Back to Standards Coverage
Basic Fluid Power
Manufacturing · Texas TEKS
| Strand | Standard ID | Standard Statement | Covered? | CLX Match List |
|---|---|---|---|---|
| 1. The Student Examines Career Opportunities And Safety Concerns In The Manufacturing Indu... | 1.1.1 | research and describe trends of manufacturing careers in industry; | ✅ | • Core-LX : Career Exploration : Career Explorer — Find Your Path (pending) • Core-LX : Career Exploration : Animal Health Careers Explorer (pending) • WorkForge : Introduction to Manufacturing Careers - Level 1 - WorkForge : MFG-1007 Careers in Manufacturing • Pointful Education : Robotics Applications and Careers : ROBO 02: Robots in Factories • Certify ED : Plumbing (Video & VR) : Plumbing - Unit 01 - Plumbing Career Opportunities and Career Ladders |
| 1.1.2 | identify safety, health, environmental, and ergonomic issues in the manufacturing industry | ✅ | • TPC : TPC Industrial Fundamentals : 109 Industrial Safety and Health • TPC : TPC Industrial Fundamentals : 109 Industrial Safety and Health • TPC : TPC Industrial Fundamentals : 109 Industrial Safety and Health • TPC : TPC Industrial Fundamentals : 109 Industrial Safety and Health • TPC : TPC Industrial Fundamentals : 109 Industrial Safety and Health | |
| 2. The Student Examines Terminology And Fundamental Concepts Of Fluid Power In Manufacturi... | 2.1.1 | explain the function of Pascal's Law in hydraulic systems | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics |
| 2.1.2 | identify and explain the function of actuators in fluid power systems | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 306 Piping Systems | |
| 2.1.3 | identify and explain the function of valves in fluid power systems | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 306 Piping Systems | |
| 2.1.4 | describe the relationship between pressure, force, and cylinder volume in fluid power systems | ✅ | • Core-LX : NCCER Heavy Equipment Operations L1 : Equipment Identification and Classification (pending) • Core-LX : NCCER 16 - Equipment Identification and Classification NCCER Heavy Equipment Operations Level 1 : NCCER 16 - Equipment Identification and Classification NCCER Heavy Equipment Operations Level 1 | |
| 2.1.5 | analyze the application of Gay Lussac's Law, Charles's Law, and Boyle's Law in pneumatic systems | ✅ | • Core-LX : Chemistry 2e : Chemistry 2e: 09 Gases | |
| 2.1.6 | explain how the law of conservation of energy applies to specific fluid power systems, including hydraulic and pneumatic systems | ✅ | • Teach Construction : Green Building: Building Science Principles : Green Building: Building Science Principles - 01 Heat Transfer | |
| 2.1.7 | explain how pressure is generated in a fluid power circuit | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • WorkForge : Introduction to Manufacturing Careers - Level 2 - WorkForge : HYD-1001 Introduction to Hydraulics | |
| 2.1.8 | explain how different seal types and operating temperatures can impact fluid compatibility | ✅ | • TPC : TPC Mechanical Systems : 302 Lubricants and Lubrication | |
| 2.1.9 | explain the difference between flash point, fire point, and auto ignition regarding hydraulic fluid | ✅ | • TPC : TPC Mechanical Systems : 302 Lubricants and Lubrication | |
| 2.1.10 | explain displacement regarding hydraulic pumps; | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting | |
| 2.1.11 | identify specific hazards such as high-pressure injection injuries and equipment damage resulting from unrelieved pressure in the lines of a fluid power system | ✅ | • Certify ED : Construction Safety (OSHA) (Video & VR) : Construction Safety (OSHA) - Unit 37 - Jacks and Hydraulic Equipment • Core-LX : All Lessons : OSHA Workplace Safety Fundamentals: General Industry Standards (pending) | |
| 3. The Student Reads And Interprets Technical Drawings In A Fluid Power System. The Studen... | 3.1.1 | identify common fluid power symbols, including cylinders, motors, pumps, reservoirs, and directional control valves | ✅ | • TPC : TPC Industrial Fundamentals : 102 Reading Schematics and Symbols • TPC : TPC Industrial Fundamentals : 102 Reading Schematics and Symbols • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics |
