 8:00am – 4:30pm *Please note that these classes are all sponsored by the Department of Labor. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Maintenance Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policy: All cancellations must be received at least 5 business working days prior to class start date. Substitutions will be accepted at anytime. No shows and cancellations less than 5 business days prior to class start will be charged the advertised price for the class. Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone: (717) 843-3891, Fax: (717) 854-9445, E-mail: tmarcase@mascpa.org. This training is supported by funding through the Department of Labor and Industry. |
| Basic Soldering | |
| Course Outline: | The intent of this course is to provide the knowledge and hands-on training necessary to master the basic techniques of soldering for electronic assemblies. Individuals will learn the necessary skills to hand solder reliable electronic assemblies. This course combines classroom lecture with a practical lab to gain hands-on training in basic soldering techniques. An ACI Technologies Certificate will be awarded to all students at the end of the course.
*Please note that this class is sponsored by the Electronics Consortium. To receive the discounted price, the class participants must confidentially and securely supply their social security number. *Please note that the check should be made payable to MASCPA and mailed to MASCPA, 160 Roosevelt Ave., Suite 400, York PA 17401. Any company interested in joining the Electronics Consortium, please call Tammy Marcase at 717-843-3891. Payment must accompany non-member registration. Cancellation Policies Apply. Cancellations with less than five business days notice will be charged.Questions: Fax/Mail/Call: Tammy Marcase, 160 Roosevelt Ave., Ste 400, York, PA 17401, Phone – (717) 843-3891, Fax - (717) 854-9445, E-mail: tmarcase@mascpa.org This training is supported by funding through the Department of Labor and Industry. |
| Instruments and Calibration | |
| Course Outline: | This is an instructor led, competency based program designed for master level electricians. The course will teach electricians to understand the operation and maintenance of DC drives. The course covers in detail the operation of and understanding of analog and digital drives. The student will be introduced to Drive Fundamentals for analog and digital drives. The student will apply a DC drive to an application.
|
| Adjustable Frequency Drives | |
| Course Outline: | This is an advanced level course that is designed for master level electricians. The course will teach electricians to understand the operation and maintenance of Adjustable Frequency Drives. The course covers in detail the operation of and understanding of types of Adjustable Frequency Drives. The student will be introduced to Drive Fundamentals for PWM Drives. The student will apply an AF drive to an application.
Fee must accompany non-member registration. No shows will be charged full price. Cancellation policies apply. Cancellations with less than five business days notice will be charged. Register By: February 16, 2012 |
* NOTE: Course titles, costs, length and vendor are presented for planning purposes only and are subject to change.