| 3.1.2 | differentiate between schematic and pictorial diagrams | ✅ | • TPC : TPC Industrial Fundamentals : 102 Reading Schematics and Symbols • TPC : TPC Industrial Fundamentals : 110 Troubleshooting Skills • TPC : TPC Mechanical Systems : 310 Pneumatic Troubleshooting | |
| 3.1.3 | match fluid power schematic symbols to physical components in a system | ✅ | • TPC : TPC Industrial Fundamentals : 102 Reading Schematics and Symbols • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting | |
| 3.1.4 | construct and operate a basic fluid power circuit given a schematic with a directional control valve and a double-acting cylinder; | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 309 Basic Pneumatics | |
| 3.1.5 | draw a fluid power schematic from a given fluid power application | ✅ | • TPC : TPC Mechanical Systems : 310 Pneumatic Troubleshooting • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Process Control Systems : 282 How Control Loops Operate | |
| 4. The Student Demonstrates Understanding Of The Characteristics And Applications Of Fluid... | 4.1.1 | analyze pressure gauge readings to identify potential internal and external leakage issues in fluid power systems | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 306 Piping Systems |
| 4.1.2 | analyze flow meters to detect proper and improper system flow in fluid power systems | ✅ | • TPC : TPC Process Control Instrumentation : 275 Flow Measurement • TPC : TPC Process Control Instrumentation : 275 Flow Measurement • TPC : TPC Air Conditioning & Refrigeration Training : 438 Air Handling Systems • TPC : TPC Process Control Instrumentation : 275 Flow Measurement | |
| 4.1.3 | analyze temperature gauges to detect heat issues within fluid power systems | ✅ | • TPC : TPC Power Plant : 113 Using Steam in the Power Plant • TPC : TPC Process Control Instrumentation : 277 Temperature Measurement • Certify ED : HVAC 1 (Video & VR) : HVAC 1 - Unit 07 - Refrigerants and Cooling System Components • TPC : TPC Mechanical Systems : 306 Piping Systems | |
| 4.1.4 | explain the operational difference between hydraulic and pneumatic systems | ✅ | • TPC : TPC Mechanical Systems : 309 Basic Pneumatics • TPC : TPC Industrial Fundamentals : 102 Reading Schematics and Symbols • TPC : TPC Mechanical Systems : 309 Basic Pneumatics • TPC : TPC Mechanical Systems : 309 Basic Pneumatics | |
| 4.1.5 | explain the importance of dryers in pneumatic systems, including the prevention of moisture-related issues; | ✅ | • TPC : TPC Mechanical Systems : 309 Basic Pneumatics • TPC : TPC Mechanical Systems : 310 Pneumatic Troubleshooting • TPC : TPC Mechanical Systems : 309 Basic Pneumatics • TPC : TPC Air Conditioning & Refrigeration Training : 437 Control Systems • TPC : TPC Air Conditioning & Refrigeration Training : 437 Control Systems | |
| 4.1.6 | explain the importance of lubrication in a pneumatic system, including the reduction of friction, prevention of wear and tear, and enhancement of system efficiency | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 310 Pneumatic Troubleshooting • TPC : TPC Mechanical Systems : 302 Lubricants and Lubrication • TPC : TPC Mechanical Systems : 302 Lubricants and Lubrication • TPC : TPC Mechanical Systems : 302 Lubricants and Lubrication | |
| 5. The Student Applies Mathematical Calculations To Various Operations Of A Fluid Power Sy... | 5.1.1 | describe and analyze pressure, force, and volume in the context of fluid power systems | ✅ | • Core-LX : Physics : Physics: 11 Fluid Statics • TPC : TPC Process Control Instrumentation : 273 Pressure Measurement • TPC : TPC Process Control Instrumentation : 273 Pressure Measurement • TPC : TPC Industrial Fundamentals : 104 Making Measurements • Certify ED : HVAC 1 (Video & VR) : HVAC 1 - Unit 06 - Heat Pumps and Refrigeration Systems |
| 5.1.2 | calculate output force and rod speed given cylinder size, flow rate, and pressure applied | ✅ | • Core-LX : NCCER 23 - Maintenance Mathematics NCCER Industrial Maintenance Mechanic Level 1 : NCCER 23 - Maintenance Mathematics NCCER Industrial Maintenance Mechanic Level 1 • Core-LX : NCCER 16 - Equipment Identification and Classification NCCER Heavy Equipment Operations Level 1 : NCCER 16 - Equipment Identification and Classification NCCER Heavy Equipment Operations Level 1 • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • Core-LX : NCCER 23 - Maintenance Mathematics NCCER Industrial Maintenance Mechanic Level 1 : NCCER 23 - Maintenance Mathematics NCCER Industrial Maintenance Mechanic Level 1 | |
| 5.1.3 | describe and calculate how a change in pressure or volume results in change in force | ✅ | • TPC : TPC Process Control Instrumentation : 273 Pressure Measurement • TPC : TPC Process Control Instrumentation : 273 Pressure Measurement • Core-LX : Physics : Physics: 11 Fluid Statics • Open Textbooks : Math for Trades: Volume 3 : Math for Trades Volume III: 02 Pressure and Total Force • Open Textbooks : Math for Trades: Volume 3 : Math for Trades Volume III: 02 Pressure and Total Force | |
| 5.1.4 | describe and calculate how change in volume results in change of rod speed and force applied; | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Process Control Instrumentation : 275 Flow Measurement • Core-LX : Physics : Physics: 12 Fluid Dynamics and Its Biological and Medical Applications • TPC : TPC Process Control Instrumentation : 273 Pressure Measurement • TPC : TPC Process Control Instrumentation : 273 Pressure Measurement | |
| 5.1.5 | calculate the force output of an extending cylinder using Pascal's Law | ✅ | • Almon, Inc. : Hydraulics : Basic Hydraulics 2 • Core-LX : NCCER 23 - Maintenance Mathematics NCCER Industrial Maintenance Mechanic Level 1 : NCCER 23 - Maintenance Mathematics NCCER Industrial Maintenance Mechanic Level 1 • Core-LX : NCCER 16 - Equipment Identification and Classification NCCER Heavy Equipment Operations Level 1 : NCCER 16 - Equipment Identification and Classification NCCER Heavy Equipment Operations Level 1 • Core-LX : NCCER Industrial Maintenance Mechanic L1 : Maintenance Mathematics (pending) • TPC : TPC Mechanical Maintenance Applications : 346 - Tubing and Hose System Maintenance | |
| 6. The Student Understands The Function Of Various Components In Fluid Power Systems. The ... | 6.1.1 | differentiate between a pneumatic compressor and a hydraulic pump | ✅ | • TPC : TPC Mechanical Systems : 309 Basic Pneumatics • Teach Construction : Framing - Wall, Floor, Roof : Framing - Wall, Floor, Roof: 01 Air Tools |
| 6.1.2 | describe the functions of a hydraulic reservoir such as fluid storage, fluid cooling, and contaminant separation | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 309 Basic Pneumatics | |
| 6.1.3 | describe the function of various pumps, including piston, gear, and vane pumps | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Maintenance Applications : 344 - Pump Installation and Maintenance | |
| 6.1.4 | differentiate between a fixed and variable displacement pump | ✅ | • TPC : TPC Ammonia Refrigeration : 462 Positive Displacement Compressors • TPC : TPC Ammonia Refrigeration : 462 Positive Displacement Compressors | |
| 6.1.5 | explain the purpose of an actuator in fluid power systems | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Process Control Instrumentation : 279 Final Control Elements | |
| 6.1.6 | explain the purpose of various gauges and meters in fluid power systems | ✅ | • TPC : TPC Process Control Instrumentation : 275 Flow Measurement • TPC : TPC Process Control Instrumentation : 275 Flow Measurement | |
| 6.1.7 | explain the purpose of various pressure controlling devices in hydraulic systems, including pressure relief valves, pressure reducing valves, sequence valves, and counterbalance valves | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Air Conditioning & Refrigeration Training : 435 Condensers and Cooling Towers | |
| 6.1.8 | explain the purpose of various pressure controlling devices in pneumatic systems, including regulators and pressure relief valves | ✅ | • TPC : TPC Mechanical Systems : 309 Basic Pneumatics • TPC : TPC Mechanical Systems : 309 Basic Pneumatics | |
| 6.1.9 | explain the purpose of various flow controlling devices in fluid power systems, including check valves, directional control valves, needle valves, and flow controls | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 306 Piping Systems • TPC : TPC Industrial Fundamentals : 102 Reading Schematics and Symbols | |
| 6.1.10 | explain the purpose of various motors in fluid power systems, including unidirectional and bi-directional motors | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 309 Basic Pneumatics • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics | |
| 6.1.11 | describe the function of hydraulic and pneumatic actuators, including motor, cylinder, and rotary actuators | ✅ | • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Pneumatics : 1003 Introductory - Pneumatics • TPC : TPC Process Control Instrumentation : 279 Final Control Elements | |
| 6.1.12 | describe the function of various hydraulic and pneumatic cylinders, including single- and double-acting, single- and double-rod, and rodless cylinders | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 309 Basic Pneumatics | |
| 6.1.13 | describe the function of a fluid power double-acting cylinder | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics | |
| 6.1.14 | describe and analyze the function of flow control valves in regulating actuator speed in a fluid power circuit | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Process Control Instrumentation : 275 Flow Measurement | |
| 6.1.15 | identify and explain the function of a check valve; | ✅ | • TPC : TPC Industrial Fundamentals : 102 Reading Schematics and Symbols • TPC : TPC Ammonia Refrigeration : 463 Evaporators, Conditioners, and Controls • TPC : TPC Air Conditioning & Refrigeration Training : 436 Piping | |
| 6.1.16 | explain the function of an accumulator | ✅ | • TPC : TPC Air Conditioning & Refrigeration Training : 436 Piping • TPC : TPC Air Conditioning & Refrigeration Training : 433 Compressors | |
| 7. The Student Designs Basic Fluid Power Circuits Using Various Components In A Fluid Powe... | 7.1.1 | design a fluid power circuit with a unidirectional motor | ✅ | • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting |
| 7.1.2 | design a fluid power circuit with a bi-directional motor | ✅ | • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting | |
| 7.1.3 | design a fluid power circuit with multiple cylinders | ✅ | • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting | |
| 7.1.4 | design a fluid power circuit with a flow control valve to regulate actuator speed | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics | |
| 7.1.5 | design a fluid power circuit incorporating a check valve | ✅ | • Core-LX : NCCER 35 - Power Plant Equipment: Pumps and Valves NCCER Power Generation Maintenance Mechanic Level 1 : NCCER 35 - Power Plant Equipment: Pumps and Valves NCCER Power Generation Maintenance Mechanic Level 1 • TPC : TPC Ammonia Refrigeration : 463 Evaporators, Conditioners, and Controls • TPC : TPC Ammonia Refrigeration : 463 Evaporators, Conditioners, and Controls • TPC : TPC Air Conditioning & Refrigeration Training : 436 Piping • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting | |
| 7.1.6 | design a basic fluid power circuit incorporating various configurations of directional control valves to alter flow direction | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Pneumatics : 1003 Introductory - Pneumatics | |
| 7.1.7 | design fluid power circuits using various operators for directional control, including lever, solenoid, pilot, and push button operator | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Pneumatics : 1003 Introductory - Pneumatics | |
| 7.1.8 | design a hydraulic sequence valve to operate multiple actuators in sequence; | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Ammonia Refrigeration : 461 Ammonia Refrigeration Basics | |
| 7.1.9 | design a hydraulic pressure reducing valve to lower pressure in a branch circuit | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Machine Shop Practices : 319 Equipment Installation • TPC : TPC Ammonia Refrigeration : 463 Evaporators, Conditioners, and Controls • TPC : TPC Ammonia Refrigeration : 463 Evaporators, Conditioners, and Controls | |
| 8. The Student Installs Various Components In A Fluid Power System. The Student Is Expecte... | 8.1.1 | connect fluid power circuits using various connecting methods, including threaded, push- fit, and quick disconnect fittings | ✅ | • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Mechanical Systems : 306 Piping Systems |
| 8.1.2 | identify and demonstrate proper safety procedures required for system installation such as lockout/tagout to control hazardous energy | ✅ | • TPC : TPC Industrial Fundamentals : 109 Industrial Safety and Health • TPC : TPC Electrical Training Courses : 211 Electrical Safety in the Workplace - Understanding NFPA 70E v2015 • TPC : TPC Electrical Training Courses : 211 Electrical Safety in the Workplace - Understanding NFPA 70E v2015 | |
| 8.1.3 | install a fluid power circuit with a unidirectional motor | ✅ | • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics | |
| 8.1.4 | install a fluid power circuit with a bi-directional motor | ✅ | • TPC : TPC Industrial Hydraulics : 1002 Introductory - Mobile Hydraulics • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics | |
| 8.1.5 | install a fluid power circuit with multiple cylinders | ✅ | • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics • TPC : TPC Industrial Hydraulics : 1001 Introductory - Industrial Hydraulics | |
| 8.1.6 | install a fluid power circuit with a flow control valve to regulate actuator speed | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 306 Piping Systems • TPC : TPC Mechanical Systems : 307 Basic Hydraulics | |
| 8.1.7 | install a fluid power circuit using a check valve | ✅ | • TPC : TPC Ammonia Refrigeration : 463 Evaporators, Conditioners, and Controls • TPC : TPC Ammonia Refrigeration : 463 Evaporators, Conditioners, and Controls • TPC : TPC Mechanical Systems : 307 Basic Hydraulics | |
| 8.1.8 | install a basic fluid power circuit using various configurations of directional control valves to change flow direction | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • Gittel Grant : Unit 6: Mechanical Engineering II : Unit 6: Mechanical Engineering II: Lesson 01-02 | |
| 8.1.9 | install fluid power circuits using various operators for the directional control valve, including lever, solenoid, pilot, and push button operator | ✅ | • TPC : TPC Process Control Instrumentation : 279 Final Control Elements • TPC : TPC Mechanical Systems : 306 Piping Systems • TPC : TPC Mechanical Systems : 307 Basic Hydraulics | |
| 8.1.10 | install and adjust a pneumatic system regulator to match a defined system pressure setting | ✅ | • TPC : TPC Mechanical Systems : 309 Basic Pneumatics • TPC : TPC Process Control Instrumentation : 279 Final Control Elements | |
| 8.1.11 | install and adjust a hydraulic power unit relief valve to match a defined system pressure setting | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting | |
| 8.1.12 | install a hydraulic sequence valve to operate multiple actuators in sequence; | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting | |
| 8.1.13 | install a hydraulic pressure reducing valve to lower pressure in a branch circuit | ✅ | • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting | |
| 9. The Student Uses Industry Standard Practices To Maintain Functional Capacity In Fluid P... | 9.1.1 | analyze service data to develop and implement preventive maintenance schedules | ✅ | • TPC : TPC Maintenance Supervisor : 902 Implementing Preventive Maintenance • TPC : TPC Maintenance Supervisor : 902 Implementing Preventive Maintenance • TPC : TPC Maintenance Supervisor : 902 Implementing Preventive Maintenance • TPC : TPC Maintenance Supervisor : 902 Implementing Preventive Maintenance • TPC : TPC Maintenance Supervisor : 902 Implementing Preventive Maintenance |
| 9.1.2 | analyze and document repair data to develop and implement predictive maintenance schedules | ✅ | • Core-LX : NCCER 36 - Predictive Maintenance Instruments NCCER Power Generation Maintenance Mechanic Level 1 : NCCER 36 - Predictive Maintenance Instruments NCCER Power Generation Maintenance Mechanic Level 1 • TPC : TPC Maintenance Supervisor : 902 Implementing Preventive Maintenance | |
| 9.1.3 | inspect components in a fluid power system to identify signs of malfunction, including discoloration, vibration, and loud sounds | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 307 Basic Hydraulics | |
| 9.1.4 | inspect hydraulic fluid to identify contaminants and signs of viscosity breakdown | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • TPC : TPC Mechanical Systems : 307 Basic Hydraulics • CLX : Automotive Basics : Brakes: Hydraulic System • TPC : TPC Process Control Instrumentation : 279 Final Control Elements | |
| 9.1.5 | explain and demonstrate procedures to change filters in a fluid power system; | ✅ | • TPC : TPC Air Conditioning & Refrigeration Training : 438 Air Handling Systems • TPC : TPC Air Conditioning & Refrigeration Training : 438 Air Handling Systems • TPC : TPC Air Conditioning & Refrigeration Training : 438 Air Handling Systems • TPC : TPC Air Conditioning & Refrigeration Training : 434 Evaporators and Metering Devices | |
| 9.1.6 | explain and demonstrate procedures to drain and replace hydraulic fluid | ✅ | • TPC : TPC Mechanical Systems : 308 Hydraulic Troubleshooting • CLX : Automotive Basics : Automatic Transmission: Maintenance and Adjustment • CLX : Automotive Basics : Brakes: Hydraulic System | |
| 10. The Student Understands The Function Of A Basic Vacuum System. The Student Is Expected To: | 10.1.1 | identify and explain the function of a venturi vacuum application | ✅ | • TPC : TPC Pneumatics : 1003 Introductory - Pneumatics • TPC : TPC Pneumatics : 1003 Introductory - Pneumatics |
| 10.1.2 | connect and read a vacuum gauge | ✅ | • Core-LX : Labs : Manifold Gauge Connection and System Pressure Readings (pending) • Core-LX : Labs : HVAC Airflow: Static Pressure Measurement and TESP Calculation (pending) | |
| 10.1.3 | connect and read a manometer | ✅ | • Core-LX : Labs : HVAC Airflow: Static Pressure Measurement and TESP Calculation (pending) | |
| 10.1.4 | connect and operate a vacuum generator | ✅ | • TPC : TPC Pneumatics : 1003 Introductory - Pneumatics • TPC : TPC Pneumatics : 1003 Introductory - Pneumatics • TPC : TPC Industrial Fundamentals : 102 Reading Schematics and Symbols | |
| 10.1.5 | identify and explain the function of a vacuum generator; | ✅ | • TPC : TPC Pneumatics : 1003 Introductory - Pneumatics • TPC : TPC Pneumatics : 1003 Introductory - Pneumatics • TPC : TPC Industrial Fundamentals : 102 Reading Schematics and Symbols | |
| 10.1.6 | connect a venturi to a pneumatic system | ✅ | • TPC : TPC Pneumatics : 1003 Introductory - Pneumatics • TPC : TPC Industrial Fundamentals : 102 Reading Schematics and Symbols • TPC : TPC Industrial Fundamentals : 101 Reading Blueprints |
Coverage Summary
Core-LX delivers strong coverage of this TEKS course at 100% of sub-standards aligned.
Primary publishers contributing alignment: TPC (213), Core-LX (20), Certify ED (4), CLX (3), WorkForge (2).
No open gaps. All sub-standards have at least one genuine Core-LX badge match.
Eligible for Gap Lesson / Gap Lab generation — coverage exceeds the 85% threshold; any remaining sub-standard gaps will be closed by auto-generated lessons in the next pipeline phase.
Want to see this in your LMS?
Every badge above is deliverable through Canvas, Moodle, D2L, Blackboard, or any LTI-compatible LMS.
Schedule a Demo